On an APS-C camera, the 16–50mm range gives a 24–75mm full-frame equivalent (25.6–80mm on Canon RF), taking you from genuinely wide to short telephoto without swapping lenses. Here’s a closer look at what the Tamron 16-50mm F2.8 brings to everyday photography and video.

A Standard Zoom from a Wide 16mm: Landscapes, Group Shots and More with One Lens

Starting at 16mm (24mm equivalent) gives this lens more width than many everyday zooms, and it makes a real difference. It’s wide enough for expansive scenes such as rolling farmland in the Overberg or a big open sky over the Highveld near Pretoria.

The wide end also comes into its own indoors, where you can’t simply step back. Fitting the whole family into one frame in a compact Johannesburg lounge, or capturing the clean lines of modern architecture in Durban, becomes far easier. At 50mm (75mm equivalent), you can tighten the frame for portraits and casual snapshots.

Lightweight and Compact Design: Your Everyday Go-To Zoom

The Tamron 16-50mm F2.8 measures 79.6mm long and weighs 305g in its Sony E-mount version, with a compact 55mm filter thread. The other versions are similar in size, with the Nikon Z model the heaviest at 315g. Tamron also points to the lens’s high structural rigidity, so the small size doesn’t come at the expense of a solid build.

This is the kind of lens you can leave on the camera all day, whether you’re strolling along Cape Town’s Atlantic seaboard or spending a day in the Cape Winelands.

Fast F2.8 Aperture for Expressive Bokeh and Rendering

A constant F2.8 maximum aperture across the whole zoom range brings two clear benefits. It separates subjects from busy backgrounds with soft, pleasing bokeh, and it lets in more light, so you can keep shutter speeds up when the light drops, whether at an evening market in Johannesburg or indoors after sunset.

A seven-blade circular diaphragm stays almost perfectly round up to two stops down from maximum aperture, keeping out-of-focus highlights smooth. Combined with its everyday focal range, that makes the lens an excellent first addition to an APS-C camera bag.

High-Speed, High-Precision AF That Captures Every Scene Quietly

Autofocus is driven by Tamron’s VXD (Voice-coil eXtreme-torque Drive) linear motor, which delivers fast, precise tracking. It keeps pace with subjects that change direction without warning, which makes it well suited to children at play or a dog racing along a Durban beach.

The system is quiet too, so it won’t intrude on relaxed family moments and stays discreet when you’re recording video.

Perfect for Travel and Everyday Video Shooting

The qualities that make this lens easy to carry also make it a strong video partner. Its light weight means less strain during long handheld takes, while quick, quiet autofocus helps keep footage smooth. The 16mm wide end (24mm equivalent) gives you room to frame yourself at arm’s length for vlogs, or to open with a wide establishing shot of the KwaZulu-Natal Midlands before moving in for detail.

Close-Up Discovery: Adding Joy to the Everyday

Close focusing opens up another creative avenue. At 16mm, the minimum object distance (MOD) is just 0.15m, with a maximum magnification ratio of 1:4.5. At 50mm, the lens focuses down to 0.29m at 1:4.8.

It isn’t a 1:1 macro lens, but it gets close enough to turn small details into strong images: a naartjie being peeled on the stoep, flowering fynbos on a West Coast walk, or the syrupy glaze on a koeksister.

Refined Lens Design: Toned Profile Next

The 16-50mm F2.8 features a design approach Tamron calls “Toned Profile Next”, giving the lens a refined, understated exterior.

Strap-Hole Front Cap for Security and a Smoother Workflow

The front cap has a strap hole, so you can tether it to your camera strap instead of slipping it into a pocket and risking losing it. It’s a small detail, but a practical one when you’re switching quickly between shooting and moving on.

Protective Features: Moisture-Resistant Construction and Fluorine Coating

Moisture-resistant construction helps protect the lens in damp conditions, from a drizzly Cape Town morning to a summer afternoon thunderstorm in Gauteng. A fluorine coating repels water and grease, so the lens is easier to wipe clean.

Tamron 16-50mm F2.8 A Specifications

Specifications that vary by mount:

* Length is measured from the front of the lens to the lens mount face.

** The circular diaphragm stays almost perfectly circular up to two stops down from maximum aperture.

Specifications, appearance and functionality are subject to change without prior notice. The Sony E-mount version is developed, manufactured and sold based on the E-mount specifications disclosed by Sony Corporation under licence agreement. The Nikon Z version is developed, manufactured and sold under licence agreement with Nikon Corporation, and the Canon RF version under licence from Canon Inc.

Tamron 16-50mm F2.8 Launch Dates

With a wide 16mm starting point, a constant F2.8 aperture and a body that weighs around 300g, the Tamron 16-50mm F2.8 makes a compelling everyday zoom for APS-C shooters, covering everything from landscapes and family gatherings to vlogs and close-up detail.

Tamron’s global launch dates are 29 October 2026 for the Sony E-mount and Canon RF mount versions, 19 November 2026 for Nikon Z mount and 17 December 2026 for Fujifilm X mount.

Tamron describes the lens as class-leading in compactness and weight among F2.8 standard zooms for full-frame mirrorless cameras (based on Tamron’s own research as of August 2026). Its global launch date is 22 October 2026. Below, we unpack what the Tamron 20-40mm F/2.8 offers and where it fits into a South African photographer’s kit.

Class-Leading Compactness: The Tamron 20-40mm F/2.8 Doesn’t Weigh You Down

Fast standard zooms have traditionally asked for a trade-off: you get the bright aperture, but you also get size and weight that make you think twice about packing the lens. The Tamron 20-40mm F/2.8 tips that balance the other way. At 380g, 88.7mm long and 74.4mm at its widest point, it sits comfortably on a Nikon Z body for a full day out.

That matters more than a spec sheet suggests. A lens that’s easy to carry is the one you actually take with you, whether it’s a morning walk through Cape Town’s city centre, a weekend away in the Cape Winelands or an afternoon exploring Johannesburg’s inner-city streets.

From Ultra-Wide 20mm to a Natural 40mm: More Creative Range in One Lens

The 20–40mm range is unusual for a standard zoom, and it’s a deliberate choice. At 20mm, the ultra-wide view gives landscapes real depth and drama: think the sweep of the Drakensberg escarpment or a long stretch of West Coast shoreline, with strong foreground interest leading the eye into the frame.

Zoom in to 40mm and the perspective comes close to what the eye naturally sees, making it a comfortable focal length for everyday snapshots, street scenes and environmental portraits. It handles the moments in between too: the table at a Sunday braai, a friend framed against a jacaranda-lined street in Pretoria, or the energy of Durban’s beachfront.

If you shoot on an APS-C (DX-format) Nikon Z body, the lens behaves like a 30–60mm equivalent zoom, which makes it a versatile, compact everyday option on smaller cameras as well.

Fast, Precise VXD Autofocus for Video and Vlogging

Autofocus is driven by Tamron’s VXD (Voice-coil eXtreme-torque Drive) linear motor, a high-speed, high-precision system that tracks subjects smoothly and accurately for both stills and video. For content creators, that means fewer missed moments and focus transitions that look natural on screen.

The compact, lightweight build pays off when you’re filming. It’s easier to hold steady through long handheld takes and less of a burden when you’re shooting on the move. At 20mm (30mm on APS-C), the field of view is wide enough to frame yourself and your surroundings at arm’s length, which is ideal for selfies and walk-and-talk vlogs along the KwaZulu-Natal North Coast.

High Image Quality in a Compact Body

Shrinking a lens usually means compromising on optics, but Tamron has used specialised lens elements to keep image quality high despite the small footprint. The optical design comprises 12 elements in 11 groups, and the F2.8 maximum aperture stays available across the entire zoom range. That’s useful for low-light interiors, evening events in Johannesburg and the blue hour after sunset.

A nine-blade circular diaphragm keeps the aperture almost perfectly round up to two stops down from maximum aperture, helping to render out-of-focus highlights as soft, rounded shapes when you shoot wide open or close to it.

Wide Macro Shooting at 0.17m: Get Closer to the Detail

Close focusing is one of the lens’s standout features. At the 20mm end, the minimum object distance (MOD) is just 0.17m, with a maximum magnification ratio of 1:3.8. At 40mm, it focuses down to 0.29m at 1:5.1.

This isn’t a 1:1 macro lens, but it opens up a different and very rewarding style of close-up work: wide macro. You can move in tight on a subject while still showing where it lives, such as a cluster of vygies in flower with the West Coast landscape stretching behind, a sprig of fynbos against a mountain backdrop, or a plate of koeksisters with the café setting still visible around it.

Compatible with the Tamron Lens Utility™ App

The lens works with Tamron Lens Utility, Tamron’s software for customising lens settings and keeping firmware up to date, so you can tailor how the lens behaves to suit the way you shoot.

Enhanced Convenience and Operability

Tamron has also refined the day-to-day handling of the 20-40mm F/2.8, with several practical touches that make it easier to live with.

A 65° Zoom Ring Rotation for Smooth, Minimal-Movement Zooming

The zoom ring covers the full 20–40mm range in just 65° of rotation. That short throw lets you reframe quickly with a small turn of the wrist while keeping your grip steady, which is a real benefit when filming.

Enhanced Exterior Surface

Tamron has also upgraded the lens’s exterior surface finish as part of the design.

Unified 67mm Filter Size

The 67mm filter thread follows Tamron’s unified filter size, so if you already use 67mm filters with other Tamron lenses, they’ll fit this one too. That means fewer filters to carry and quicker swaps in the field.

Support for Key Camera Functions

The lens is designed to support key in-camera functions on Nikon Z bodies, so it works as an integrated part of your camera system.

Protective Features: Moisture-Resistant Construction and Fluorine Coating

Moisture-resistant construction helps protect the lens when conditions turn damp, whether that’s coastal mist on the Atlantic seaboard or a sudden summer thunderstorm on the Highveld. A fluorine coating repels water and grease, so fingerprints and splashes are easier to wipe away.

Tamron 20-40mm F/2.8 Di III VXD Specifications

* Length is measured from the front of the lens to the lens mount face.

** The circular diaphragm stays almost perfectly circular up to two stops down from maximum aperture.

Specifications, appearance and functionality are subject to change without prior notice. This product is developed, manufactured and sold under licence agreement with Nikon Corporation.

Tamron 20-40mm F/2.8 Launch Date

With its blend of portability, a versatile 20–40mm range and a constant F2.8 aperture, the Tamron 20-40mm F/2.8 Di III VXD makes a strong case as the everyday fast zoom for Nikon Z shooters, from landscapes and travel to vlogging and close-up detail. The lens has a global launch date of 22 October 2026.

What is texture in photography?

Texture in photography describes how the surface of a subject looks as though it would feel: the cracks and moss on a fallen branch, the velvety softness of a flower petal, the cool gloss of polished metal. Closely related is surface quality, sometimes discussed as photo surface quality, which refers to the overall impression of what a subject is made of, whether stone, glass, fabric or skin. When both are rendered well, a photograph conveys a tactile sense of reality and gains depth and three-dimensionality.

Capturing texture depends on technique, including light, angle and lens choice, but it starts with observation. Rather than simply pointing your camera at a subject, take time to study its material and surface, and look for the details that make it interesting.

Types of texture in photography and the moods they create

Textures can be broadly described as soft or hard. Soft textures suggest gentleness and calm, while hard textures convey firmness and strength. Recognising which kind of photo texture you are working with helps you decide how to light and frame it. Here are the two main families.

Natural textures

TAMRON 50-300mm F4.5-6.3 (Model A069) Focal length: 50mm　Exposure: F4.5　Shutter Speed: 1/10sec　ISO: 100

Nature is full of rich, varied textures. The deep ridges of bark and the flowing lines of wood grain are shaped over many years, and the fissured trunks of old yellowwoods in the Garden Route forests, weathered by decades or even centuries of wind and rain, carry a powerful sense of time. This example was shot at 50mm (around 75mm equivalent on APS-C) with a 1/10sec shutter speed, so a tripod or other steady support is essential at speeds this slow.

Water offers a different kind of texture. Ripples and reflections can suggest stillness or movement, and soft light makes them especially appealing. A Drakensberg stream wrapped in morning mist looks entirely different from the Vaal River catching the last light of sunset.

Rock is another rewarding subject. The layered sandstone of the Cederberg, eroded into ridges and folds, feels ancient when you capture its fine surface detail. Look for the moment when low sun rakes across the rock face, as the shadows in every crack double the sense of depth.

Natural subjects reveal different qualities depending on your viewpoint and how you choose to render their texture, so it pays to look at them from several angles.

Man-made textures

TAMRON 28-200mm F2.8-5.6 (Model A071) Focal length: 52mm　Exposure: F5.6　Shutter Speed: 1/30sec　ISO: 6400

Objects made by people offer a huge range of textures, shaped by their materials and the way they were made. Placing contrasting materials side by side, such as rough wood beside smooth glass, makes each texture stronger.

With fabrics, emphasising the weave and fibres reveals the character of each material: the smooth sheen of silk, the soft warmth of Karoo mohair or wool, the slightly coarse feel of linen.

Metal surfaces respond strongly to the direction and intensity of light. Adjusting the position and size of your light source brings out the cool gleam of stainless steel, the warm glow of brass or the soft matt finish of aluminium. This example was shot at 52mm (around 78mm equivalent on APS-C) at ISO 6400, showing how a dim interior can push sensitivity high.

The walls and floors of older buildings carry their own character. Weathered facebrick, old sash windows and layers of paint in Pretoria’s older suburbs make appealing subjects that speak of the history of a place.

Subjects that show off texture in photography

Some subjects lend themselves naturally to photo texture. Here are the most popular, with tips for each.

Flowers and plants

TAMRON 20mm F2.8 (Model F050) Focal length: 20mm　Exposure: F2.8　Shutter Speed: 1/160sec　ISO: 640

A macro lens or a lens with strong close-focus ability lets you capture the delicate texture of petals, including their translucency and fine patterns. This example was taken with a 20mm prime capable of 1:2 magnification (around 30mm equivalent on APS-C), showing that a wide lens can also work close. The softer light of early morning and late afternoon, rather than harsh midday sun, renders these patterns most beautifully. Proteas and fynbos, with their dense florets and fine hairs, are ideal, and petals dotted with water droplets make especially attractive images.

Backlight is another powerful option. Light shining through leaves makes their veins glow, while fine hairs on stems and petals catch a bright rim of light. Look closely, too, at details such as stamens and pistils.

Insects

TAMRON 90mm F2.8 MACRO (Model F072) Focal length: 90mm　Exposure: F3.5　Shutter Speed: 1/160sec　ISO: 640

With a macro lens, you can record the fine structure of wings and antennae in sharp detail. Look for the metallic sheen of a beetle in a KwaZulu-Natal garden and the geometric patterns on its shell, or move in close to reveal compound eyes and fine hairs. Slightly stronger light makes these features easier to capture. The example here was shot at F3.5 and 90mm (around 135mm equivalent on APS-C) for a soft background; when you need more of the insect sharp, stop down to around F8 to F11.

Small objects and everyday items

With small objects, focus on the texture of the material and the changes that time brings to things made by hand. For glass and ceramics, such as pieces from a Cape Town craft market, use the way light passes through or reflects from the surface to show the unevenness, gloss and translucency of the glaze. For wood and leather, the low, warm light of late afternoon creates an emotional mood. For antiques, side light emphasises form and brings out the patina that comes with age.

Tools and equipment

TAMRON 70-180mm F2.8 G2 (Model A065) Focal length: 70mm　Exposure: F4.5　Shutter Speed: 1/8sec　ISO: 100

Everyday tools reflect the lives of the people who use them. Metal items such as a well-used knife or a pair of braai tongs look striking up close, with their scratches, wear and dulled shine. Handles and grips gain realism when you capture their polish, fingerprints and small dents. Sports equipment has its own character too, from the grain of a cricket bat to the pebbled grip of a rugby ball, and photographing it with the person who uses it adds a narrative element. This example was taken at 70mm (around 105mm equivalent on APS-C) with a 1/8sec exposure, so steady support was needed.

Vehicles and machinery

When photographing a car, soft light brings out the curves and body lines far better than harsh sun. At a classic car show in Gauteng, for example, look for bodywork where gentle reflections trace the shape of each panel. For engines and mechanical parts, a telephoto or macro lens isolates details and highlights the precision of their design, and the gloss of oil and wear adds character. Inside the vehicle, natural light reveals the contrast between materials such as leather seats and wooden trim. A polarising filter helps control reflections on paintwork and glass, revealing the surface beneath.

Buildings

Side light brings out the three-dimensional texture of walls, and the whitewashed walls of Cape Dutch buildings, raked by low sun, show every irregularity in the plaster. For older buildings, a wide-angle lens lets you capture the whole space and suggest the relationship between past and present. Modern buildings call for a different approach: emphasise materials such as glass and concrete and the lines of their design, as with Johannesburg’s towers, for a clean, contemporary mood. When the texture of an entire façade matters, keep the camera level so that vertical lines stay straight.

Portraits

In portraits, texture includes the fine detail of skin and the lines of the face. Soft light, such as open shade or late-afternoon sun, renders skin naturally and flatteringly. Where you want more character, gently emphasising the contrast of lines and creases adds depth. Hands are a particularly expressive subject: the clay-covered hands of a potter in the KwaZulu-Natal Midlands, photographed up close, tell a story about craft and individuality. Keep the light soft and the approach respectful, as the aim is to capture character rather than exaggerate every line.

Texture shooting tips: how to capture texture in photography

These texture shooting tips cover the core techniques for capturing texture in photography with clarity and depth.

Move in close

Getting close lets you capture details that are hard to see with the naked eye. When shooting close-ups, decide exactly which area you want to highlight and use bokeh to make it stand out. Depth of field is very shallow at close range, especially with a macro lens, so choose your point of focus carefully. You do not need a macro lens to work close, either: any lens with a short minimum object distance can produce strong close-ups. Our guide to close-up photography covers these techniques in more depth.

Exposure settings for texture

Correct exposure is essential for clear, detailed texture, so avoid both overexposure and underexposure. The histogram is your best guide: check it after each test shot to make sure neither end is clipping.

Stop down the aperture slightly

Stopping down from the widest aperture, which means raising the F-number slightly, makes it easier to capture fine detail. A higher F-number deepens depth of field and extends the zone of sharpness, helping to record three-dimensional texture clearly. Around F8 to F11 is a good starting point, adjusted to suit the scene. If you want a softer look with more background blur, open the aperture instead.

Set shutter speed to suit the light

In aperture-priority mode, you set the aperture and the camera chooses the shutter speed to match the light. If images come out too dark indoors, mounting the camera on a tripod lets you use a slower shutter speed while still recording fine detail.

With moving subjects, you will need a shutter speed of at least 1/125sec, and faster for flowers swaying in the wind or insects on the move.

Keep ISO sensitivity in check

Start at ISO 100 to 400 and raise the setting only when the light requires it, such as when you need a fast shutter speed in a dim location. Higher ISO values introduce noise that can mask fine detail, so aim to stay at or below around ISO 3200 to 6400. The ISO 6400 example above shows how dim interiors can push you to that limit.

Use exposure compensation to protect detail

Shiny subjects are prone to blown-out highlights because of reflections, so negative exposure compensation helps preserve highlight detail. For shadow areas within a scene, positive compensation lifts them and prevents crushed shadows. A dark subject filling the frame is the exception: the meter tends to render it too bright, so slight negative compensation keeps it rich and deep. Review each result and adjust as needed.

Focus precisely

Close-ups are easily spoiled by slight focus errors, so pin down exactly which detail you want sharp. Decide before you shoot which part of the texture matters most: the delicate pattern of a petal, perhaps, or the most beautiful stretch of wood grain on an old oak. Keeping the camera’s sensor parallel to the textured surface also helps, as it places more of that surface within the plane of focus. For subjects deeper than your depth of field, focus stacking can combine several frames into one image that is sharp throughout.

Choose the direction of light

Side light is the most effective way to reveal texture. As it skims across a surface, every bump and hollow casts a small shadow, creating a strong three-dimensional effect. In natural light, the low sun of early morning and late afternoon is ideal; in midwinter, for example, the sun sets between about 17:00 and 17:45 SAST, depending on where you are in the country.

For translucent subjects such as petals and leaves, and for fine hairs on plants, backlight brings out their delicate beauty. Exposure can be tricky in backlight, so use spot metering or exposure compensation to get it right.

Front light reproduces colour and pattern faithfully, which suits colourful textures and fine designs. It creates little depth, however, so add a reflector or a secondary light if you need more shape.

Compose around the texture

Build your composition so that the texture itself becomes the star. Experiment with different angles and distances until you find a view that shows off the subject’s depth and detail most effectively. Moving around the subject, dropping to a low position or looking straight down from above can all reveal something new. Even everyday subjects become striking when shown in an unusual way, such as the dimpled peel of a naartjie, the vein pattern of a leaf or the weave of a fabric photographed in extreme close-up.

Framing matters too. Filling the frame with texture creates an immersive image, while placing the texture in just part of the frame sets up contrast with other elements. Balancing these approaches, and thinking about contrast and emphasis, gives your texture images more impact. Pairing smooth with rough, as covered in our guide to contrast in photography, makes both textures more striking.

Choosing a lens for texture in photography

The right lens makes it much easier to capture detail and texture. These are the main features to consider.

Maximum aperture

Lenses with a wide maximum aperture, meaning a small F-number, make it easier to shoot in dim conditions. Bright lenses such as F2.8 and F4 designs render texture clearly even indoors or in low light, and they also produce strong background blur, which helps the texture stand out as the subject.

Focal length and angle of view

A medium telephoto macro lens is easy to use for close-up work, capturing texture in fine detail while keeping a comfortable distance from the subject.

A telephoto lens can fill the frame with the texture of a distant subject, and its greater magnification produces stronger background blur, which isolates the texture. It is also ideal for wary subjects such as birds, which you can photograph without getting too close.

A wide-angle lens takes in a broad scene, making it suitable for conveying the overall form and texture of large subjects such as landscapes and buildings. Because it lets you work close to the foreground, it makes perspective more pronounced, which is particularly effective for building interiors and distinctive textures in a landscape.

Minimum object distance

The shorter a lens’s minimum object distance, the closer you can get to the subject and the larger its texture appears in the frame. It is worth checking this specification when choosing a lens, as a short minimum object distance can deliver macro-like results without a dedicated macro lens. Start by checking the specification of the lens you already own and make the most of its capabilities.

Autofocus performance

Check that the lens focuses smoothly and reliably. Tracking performance matters for moving subjects such as insects and birds, and a quiet AF motor is valuable when photographing creatures that are sensitive to sound. Manual focus remains useful for precise work such as macro photography, so look for lenses that switch easily between AF and MF and offer a smooth, easy-to-adjust focus ring.

Vibration Compensation (VC)

If a lens has VC (Vibration Compensation), TAMRON’s image stabilisation system, it becomes much easier to capture sharp, stable images when shooting handheld. Image stabilisation is particularly effective in macro and telephoto photography, where the slightest hand movement can show up as blur. Some lenses also allow the stabilisation behaviour to be adjusted, making it easier to adapt to different shooting styles.

Bringing realism to your images with texture in photography

Texture in photography adds depth and realism to an image. By adjusting the strength, direction and angle of light, you can draw out entirely different qualities from the same subject. Technique matters, but an eye for careful observation matters even more. Try a simple exercise: photograph one surface at midday and again in side light at golden hour, then compare the results. Paying attention to the details of everyday things you usually overlook is the best way to find subjects with real texture.

A photograph that uses ghosting creatively

Lens flare and other effects that change image quality

The way cameras and lenses handle light can produce effects you did not intend. The most common are:

•        Lens flare, where strong light washes out the image and lowers contrast

•        Ghosting, where rings, ovals or aperture-shaped spots of light appear in the frame

•        Vignetting, where the corners of the image turn darker than the centre

•        Blown-out highlights, where bright areas turn pure white and lose detail

•        Crushed shadows, where dark areas turn solid black and lose detail

Each of these can lower image quality, but each can also be prevented. They are not always a problem, either: used deliberately, they can add atmosphere and emphasis. Understanding their causes is the key to controlling them.

Lens flare and ghosting: effects caused by the lens itself

Every lens is built from several glass elements, and the way light travels through them gives rise to two closely related effects: lens flare and ghosting.

What is lens flare?

Lens flare occurs when strong light enters the lens and scatters inside it, spreading a veil of haze across the image. Contrast drops, colours fade and the whole frame can look milky and soft. It is most likely when you shoot towards the sun in backlit conditions, and the harsh sun of a Highveld summer afternoon can easily produce it if light strikes the front of the lens. How strongly flare appears depends on the lens design and coatings, but any lens can flare under the right conditions.

What causes lens flare?

The main cause is a bright light source, usually the sun, shining directly into the lens. Light that should pass straight through to the sensor is instead reflected and scattered between the glass elements, and every extra bounce reduces clarity. Light striking the front element at an angle is particularly troublesome. Dust, smudges and fingerprints on the lens surface make things worse by scattering light even further.

How to reduce lens flare

The simplest defence is a lens hood, which blocks stray light from the sides and above before it reaches the front element. It is worth fitting one whenever you shoot outdoors in strong sun. Even a small change in the camera’s angle or position can move the light source enough to make a noticeable difference.

Lens coatings play a major part too. Multi-layer anti-reflection coatings, such as TAMRON’s BBAR-G2 (Broad-Band Anti-Reflection Generation 2), reduce reflections on lens surfaces and help keep images clear even in backlight. Finally, keep the front element clean, as a quick wipe with a proper lens cloth can restore lost contrast.

What is ghosting?

Ghosting appears as distinct shapes of light, such as rings, ovals or polygons, caused by light reflecting between the surfaces inside a lens. It is common in scenes with strong point light sources, whether the sun by day or Johannesburg’s street lights after dark. Ghosting shares its cause with lens flare, but rather than hazing the whole frame, it creates clearly defined patterns in specific parts of the image, often in a line running from the light source through the centre of the frame.

What causes ghosting?

Ghosting comes from light bouncing between the many glass surfaces inside a lens. Each element has a front and a back surface, and every surface can reflect a small amount of light back towards the sensor. Lenses with more elements, including many zooms, have more surfaces where this can happen, although modern coatings have greatly reduced the effect. The shape of a ghost often mirrors the aperture: a rounded aperture produces round ghosts, while a polygonal one produces polygon shapes. Filters add further surfaces, so light can also reflect between a filter and the front element.

How to reduce ghosting

Good lens coatings are the first line of defence, and anti-reflection technology has advanced considerably in recent years. Composition matters too: keeping strong light sources just outside the frame avoids most ghosting, and if you do include the sun, shifting your angle slightly can move or shrink the ghosts. A lens hood helps here just as it does with flare.

Filters deserve attention as well. Stacking several filters multiplies the reflective surfaces and makes ghosting more likely. If you notice ghosts while using a polariser on the Cape coast, for instance, try removing the filter to see whether they disappear.

Using lens flare and ghosting creatively

Lens flare and ghosting are not only flaws. Introduced deliberately, they can add a dreamy, atmospheric or emotional quality to an image and work well as visual accents. Here is how to use them in three common types of photography.

Portraits

A portrait using ghosting and lens flare

In portraits, flare and ghosting can create a striking, romantic mood. Position your subject with the sun behind them near sunset, such as on a West Coast beach, and include the sun at the edge of the frame so soft light spills around them. The same backlight creates a rim of light along hair and shoulders, separating the subject from the background and adding warmth to the scene.

Landscapes

A landscape using ghosting

At sunrise and sunset, including the sun in the frame introduces flare that gives a landscape a luminous, atmospheric feel. During a Drakensberg sunrise, for example, flare and ghosting can emphasise the first light spilling over the peaks, while shafts of light breaking through valley haze add depth. On foggy or overcast days, such as when sea fog rolls along the Garden Route, the diffused light creates a softer, quieter atmosphere.

Street snaps

A street snap using ghosting and lens flare

Flare and ghosting can add an emotional touch to everyday scenes. Photographing people as silhouettes against the backlight, with a touch of flare, gives a warm, nostalgic feel; when children are in the frame, ask a parent or guardian first. In the city, sunlight bouncing off the glass towers of Johannesburg, combined with ghosts from street lamps, can capture the distinctive character of an urban setting.

Beyond lens flare: blown-out highlights, crushed shadows and noise

Exposure is one of the fundamentals of photography, but every camera sensor has limits. The range of brightness it can record, known as dynamic range, is finite: tones brighter than the upper limit turn pure white, while tones darker than the lower limit turn solid black. Here is how each effect arises and what to do about it.

What are blown-out highlights?

A photograph using blown-out highlights

Blown-out highlights occur when overexposure pushes bright areas beyond what the sensor can record, so they turn pure white and lose all detail. The risk is highest in strong daytime sun and in night scenes with bright light sources such as street lamps. Once detail has been lost, it is difficult to recover even in editing, so it is best to prevent it at the time of shooting.

Seen differently, blown-out highlights can be a creative tool. A deliberately bright, high-key image against a white background, as in the example above, can make the subject stand out and create a soft, fresh mood. The bright white sand of the beaches around Cape Town lends itself naturally to this style.

How to prevent blown-out highlights

Setting exposure compensation to the negative side is the most direct fix, reducing overall brightness so highlights hold their detail. Many cameras also offer a highlight-weighted metering mode, and spot metering on the brightest important area achieves a similar result. Check the histogram as you shoot: a graph pressed against the right-hand edge is a warning sign. For important shots, shooting in RAW gives you more room to recover highlights during processing.

What are crushed shadows?

A photograph using crushed shadows

Crushed shadows, sometimes called crushed blacks, occur when underexposure pushes dark areas below what the sensor can record, so they become solid black and lose detail. They are most common in low light, whether in deep shade, a dim interior or a night scene, and they flatten the texture and form of the subject. As with blown-out highlights, lost shadow detail is hard to restore fully in editing.

Used deliberately, however, crushed shadows can be highly effective. Rendering a subject as a black silhouette against a sunrise sky, such as the Indian Ocean dawn over Durban, intensifies the colours of the sky and creates a dramatic image.

How to prevent crushed shadows

Setting exposure compensation to the positive side brightens the image and lifts shadow detail. Spot metering on an important dark area is another option. You can also add light to the shadows with a flash, a small LED panel or a reflector. If you shoot in RAW, you will have more flexibility to open up the shadows during processing.

What causes noise, and how can you reduce it?

Noise is another exposure-related effect worth understanding. It appears as a grainy, speckled texture across the image and becomes more visible as ISO sensitivity rises. It often shows up when you raise ISO to keep a fast shutter speed in dim conditions, such as indoor netball in a Gauteng sports hall or an evening braai under string lights.

Modern interchangeable-lens cameras handle noise far better than earlier models, but if you want to keep fine detail crisp, an upper limit of around ISO 3200 to 6400 is a sensible starting point, depending on your camera. To gather more light without raising ISO, use a lens with a wide maximum aperture (a small F-number), or mount the camera on a tripod so you can use a slower shutter speed.

Vignetting: when lens design and lens flare accessories darken the corners

Some effects depend on the equipment itself and how it is set up. Vignetting is the most common, and it can come from the lens design, from the combination of lens and camera, or from accessories such as the hoods and filters used to control lens flare.

What is vignetting?

Vignetting is a darkening of the image towards its corners: the centre stays bright, while the edges become gradually darker. There are two main types. Optical vignetting, also called light fall-off, is a natural characteristic of many lenses, especially wide-angle lenses used at their widest apertures. Mechanical vignetting occurs when something physically blocks light at the edges of the frame, such as a hood, a filter or a lens whose image circle is too small for the sensor.

Mild vignetting is often barely noticeable, but it can be a problem when you need even brightness across the whole frame, as in architecture or landscapes such as rows of vines receding across the Winelands. In extreme cases of mechanical vignetting, the corners can turn completely black.

What causes vignetting?

Optical vignetting arises because light reaching the corners of the sensor travels at a steeper angle and is partly obstructed within the lens barrel, so less of it arrives. It is strongest at wide apertures and usually reduces as you stop down.

Mechanical vignetting has several common causes. Fitting a lens designed for APS-C sensors to a full-frame camera means the image circle does not cover the whole sensor, leaving dark or black corners; many mirrorless cameras avoid this by switching automatically to an APS-C crop mode. A lens hood that is fitted crookedly, or the wrong hood for the lens, can intrude into the frame, particularly with wide-angle lenses. Stacking filters can have the same effect, as their rims narrow the field of view at the edges.

How to prevent vignetting

Make sure your lens hood is the correct one for the lens and that it clicks fully and straight into place. When using a camera’s built-in or pop-up flash, remove the hood, as it can cast a shadow at the bottom of the frame.

With filters, choose slim-profile designs and avoid stacking several thick filters, especially on wide-angle lenses. For optical vignetting, stopping down by a stop or two usually evens out the corners, and many cameras and editing programs offer automatic lens corrections.

Using vignetting creatively

Vignetting can also be used on purpose, to create a retro or nostalgic feel or to draw attention to the subject. Darkened corners lead the eye naturally towards the centre of the frame, so in a portrait, placing the subject centrally and letting the edges fall slightly darker directs attention to the person.

This vignette effect also lends an artistic, vintage character to subjects with a sense of history, such as antiques, retro furniture and period interiors. The Art Deco façades of Durban are a good match, where a gentle vignette complements the era of the architecture.

Controlling lens flare, ghosting and exposure in your photography

Lens flare, ghosting, blown-out highlights, crushed shadows and vignetting all have clear causes, and once you understand them, you can prevent them with the right lens, accessories and exposure settings. The same knowledge lets you use them deliberately to add atmosphere and emphasis. Try a simple exercise: photograph a backlit scene with and without a lens hood, then compare the results. It is the quickest way to see how much control you really have.

What is perspective in photography? The meaning of perspective

What is perspective?

TAMRON 17-50mm F4 (Model A068) Focal length: 17mm　Exposure: F6.3　Shutter Speed: 1/25sec　ISO: 100

The meaning of perspective in photography is the sense of depth and distance created by the relative size and position of objects in the frame, and by their distance from the background. So what is sense of depth? It is the impression that a flat photograph extends back into space. A camera sees much as the human eye does: nearby objects appear large, distant ones appear small, and that difference in scale is the basic principle of perspective. This example was shot at 17mm (around 25.5mm equivalent on APS-C).

It is often said that focal length changes perspective, but the relationship between focal length and perspective is indirect. Perspective is set by one thing: the distance between the camera and the subject. The closer you are, the stronger the sense of depth; the further away, the flatter the scene appears. Focal length decides how much of the scene you include from that position. Wide-angle lenses seem to exaggerate perspective because they let you work close, while telephoto lenses seem to flatten it because they are used from far away.

Wide-angle perspective: why close subjects loom large

Wide-angle perspective

TAMRON 20mm F2.8 (Model F050) Focal length: 20mm　Exposure: F13　Shutter Speed: 25sec　ISO: 50

Wide-angle perspective feels powerful because a wide angle of view lets you place the camera very close to a foreground subject while still including a distant background. The nearby subject appears large and the background small, and that jump in scale creates enhanced perspective and a strong sense of depth. This makes wide-angle lenses ideal for architecture and landscapes where you want impact, and for conveying space in tight places such as a narrow lane or the interior of a building. The example used a 25-second exposure at 20mm (around 30mm equivalent on APS-C), so a tripod was essential.

Telephoto lenses and the compression effect

TAMRON 18-300mm F3.5-6.3 (Model B061) Focal length: 300mm　Exposure: F6.3　Shutter Speed: 1/640sec　ISO: 400

Telephoto lenses have the opposite effect. Because you shoot from further away, distances within the scene appear compressed, and distant objects seem closer together than they really are. This is known as the compression effect, and it shows focal length and perspective working together through shooting distance. The layered ridges of the Drakensberg, photographed from afar, appear stacked tightly behind one another, giving the background a dense, powerful look that emphasises the subject. A telephoto lens also blurs the background strongly, helping the subject stand out. Treat compression as a distinct creative tool rather than simply a lack of depth. This example was shot at 300mm on an APS-C lens, around 450mm in full-frame terms.

The drawing techniques behind perspective in photography

Perspective in photography borrows much of its language from perspective drawing, the set of techniques artists use to represent a three-dimensional world on a flat surface. The principles taught in lessons on three-point perspective drawing apply directly when you compose a photograph, so understanding vanishing points and the main types of perspective will help you use depth deliberately.

The vanishing point in perspective

TAMRON 24mm F2.8 (Model F051) Focal length: 24mm　Exposure: F6.3　Shutter Speed: 1/160sec　ISO: 250

A vanishing point in perspective is the point in the distance where parallel lines appear to meet. The edges of a straight Karoo road photographed from the roadside, or the rows of vines stretching across a Winelands farm, seem to converge on a single point deep in the frame. Including lines like these is one of the most reliable ways to create depth. This example was shot at 24mm (around 36mm equivalent on APS-C).

Where you place the vanishing point changes the feel of the image. At the centre of the frame, it creates symmetry and stability; off to one side, it adds movement and energy. Whenever lines lead into the distance, decide where the vanishing point should fall before you press the shutter.

Types of perspective: what is linear perspective?

There are several types of perspective, including linear perspective, colour perspective, aerial (or atmospheric) perspective and overlapping perspective. So what is linear perspective? It uses lines that converge as they recede into the distance, and it is the easiest type to apply in photography. Aerial perspective, where distant objects appear paler and softer through haze, is covered in our guide to contrast in photography. The three main forms of linear perspective are one-point, two-point and three-point perspective.

One-point perspective

TAMRON 24mm F2.8 (Model F051) Focal length: 24mm　Exposure: F4　Shutter Speed: 1/60sec　ISO: 500

In one-point perspective, lines converge towards a single vanishing point. The effect is strongest when you photograph a long corridor or road straight on, and a pier stretching out to sea in Durban is a classic example, its railings and boards leading the eye to one point on the horizon. Placing the vanishing point centrally creates a sense of symmetry and stability. This frame was shot at 24mm (around 36mm equivalent on APS-C).

To make the most of one-point perspective, stand square-on to the subject and compose so that the lines meet near the centre of the frame. This produces balanced images, but they can feel static, so add a secondary subject in the foreground, such as a person or a bollard, for extra interest.

Two-point perspective

TAMRON 11-20mm F2.8 (Model B060) Focal length: 11mm　Exposure: F8　Shutter Speed: 1/250sec　ISO: 100

Two-point perspective uses two vanishing points, one to the left and one to the right. Photograph a building from its corner and the rooflines and base run away towards both sides, conveying width and depth at the same time. It is a staple of architectural photography. This example was taken at 11mm on an APS-C lens, around 16.5mm in full-frame terms.

The key is an oblique viewpoint. Stand at roughly 45 degrees to the corner of a building, such as a corner block in Johannesburg’s CBD, or to the corner of an interior corridor, and two vanishing points appear on either side of the frame for a strongly three-dimensional result.

Three-point perspective

TAMRON 24mm F2.8 (Model F051) Focal length: 24mm　Exposure: F8　Shutter Speed: 1/250sec　ISO: 640

Three-point perspective adds a third vanishing point, above or below the subject, to the two horizontal ones. You see it when you look up at a tall building with a wide-angle lens: the vertical lines converge towards the sky while the horizontal lines run away to either side. The result emphasises height and mass, ideal for conveying a building’s commanding presence. This example was shot at 24mm (around 36mm equivalent on APS-C).

To use three-point perspective, stand close to a tall subject such as one of Johannesburg’s towers and tilt a wide-angle lens upwards. Leaving the horizon out of the frame strengthens the sense of height.

Creating perspective in photography with a wide-angle lens

Wide-angle lenses are the most effective tool for enhanced perspective, and their broad view lets you include everything from the foreground to the far distance, making them excellent for bold landscape compositions. These techniques will help you build real depth in photos.

Build the frame around converging lines

TAMRON 35mm F2.8 (Model F053) Focal length: 35mm　Exposure: F2.8　Shutter Speed: 1/320sec　ISO: 80

When shooting with perspective in mind, include strong linear elements such as roads, buildings, fences or bridges. The sweeping curves of Gauteng’s highway interchanges, for instance, create powerful lines that lead towards a vanishing point. As covered above, think carefully about where that point falls: centrally for stability, near the edge for energy. Lowering the camera to a low position, close to the ground, stretches the foreground and further strengthens the sense of height and depth. This example was captured at 35mm (around 52.5mm equivalent on APS-C).

Overlapping perspective: foreground, middle ground and background

TAMRON 11-20mm F2.8 (Model B060) Focal length: 12mm　Exposure: F2.8　Shutter Speed: 0.4sec　ISO: 100

Overlapping perspective uses layers to create depth. Place a secondary subject in the foreground that leads to the main subject, then arrange the middle ground and background so that elements grow gradually smaller. In the Winelands, for example, vines in the foreground, a farmhouse in the middle distance and mountains beyond build a natural sense of depth as each layer overlaps the next. This example was taken at 12mm on an APS-C lens (around 18mm full-frame equivalent) with a 0.4-second exposure, so a tripod helped keep it sharp.

Change the camera angle

TAMRON 24mm F2.8 (Model F051) Focal length: 24mm　Exposure: F6.3　Shutter Speed: 1/160sec　ISO: 250

A low angle, with the camera tilted upwards, emphasises vertical lines and depth and gives a subject scale and presence. It is particularly effective for buildings and tall structures.

A high angle, with the camera tilted downwards, shows the breadth of a space from a bird’s-eye view, suiting cityscapes and open public spaces. An oblique angle adds depth through two-point perspective. Experiment deliberately with each and compare how the subject changes; our guide to camera angles explores these options in more detail. This example was shot at 24mm (around 36mm equivalent on APS-C).

Subjects that show off perspective in photography

Some subjects make perspective easy to see, and practising with them is the fastest way to develop an eye for a strong perspective photo.

Architecture and buildings

TAMRON 17-50mm F4 (Model A068) Focal length: 19mm　Exposure: F4　Shutter Speed: 1/1000sec　ISO: 100

Buildings are ideal subjects for perspective. Looking up at a tall building with a wide-angle lens creates dramatic three-point perspective, and the lines of windows, balconies and edges provide ready-made vanishing points. This example was shot at 19mm (around 28.5mm equivalent on APS-C).

Photographing a building from its corner with a wide-angle lens brings out the three-dimensional effect of two-point perspective. Try it with the buildings around you, from office blocks to shopping centres and the apartment towers along Durban’s beachfront.

Landscape perspective techniques

TAMRON 35mm F2.8 (Model F053) Focal length: 35mm　Exposure: F8　Shutter Speed: 1/400sec　ISO: 400

Several landscape perspective techniques can add depth and drama. With a telephoto lens, mountain ranges or rows of buildings stack up through compression. With a wide-angle lens, place secondary elements such as rocks or trees in the foreground, like the granite boulders scattered along the West Coast, to establish scale. Two-point perspective for landscapes works when a structure appears in the scene: photograph a farmhouse from its corner and its walls lead the eye in two directions across the land. Converging lines such as roads, fences and field edges create one-point perspective, with their vanishing points falling on the horizon. This example was taken at 35mm (around 52.5mm equivalent on APS-C).

Streets and roads

TAMRON 20mm F2.8 (Model F050) Focal length: 20mm　Exposure: F11　Shutter Speed: 30sec　ISO: 200

Streets and roads show perspective clearly. A road photographed straight on is a classic example of one-point perspective, with buildings, streetlights and power lines on both sides converging towards the vanishing point, and cars and poles shrinking into the distance. At night, a long exposure turns traffic into streams of light: this example used a 30-second exposure at 20mm (around 30mm equivalent on APS-C) on a tripod, an approach that suits a Johannesburg highway after dark. Curves work too, so try the S-bends of a Western Cape mountain pass as well as straight roads.

Interiors with depth

TAMRON 11-20mm F2.8 (Model B060) Focal length: 11mm　Exposure: F16　Shutter Speed: 4.5sec　ISO: 160

Long corridors, passageways, arcades and other deep interior spaces are well suited to one-point perspective. Place the vanishing point centrally for geometric symmetry, or shoot from an oblique angle to emphasise depth. Tilting the camera up from a low position to take in a high ceiling expresses space in a way only a wide-angle lens can. This example used a 4.5-second exposure at 11mm on an APS-C lens (around 16.5mm full-frame equivalent), so a tripod is a must in dim interiors.

Sculptures and objects

TAMRON 11-20mm F2.8 (Model B060) Focal length: 11mm　Exposure: F2.8　Shutter Speed: 1/5000sec　ISO: 320

Three-dimensional objects and sculptures also make strong subjects for perspective. Looking up at a tall sculpture from below produces a bold three-point perspective effect. With a line of similar objects, arrange them so that they overlap from nearest to furthest, and combine this with a diagonal composition for a natural sense of depth. The row of brightly painted beach huts along the False Bay coast, or wine barrels lined up in a cellar, are ideal. This example was captured at 11mm on an APS-C lens, around 16.5mm in full-frame terms.

Using perspective in photography to add depth

Perspective in photography is what gives an image depth and three-dimensionality. Remember that distance sets perspective and focal length sets framing: move close with a wide-angle lens to exaggerate depth, or step back with a telephoto to compress it. Combine that with one-, two- and three-point perspective, overlapping layers and thoughtful camera angles, and flat scenes gain real depth in photos. Try a simple exercise: photograph the same subject at 16mm from close up and at 200mm from far away, framed at the same size, then compare how the background changes.

What is camera work? The meaning behind the moves

At its simplest, camera work describes how you position, angle and move the camera while you film. It covers the static shot as much as the sweeping one, because choosing to hold still is as much a decision as choosing to move. Understanding the meaning of camera work starts with recognising that every placement and movement sends the viewer a signal.

Those signals are powerful. Film the same person twice, once with a slow creep towards their face and once from high overhead, and you end up with two very different scenes. The first builds tension and closeness; the second steps back so the viewer can take in the whole situation. Same subject, same location – the camera work alone changes the message. Once you start noticing this in films, adverts and music videos, you will see deliberate camera choices everywhere.

Camera work effects: what camera movement does for your story

Camera work is a storytelling tool as much as a technical skill. Chosen well, it reinforces what you want the audience to notice and how you want them to feel. Before getting into specific moves, it helps to understand the two broad camera movement effects you can create.

Adding rhythm and contrast to your footage

Repeat the same kind of shot for long enough and a video starts to drag. Mixing up your camera work gives footage pace and variety, and lets you guide the viewer from one beat to the next.

Contrast is one of the most effective tools here. Hold a locked-off shot for a while, then introduce movement, and that shift instantly draws the eye and lifts the tension. The stillness is what makes the movement matter.

Movement within a single long take can do the work of several edits, too. Picture a Sunday braai on the stoep: rather than cutting between guests, you let the camera drift slowly along the table, catching each face in turn. The audience reads everyone's mood in one unbroken shot, and the scene feels more intimate for it.

Heightening emotion and subject impact

Much of the impact of camera work comes from the way it amplifies emotion and gives weight to your main subject. Vertical movement is a good example. Rising from low to high as someone reads good news underlines their delight, while sinking from high to low during a sad moment makes the disappointment land harder.

Speed matters as much as direction. Quick, abrupt moves suggest urgency, nerves or impatience, while slow, steady movement signals calm and comfort. Matching the pace of your camera work to the mood of the scene is one of the simplest ways to strengthen its impact.

Types of camera work: fixed, moving and lens-based

Most camera work falls into one of three families: keeping the camera in a fixed position and pivoting from there, physically moving the camera through space, and using the lens itself to change the view. Getting to grips with this camera work terminology makes it much easier to pick the right technique for the scene and the feeling you are after.

The fixed shot: the foundation of all camera work

A fixed shot – often simply called a "fix" – keeps the camera locked in place on a tripod or other support. It can look like the most basic option, but every other technique builds on it, so it is worth mastering first.

Its great strength is stability. With the frame completely still, anything that moves within it becomes the focus: a subject's gestures, a shift in expression, fynbos bending in the wind or cloud spilling over the mountains above Cape Town. Because the camera itself does nothing, the viewer watches the scene with a calm, observational eye.

That same steadiness suits long takes and any situation where the composition must not change. Interviews and documentaries lean heavily on fixed shots so that attention stays on what people say and how they say it.

Camera panning: sweeping the frame sideways

Camera panning means rotating the camera horizontally from a fixed point, which is why it is sometimes described as a horizontal pan. It lets you take in a view that is too wide for one frame, such as the long line of the Drakensberg escarpment, or keep a moving subject in shot, like a dog racing along a Durban beach at low tide.

Control is everything. On a telephoto lens, even a tiny turn of the camera translates into a big shift on screen, so slow down. Pan too fast and the footage smears or judders. How noticeable that is also depends on shutter speed: a common rule of thumb is to set it to roughly double your frame rate, such as 1/50 s at 25p, for natural-looking motion blur.

For smooth results, set up your tripod head properly so it turns without sticking, then decide where the pan will start and end before you press record. Moving at a consistent speed between those two points is what makes a pan look deliberate rather than accidental.

Pan right and pan left

Pans are described by direction: a pan right swings the camera towards the right, while a pan left swings it the other way. They serve slightly different purposes, so it pays to choose consciously.

A pan right naturally follows a subject travelling from left to right, or a view that unfolds in that direction. A pan left does the reverse, tracking subjects moving from right to left or revealing scenery that stretches out to the left.

Either way, side-to-side movement lets you shift the viewer's point of view and show how far a scene extends. Following a character's movement adds realism and a sense of speed, while a slow pan across a broad landscape or cityscape conveys scale and space. Panning is also a natural way to lead the eye between characters, hinting at how they relate to one another and where the story is heading.

Tilting: moving the camera vertically

A tilt pivots the camera up or down from a fixed position, which is why it is sometimes called a vertical pan. It is ideal for subjects taller than the frame – a building from base to rooftop, or a Midlands waterfall followed from the plunge pool to the lip – and for revealing a person from their feet to their face.

As with panning, restraint pays off. A rushed tilt is hard to follow and can leave viewers slightly disorientated. Unless unease is exactly what you want, keep the movement slow and even.

Tilt up and tilt down

Tilts come in two directions, and each carries its own emotional weight. Choosing between them is part of shaping how the audience feels.

Tilting up, from low to high, emphasises height and grandeur. Tilt up the Sandton towers and they seem to loom over the viewer. The same move can suggest hope and progress: a character's growth, or the moment they finally overcome a setback.

Tilting down, from high to low, guides the eye from a broad overview to a specific detail. You might start on the Johannesburg skyline and descend to a single street to set up the next scene. A downward tilt can also imply a fall, a letdown or a sense of ending, which makes it a quiet way to close a sequence.

Camera work that moves the camera itself

When the camera physically travels through space, footage gains depth and a stronger sense of presence. This style of camera work conveys energy and the scale of a location in a way that fixed-position shots cannot. Instead of watching a scene from one spot, the viewer feels carried through it, which makes moving shots especially effective for openings, reveals and moments of action.

Sliders, dollies and gimbals are the usual tools, as they keep movement smooth and suppress shake. If you are just starting out, an entry-level slider or gimbal is an affordable way to begin experimenting.

Tracking: travelling with your subject

A tracking shot moves the camera along with a subject as they walk or run, often travelling alongside them. You might walk beside someone through Cape Town's city bowl or keep pace with road runners on their morning route. Documentaries and sports coverage use the technique constantly.

Keeping a consistent distance from your subject makes the background stream past while they stay steady in frame, which heightens the sense of motion. Professionals often use rails, sliders or stabilising rigs to achieve this.

A note on terminology: strictly speaking, sliding the camera sideways, parallel to the subject, is called a truck. "Tracking" is the broader term for any move that follows a subject, whether alongside, ahead or behind, although the two are often used interchangeably.

The dolly shot: moving closer or further away

A dolly shot moves the camera towards or away from the subject, giving the scene a natural shift in perspective. It is a favourite for emotionally charged moments, where a change in distance mirrors a change in feeling.

Closing the gap invites the viewer to empathise with a character, while pulling back can suggest emotional distance. In a scene where tension is rising, a slow advance on the subject draws the audience in and holds their attention. Full-scale dolly shots use a wheeled dolly or dedicated track, but a slider or gimbal makes a capable stand-in, and even a steady handheld walk can produce a simple dolly effect.

Dolly in and dolly back. A dolly in moves towards the subject, focusing attention and creating tension or intimacy. A dolly back moves away, and works well to close a scene, mark a farewell or reveal the wider situation. Although it can look similar to a zoom, a dolly physically changes the camera's position, so the spatial relationship between every element in the frame shifts. That is why a dolly feels more natural and three-dimensional than a zoom.

The circle shot: orbiting your subject

A circle shot moves the camera in an arc or full loop around the subject, giving it presence and showing it from every side for a strongly three-dimensional feel. Films use it for pivotal scenes, and it is a staple of music videos. It is equally useful for showing an object in the round, whether a sculpture or a handmade piece on a craft-market stall. Circular tracks or gimbals do the job best; attempting it handheld takes a great deal of practice.

Zooming: camera work through the lens

Zooming changes the focal length of a zoom lens to make the subject appear closer or further away, without moving the camera at all. Because the camera stays put, it is one of the easiest techniques for beginners to try.

The trade-off is that a zoom does not change perspective the way physical movement does, so it can look flat. When you want a more immersive, lifelike result, moving the camera itself, as with a dolly, is often the better choice.

Zoom in and zoom out

Zooming in gradually enlarges the subject, drawing attention to the main point of interest or to a detail. It works well for singling out one person or object within a wide scene, such as a lone figure on a Winelands hillside.

Zooming out does the opposite, shrinking the subject as more of the surroundings come into view. Start tight on one subject and gradually widen, and you reveal the context they are in.

Zoom speed changes the effect, too. A fast "snap" zoom suits moments of shock or surprise, while a slow, creeping zoom emphasises calm or a gradual change over time.

How camera angle changes the impression

Angle refers to the direction and height from which the camera views the subject. The same subject can come across entirely differently depending on the angle: looking up tends to give it authority and strength, while looking down can make it seem smaller or provide an overview.

Low angle and high angle

A low angle places the camera below the subject, looking up. It exaggerates size and presence, so a building or person filmed this way appears taller and more powerful. Dropping the camera to knee height when filming a child or a pet also puts the viewer on their level, which makes the footage feel more personal and immersive.

A high angle places the camera above the subject, looking down. In drama it can make a character seem small or vulnerable – a figure alone in an empty car park, seen from above, instantly feels isolated. High angles are practical too: they make it easy to take in a wide area or a large group, such as a packed crowd at a Pretoria rugby match.

The Dutch angle

A Dutch angle deliberately tilts the camera so the horizon runs at a slant. The skewed frame unsettles viewers and suggests instability, tension or confusion, which is why suspense and horror films often use it when a character is disorientated or in danger.

Use it sparingly, though. Too many tilted frames tire the audience and blunt the effect. Placed thoughtfully within the wider edit, a Dutch angle has far more punch.

How to use camera work for more cinematic results

Once the basic moves feel comfortable, the next step is learning how to use camera work more expressively. These techniques help turn competent footage into cinematic camera work.

Combining camera moves

Linking several moves in one shot – a pan that flows into a tilt, or a zoom during a dolly – opens up richer storytelling. Imagine a pan along the Garden Route coastline that tilts up to find a hiker on the cliff path: the viewer grasps the setting and then the subject in a single fluid motion. Dollying in while zooming out, an effect known as the dolly zoom, keeps the subject the same size while the background appears to stretch away, giving a dramatic, disorientating look.

Abrupt changes, however, can confuse viewers. When you combine moves, keep their direction and speed consistent so the audience can follow, and rehearse the move before you roll.

Camera work composition: planning the frame

Good camera work composition relies on the same principles as still photography, including the rule of thirds. Plan how each shot will look at the start and at the end of the move, and aim for a smooth, consistent transition between the two. This matters most when shots will be cut together, because a well-planned end frame should flow naturally into the next shot.

Leaving space in the direction your subject is moving, often called lead room or eye room, gives the movement somewhere to go. If someone is running towards the right of frame, position them on the left and leave open space ahead of them. Small details like this make footage feel natural and easy to watch.

Filming with more than one camera

Filming the same scene from several angles at once gives you far more choice in the edit. For an interview, you might combine a front-on medium shot with a side-on close-up or wide shot, then cut between them to suit the conversation. For moments that cannot be repeated, such as a matric farewell or a wedding speech, a second angle – from a second camera or even a phone – means you are far less likely to miss anything.

The catch is consistency. Match colour and exposure settings as closely as possible across devices, so that switching between angles in the edit does not produce jarring jumps in brightness or tone. Setting the same white balance, frame rate and picture profile on every device before you start saves a great deal of correction work later.

Getting more from gimbals, sliders and drones

Specialised gear can take your camera work up a level. A gimbal smooths out tracking shots, a slider delivers precise linear movement and a drone opens up aerial perspectives. If you plan to fly a drone, check the South African Civil Aviation Authority's current rules first, particularly for anything beyond purely private use. With the right equipment, even newcomers can produce polished footage.

That said, gear is no substitute for ideas. Striking footage is entirely possible with basic camera work and a bit of ingenuity, and working within limits often sharpens creativity. At times, embracing the natural movement of handheld shooting or a deliberately low-tech approach gives a piece its own character and atmosphere.

TAMRON Lens Utility™: fine-tuning your lens for camera work

TAMRON Lens Utility lets you connect compatible TAMRON lenses to a PC or mobile device with a dedicated cable, so you can customise how they behave – including focus functions that are especially useful for video – and update the lens firmware. The mobile version adds Digital Follow Focus (DFF), which lets you adjust and set focus precisely from your phone screen without touching the lens. For newcomers who find fine manual focus control tricky, tools like this make smooth, controlled focus pulls far more achievable.

Choosing a lens that supports your camera work

The lens you choose shapes what your camera work can achieve. These are the main factors to weigh when selecting a lens for video.

Maximum aperture

Lenses with a wide maximum aperture – a small F-number such as F2.8 or F4 – gather more light, making it easier to film bright, clean footage in dim conditions. Because South Africa keeps SAST all year round, Highveld winter light fades early, with the sun setting at around half past five in midwinter. A fast lens lets you keep filming into dusk, or indoors by window light, without extra lighting.

A wide aperture also allows shallower depth of field, blurring the background to separate your subject. That suits portraits and emotionally charged scenes. Bear in mind that F2.8 gathers twice as much light as F4, and an F4 lens produces noticeably less background blur; if soft backgrounds are a priority, a faster lens is the better tool.

Focal length and angle of view

Wide-angle lenses – roughly 35mm and shorter on full frame, or about 23mm and shorter on APS-C – capture a broad sweep of space. They suit tight interiors, landscapes and action, making it easy to fit everything into frame even in a compact room, while their exaggerated perspective adds drama to movement.

Standard lenses – around 50mm on full frame, or about 33mm on APS-C – offer an angle of view and perspective close to how we naturally see. They suit everyday scenes, storytelling and documentaries that aim to feel authentic.

Telephoto lenses – roughly 80mm and longer on full frame, or about 53mm and longer on APS-C – bring distant subjects close and appear to compress the space between subject and background, which suits portraits and interviews. That compression makes backgrounds look closer and more prominent, which is useful for bold compositions, and telephotos also make it easy to throw backgrounds out of focus. The APS-C figures here use a 1.5× crop factor; on Canon APS-C bodies, which use 1.6×, the equivalents are slightly shorter.

The look of your footage

"Look" describes the overall appearance, mood and texture of your footage – the combined effect of colour grading, brightness, contrast, sharpness and tonality that shapes how viewers experience it. Many videographers shoot in a flat log profile to preserve detail for grading later, but the lens itself also plays a part. Because a look cannot be judged from specifications alone, the most reliable test is to watch real footage shot on the lens. Sticking to lenses from one manufacturer also tends to give a more consistent look from shot to shot.

Focus breathing

Focus breathing is a slight change in the angle of view when you adjust focus, and it tends to be more pronounced in lenses designed mainly for stills. In photography it rarely matters, but in video, where focus often shifts during a shot, a frame that appears to grow or shrink can be distracting. Test the lens yourself if you can, or check reviews and sample footage.

Optical axis shift and focus shift when zooming

On a zoom lens, the optical axis can drift slightly between the wide and telephoto ends. When that drift is significant, the subject may slide away from the centre of the frame as you zoom, which looks unnatural.

Some zoom lenses also lose focus as the focal length changes, which is known as focus shift. You might focus at the wide end, then zoom in and find the image softening. For stills you simply refocus, but when you zoom during a video take it becomes a real issue.

That makes it worth checking how well a lens holds focus through its zoom range before you rely on it for video.

TAMRON continues to improve AF performance during zooming, for both video and stills in continuous AF (AF-C), through lens firmware updates.

Focus ring and switch handling

Handling matters too. If you focus manually a lot, look for a focus ring with moderate resistance that turns smoothly, and check that it rotates in the direction you are used to.

The AF/MF switch deserves attention as well. If you switch often during a shoot, consider where the switch sits, how it feels and whether it makes a click your microphone might pick up.

Weight and size

A light, compact lens makes it easier to keep camera work steady through long handheld sessions, which matters most when you are shooting without a gimbal or working long documentary days.

Compact lenses are also easier to manoeuvre into different positions and angles. On an N2 road trip or when vlogging, a small lens lets you react quickly and shoot in tight spots. A lighter kit is also far less tiring to carry, which matters on long days out and keeps you filming for longer.

Moisture-Resistant Construction

Lenses with Moisture-Resistant Construction cope better with damp conditions, giving you more freedom near water – a blustery beach, landscapes after rain or footage of rivers and waterfalls. It is not the same as waterproofing, but it adds reassurance when Western Cape winter rain or coastal spray catches you mid-shoot, and outdoors the weather can turn quickly.

Autofocus (AF) performance

For video, autofocus should be quiet and smooth, and it should track moving subjects reliably. That is particularly important with unpredictable action, such as a school rugby match or children playing in the garden, where a responsive AF system makes a real difference.

Vibration Compensation (VC)

Handheld filming is prone to shake, and Vibration Compensation (VC) makes it much easier to capture steady footage. It is especially helpful with telephoto lenses or when filming on the move, such as walking a promenade with the camera in hand. On a tripod, or during some panning shots, switching image stabilisation off can give more natural results, so learn how to toggle it on your lens.

Bringing your scene to life with camera work

[Image: Closing image]

Camera work is more than a technical skill – it is one of the most direct ways to shape what viewers feel. Start with the fundamentals of fixed shots, pans and tilts, then build your repertoire one technique at a time. Choosing the right lens is part of that journey, so look at sample footage and pick one whose rendering and handling suit the way you like to work.

Most of all, keep practising. Film the same simple scene with a fix, a pan, a tilt and a dolly, then compare the results side by side. Seeing how differently each version feels is the quickest way to understand camera work and to start choosing moves with intent rather than by habit.

Why carrying a camera while hiking is worth it

An interchangeable-lens camera records fine detail that a phone tends to smooth over, from the grain of weathered rock to individual grasses on a distant slope. When you want prints or large screens to feel like the real view, that detail matters.

Mountain light also changes quickly. Cloud can sweep in within minutes, and the gap between sunlit rock and a shaded gully can be extreme. A larger sensor with wide dynamic range holds on to more detail in both the highlights and the shadows, especially if you shoot RAW, which leaves you room to recover a difficult scene later.

The biggest advantage, though, is flexibility. Fit a wide-angle lens to take in a panoramic summit view, then switch to a telephoto to pick out fynbos flowers on the far side of a valley or a bird riding the wind along a ridge. One camera, a small selection of lenses and you are ready for almost anything the trail offers.

Mountain scenes to shoot with camera lenses for hiking

Here are some of the classic mountain scenes you are likely to encounter, with practical pointers for photographing each one.

Sandstone faces and mountainsides

Sandstone faces lit by low morning light

TAMRON 35mm F2.8 (Model F053) | Focal length: 35mm | Exposure: F4 | Shutter Speed: 1/1250sec | ISO: 100

The rock faces of a mountain say a great deal about its character, and they make some of the most rewarding subjects on a hike. In the Boland mountains, weathered sandstone, lichen and, in winter, a light dusting of snow all reward a lens that resolves fine detail. A sharp lens paired with an interchangeable-lens camera picks out every crack, ledge and change of texture.

Timing makes a big difference. Low, raking light shortly after sunrise or before sunset throws shadows across the rock and brings out its three-dimensional form, while the warm tones of these golden periods add atmosphere. Watch your exposure closely so the brightest faces keep their detail. The 35mm framing used here corresponds to roughly 23mm on an APS-C camera.

Ridgelines with a wide-angle lens for hiking

A ridgeline above rolling grassland

TAMRON 20-40mm F2.8 (Model A062) | Focal length: 38mm | Exposure: F14 | Shutter Speed: 1/30sec | ISO: 200

Ridgelines show off the shapes that wind, water and time have carved into a range. A wide-angle lens for hiking captures the full sweep of a ridge along the Drakensberg escarpment and conveys its scale. Place rocks or grassland flowers in the foreground and the wide lens's perspective adds real depth to the scene.

You do not always need to go wide, though. This frame was taken at 38mm (about 25mm on APS-C), a moderate focal length that isolates the ridge's shape without shrinking it, and for a distant ridgeline a telephoto lens draws out even more detail. A ridge also changes character through the day and the year: the Drakensberg's grassland is lush green in summer and turns gold in winter, so it pays to return in different seasons and light.

Looking down on the valley below

Farmland and open plains seen from the ridge

TAMRON 11-20mm F2.8 (Model B060) | Focal length: 20mm | Exposure: F4 | Shutter Speed: 1/40sec | ISO: 100

Mountain photography is not only about the mountain itself. From a high point on the Magaliesberg, the view across farmland and the open Highveld makes a superb subject in its own right. A wide-angle lens takes in the whole landscape and creates a strong sense of depth, showing how the range sits within the land around it. The B060 is an APS-C lens, so its 20mm here gives a field of view similar to about 30mm on full frame.

A telephoto lens offers a different take, using its compressed perspective to stack fields, farm roads and distant ridges into a layered composition. On hazy days, look for the way colours soften and cool with distance as the layers of air between you and the horizon thicken. A camera's smooth tonal gradation records these subtle shifts beautifully.

A sea of cloud below the escarpment

Cloud filling the valleys below the peaks

TAMRON 17-50mm F4 (Model A068) | Focal length: 50mm | Exposure: F8 | Shutter Speed: 1/125sec | ISO: 200

On the right morning, cloud settles in the valleys below the Drakensberg escarpment, leaving the peaks standing above a white sea. It is one of the most memorable sights a hiker can hope for, and the detail an interchangeable-lens camera captures brings out the texture and volume of the cloud. At 50mm, this frame corresponds to about 33mm on APS-C.

The scene changes by the minute, so be ready early and keep shooting as the cloud shifts. The moments when ridges and summits break through the surface are especially striking. Experiment with composition, using a peak or a rocky outcrop as an anchor, to make the most of them.

Sunrise light on the ridge

Sunrise breaking over the ridge

TAMRON 17-50mm F4 (Model A068) | Focal length: 50mm | Exposure: F4 | Shutter Speed: 1/4sec | ISO: 200

Many hikers set out in the dark to watch the sun rise, and a Magaliesberg ridge at first light is well worth the early start. Shooting into the sun is challenging, but an interchangeable-lens camera handles the strong contrast between the bright sky and the darker land well. Use exposure compensation to keep the highlights from blowing out without crushing the shadows. At a shutter speed as slow as the 1/4 sec used here, set the camera on a tripod or a solid rock for a sharp result.

An ND filter can help balance the intensity of the sun with the surrounding landscape. Arrive early enough to catch blue hour, too – the cool twilight that comes just before sunrise and again just after sunset – when the landscape takes on a calm, even glow.

Night skies and stars

Stars above the mountains on a clear night

TAMRON 20-40mm F2.8 (Model A062) | Focal length: 20mm | Exposure: F2.8 | Shutter Speed: 13sec | ISO: 8000

Mountains far from city lights offer some of the darkest skies in the country, and the Cederberg is a favourite for night photography. With a tripod and a long exposure, you can record the stars in remarkable detail, and on clear, moonless nights the Milky Way stands out vividly. The 20mm framing here equates to roughly 13mm on APS-C.

Good hiking camera settings for the night sky start with a wide aperture and a long shutter speed. Raising ISO then brightens the image by amplifying the signal from the sensor, though too much adds noise, so find the balance your camera handles best. For star trails, you can either use bulb mode for a single very long exposure or shoot a series of shorter frames at intervals and combine them later in software. Both approaches work on mirrorless cameras.

Planning your kit for carrying a camera while hiking

A little planning before you set off makes carrying a camera while hiking far more enjoyable. These are the main points to think through when putting together your kit.

1) Decide what you want to shoot

Start with your subjects. Will you mostly photograph wide landscapes, close-ups of plants and flowers, or moving subjects such as birds? The answer shapes which lenses you pack and what your camera needs to do. Picture the photos you hope to bring home and let that guide every other decision.

If you plan to film as well, check that your autofocus copes smoothly with video and that you have a way of keeping footage steady on the move. Today's mirrorless cameras handle both stills and video well, so a single kit can cover both. For serious night photography, a camera that handles high ISO settings cleanly will make a noticeable difference.

2) Mirrorless and compact systems on the trail

Most hikers who carry a dedicated camera use either an interchangeable-lens mirrorless system or a fixed-lens compact. Mirrorless systems are well suited to the trail, with plenty of compact, lightweight bodies and lenses available, and they give you the freedom to swap lenses as the scenery changes.

A fixed-lens compact is lighter still and slips easily into a hip-belt pocket. The trade-off is flexibility: with an interchangeable-lens system you can adapt to far more subjects and styles, from sweeping panoramas to distant details, which is where the real creative range comes from.

3) How sensor size affects your lens choice

Sensor size shapes both your image quality and the lenses you carry. Full-frame sensors generally excel in low light and deliver excellent detail for large prints. APS-C sensors strike a good balance between quality and portability, and their lenses are often smaller and lighter – a real advantage when every gram counts on a long climb.

Sensor size also changes how a lens frames the scene. On an APS-C camera, a lens shows a narrower view than it would on full frame, roughly equivalent to multiplying its focal length by 1.5 (or 1.6 on Canon APS-C bodies). Understanding this crop factor helps you pick focal lengths that give you the framing you want, whichever system you use.

4) Keeping your kit light

Weight matters more on a hike than almost anywhere else. A lighter camera and lens combination puts less strain on your shoulders and back, keeping you comfortable over long distances and steep sections. If you are new to hiking with a camera, starting light makes it much more likely you will keep the camera out and use it.

A compact kit is also quicker to bring into action. Mountain scenes change constantly and chance moments come and go fast, so a camera you can raise and shoot in seconds is worth a great deal.

5) Protecting your kit from dust and water

Mountain weather can change fast. On the Highveld, summer afternoon thunderstorms build quickly, and mist or rain can arrive with little warning on almost any range. Cameras and lenses with Moisture-Resistant Construction help you keep shooting when conditions turn, although they are not waterproof, so cover your kit in heavy rain.

Dust and grit are just as much of a hazard on dry, sandy trails. Weather-resistant designs help keep dust out of the camera and lens. On the lens side, a Fluorine Coating on the front element repels water, grease and dirt, making it far easier to wipe clean in the field.

6) Hiking camera settings for mountain light

Great mountain images depend as much on your settings as on your kit. In bright midday light, a low ISO and a mid-range aperture around F8 keep landscapes sharp and clean. At dawn and dusk, when light is scarce, you may need to open the aperture or raise ISO, bearing in mind that higher ISO amplifies the signal and adds noise. Test how far you can push your camera before the quality drops.

Shooting RAW gives you more room to balance bright skies and deep shadows later, and to fine-tune colour. If you hope to make large prints of your best frames, a higher-resolution camera gives you more detail to work with, but even modest resolutions produce excellent results at everyday sizes.

7) Managing battery power

Charging is rarely available on the trail, so check how many shots your battery delivers before you set off. Cold drains batteries faster than normal, and on frosty Highveld winter mornings, when temperatures hover around or below 0 °C, you may see your battery level drop much sooner than expected. For early starts or cold-weather hikes, plan on getting less from each battery than its rated figure.

8) Handling your camera with gloves

On icy early starts you will often be wearing gloves, so your camera needs to be easy to operate with them on. Try handling it with gloves at home: check the size and placement of the buttons and how easily the dials turn. In the cold, physical buttons and dials are far more practical than a touchscreen, so make sure the controls you rely on most are easy to find by feel.

How to choose camera lenses for hiking

The ability to change lenses is what makes an interchangeable-lens camera so versatile. Here is how to choose camera lenses for hiking that suit your subjects and your pack.

1) Match the lens to your camera

Start with compatibility. Choose lenses made for your camera's mount and sensor size. A mount adapter can sometimes bridge different systems, but not every function is guaranteed to work, so check in advance.

Full-frame lenses fit APS-C cameras with the same mount without any issue. Fitting an APS-C lens to a full-frame camera, however, typically produces heavy dark corners, or the camera switches to a crop mode that uses only part of the sensor. Confirm your mount and sensor size before you shortlist lenses.

2) Weight and size

Lenses should be as light and compact as your camera body. If you are new to hiking or prefer a lighter load, prioritise the smallest, lightest options that cover your needs.

Compact lenses also take up less room in your pack and camera insert. On the trail, the golden rule is to carry only what you need, so think about size as carefully as focal length.

3) Focal length and the one-lens setup for hiking

The right focal length depends on what you plan to photograph.

Wide-angle lenses – roughly 35mm and shorter on full frame, or about 23mm and shorter on APS-C – are ideal for conveying the scale of a range and the open space around you. If landscapes are your main subject, a wide-angle lens should be your first choice.

Standard lenses – around 50mm on full frame, or about 33mm on APS-C – give a natural angle of view that handles everything from landscapes to portraits of your hiking companions, making them versatile all-rounders.

Telephoto lenses – roughly 80mm and longer on full frame, or about 53mm and longer on APS-C – bring distant ranges closer and pick out details such as fynbos flowers on a far slope. Their compressed perspective also emphasises the layering of successive ridges.

For the simplest one-lens setup for hiking, an all-in-one zoom that runs from wide-angle to telephoto covers almost every scene in a single lens. It saves weight and spares you from changing lenses in dusty or wet conditions.

4) Moisture-Resistant Construction

As with your camera, a lens with Moisture-Resistant Construction lets you keep shooting when the weather turns. If you are heading out during the Western Cape's winter rainy season, when cold fronts can bring prolonged rain, add a simple rain cover for extra peace of mind.

5) Maximum aperture

Maximum aperture tells you how much light a lens can gather, and it matters on the trail. Lenses with a maximum aperture of F2.8 or F4 make it easier to shoot in poor light, such as pre-dawn starts or the final light of the day. A wider aperture also lets you use faster shutter speeds without raising ISO, which helps prevent blur when shooting handheld.

6) Imaging performance

To capture mountain scenery at its best, look at a lens's imaging performance. High resolution renders the fine texture of rock faces and every ledge and fissure crisply, while strong contrast and faithful colour reproduction convey the true character of the landscape. Look at real sample images to judge whether a lens delivers the look you want.

7) Autofocus (AF) performance

Even on a hike you will photograph moving subjects, from drifting cloud to birds. A lens with fast, smooth autofocus makes these moments much easier to catch.

Quiet AF and reliable tracking are especially useful for wary subjects. A Cape sugarbird feeding on proteas or a bird riding the updrafts along a ridge will not wait for you, so a lens with a quiet, responsive AF drive gives you the best chance of a sharp shot.

8) Vibration Compensation (VC)

Most hiking photos are taken handheld, so Vibration Compensation (VC) is a valuable feature for keeping shots steady. Telephoto lenses magnify camera shake, so when choosing a longer lens, check not only whether it offers image stabilisation but also how effective it is.

9) Focus and zoom ring handling

Focus and zoom rings that are easy to grip and turn make a lens far more usable in the cold or with gloves on. Rings with smooth, moderate resistance help prevent accidental adjustments on chilly winter hikes. It is also worth handling the lens to check how smoothly you can switch between AF and MF.

Accessories for carrying a camera while hiking

The right accessories make carrying a camera while hiking easier and help you get better results. These are the essentials most hikers rely on.

Camera bags and rain protection for hiking cameras

A good bag protects your camera and keeps it within easy reach. For hiking, a backpack with a dedicated camera compartment works well, leaving your hands free while still letting you get the camera out quickly. Look for water-resistant materials, padding and a built-in or add-on rain cover. Rain protection for hiking cameras is essential in wet weather, and padding protects your kit if you slip or put the bag down hard.

Choosing a tripod for mountain photography

A tripod is essential for more serious landscape work, especially in low light at sunrise, sunset and after dark. When choosing a tripod for mountain photography, look for one that is light enough to carry but has sturdy, stable legs. A mini or tabletop tripod is handy for shooting from rocks and ledges, and some tripod heads can be mounted on trekking poles, giving you a stable support without extra weight.

Spare batteries and power banks

Because charging is rarely possible on the trail, carry at least one spare battery. In cold weather, and especially on winter hikes, batteries drain faster, so pack more than you normally would. Keep spares in an inside pocket where your body heat stops them from getting too cold.

Many cameras now charge via USB, so a small power bank is another useful addition.

Spare memory cards

Several fast, high-capacity memory cards let you shoot bursts, record 4K video and work without worrying about space. When you shoot RAW on a high-resolution camera, large cards are a must. To spread the risk, you can also save images across several smaller cards, so a single damaged card does not cost you a whole trip's photos.

Getting started with camera lenses for hiking

For hiking, the best kit combines low weight with the image quality to do the view justice. Choose camera lenses for hiking that match the scenes you love most, whether that is a wide-angle for summit panoramas or an all-in-one zoom for a single, versatile setup. Put these tips into practice on your local trails, and your photographs will improve with every hike.

What is aspect ratio in photography?

Aspect ratio in practice

TAMRON 17-28mm F2.8 (Model A046) | Focal length: 17mm | Exposure: F7.1 | Shutter Speed: 0.4sec | ISO: 100

Aspect ratio describes the relationship between a photo's width and its height, written as width:height – for example, 3:2 or 16:9. It tells you the shape of the frame, not how many pixels it contains or how large it will print. A tiny thumbnail and a wall-sized print can share exactly the same aspect ratio.

Most full-frame and APS-C interchangeable-lens cameras default to 3:2. The ratio dates back to 35mm film, whose 36 × 24 mm frame has the same proportions, and it remains a versatile shape that suits a wide range of subjects.

Aspect ratio and resolution: what's the difference?

Aspect ratio and resolution are easy to confuse, but they describe different things. Aspect ratio is the shape of the image; resolution is the number of pixels in it. An image of 1920 × 1080 pixels and one of 3840 × 2160 pixels are both 16:9, yet the second contains four times as many pixels, with double the resolution in each direction. Raising or lowering resolution leaves the aspect ratio unchanged.

There is also a more technical term, pixel aspect ratio, which describes the shape of the individual pixels in an image as it is stored and displayed. For digital still photos it is almost always 1:1, meaning square pixels, although some video formats use non-square pixels that are stretched into shape on playback.

Recommended photo aspect ratios and the impression each creates

An aspect ratio is more than a measurement: it shapes how the viewer reads a photograph. Here are the most common ratios and the impression each one tends to create.

3:2 aspect ratio

A 3:2 frame

TAMRON 17-28mm F2.8 (Model A046) | Focal length: 17mm | Exposure: F2.8 | Shutter Speed: 1/640sec | ISO: 100

The 3:2 aspect ratio carries on from 35mm film and remains the standard setting on most cameras with larger sensors. The frame is 1.5 times as wide as it is tall, giving a gently horizontal shape. The 17mm focal length used here corresponds to about 11mm on an APS-C camera. The APS-C figures in this guide use a 1.5× crop factor; Canon APS-C bodies use 1.6×, so their equivalents are slightly shorter.

Its balance and versatility make 3:2 an easy frame to work with. It handles landscapes, portraits and everyday snapshots equally well, whether you are catching a moment on a Johannesburg street or framing a wide view, and beginners rarely find it awkward to compose in. It also matches the most common print size exactly: a 10 × 15 cm print (often sold as 4 × 6) is precisely 3:2, so your photos print full-frame with no cropping.

4:3 aspect ratio

The 4:3 aspect ratio is common on many compact and smaller-sensor cameras, and it is also the default for most smartphone cameras. It is a little closer to square than 3:2, which makes it easy to build stable compositions with a calm, settled feel.

It suits architecture and still life particularly well, holding the subject in a balanced frame – think of the Victorian cottage fronts in Cape Town's older suburbs, or a bowl of naartjies on a kitchen table. Turned vertically, 3:4 is ideal for head-and-shoulders portraits, as it leaves little wasted space above the head or below the shoulders and gives a natural-looking composition.

16:9 aspect ratio

The 16:9 aspect ratio is the familiar widescreen shape of televisions, monitors and most video, and it brings a cinematic, strongly horizontal feel to stills. It works beautifully for broad landscapes, such as the sweep of coastline and sea along the KwaZulu-Natal north coast, and for subjects that sit side by side, like a row of colourful beach huts on the False Bay coast. It is not as extreme as a panorama, but its width still conveys a real sense of space.

16:9 is also the natural choice for images shown on horizontal screens, including social media cover images and YouTube thumbnails. Because it is the standard for most video, keeping your stills at 16:9 when you shoot both photos and video makes editing them together far simpler.

1:1 aspect ratio

A 1:1 aspect ratio is a perfect square. It became widespread with the rise of smartphones and social media, Instagram in particular. A square frame naturally draws the eye to the centre, making it ideal for symmetry and geometric patterns – a protea head photographed from directly above, for instance, with its bracts radiating evenly outwards. It suits photographers who want to put the subject front and centre and prefer a clean, simple style.

How aspect ratio works with popular compositions

Once you understand aspect ratio, the next step is to consider how it interacts with composition. Here is how some of the most popular compositional approaches work with different frame shapes.

Rule of thirds

Rule of thirds

TAMRON 35-150mm F2-2.8 (Model A058) | Focal length: 150mm | Exposure: F2.8 | Shutter Speed: 1/640sec | ISO: 100

The rule of thirds divides the frame into three equal parts horizontally and vertically, then places the key subject on one of the lines or at one of the four points where they meet. Its great strength is that it produces balanced images in almost any situation and works with every aspect ratio. It is easy for beginners to apply, and most cameras and smartphones can display a thirds grid on screen while you shoot. In a landscape, for example, placing a Highveld horizon on the lower third line gives the storm clouds building above it room to dominate the frame. At 150mm, this frame corresponds to about 100mm on APS-C.

Diagonal composition

Diagonal composition

TAMRON 17-28mm F2.8 (Model A046) | Focal length: 28mm | Exposure: F5 | Shutter Speed: 1/200sec | ISO: 100

A diagonal composition arranges the subject along the lines that run between the corners of the frame, adding movement and depth – a mountain pass road cutting diagonally through the Winelands is a classic example. In rectangular ratios such as 3:2 and 4:3, the diagonals slope more gently, leading the eye through the scene naturally. In a 1:1 square, the diagonals run at exactly 45 degrees, which gives the effect far more punch. The 28mm framing used here equates to about 19mm on APS-C.

Centred composition

Centred composition

TAMRON 17-28mm F2.8 (Model A046) | Focal length: 28mm | Exposure: F2.8 | Shutter Speed: 1/400sec | ISO: 100

A centred composition places the subject in the middle of the frame. It is simple and direct, and it pairs especially well with a 1:1 square. Use it when you want the subject's presence, or a regular geometric pattern, to speak for itself – a single vygie bloom in close-up, for example, or a straightforward portrait.

The challenge is to avoid a photo that looks as though the subject has simply been dropped in the middle. Pay attention to the background: blurring it or choosing a clean, uncluttered backdrop makes the subject stand out far more strongly.

Choosing an aspect ratio for your subject

Leaving your camera on its default setting works perfectly well most of the time, but adjusting the aspect ratio to suit your main subject opens up new creative possibilities. Here are some pointers for common subjects.

Landscape photography

Landscape photography

TAMRON 17-28mm F2.8 (Model A046) | Focal length: 25mm | Exposure: F8 | Shutter Speed: 1/500sec | ISO: 200

Landscape photography is about conveying the scale and beauty of the natural world, and wider frames such as 16:9 or 3:2 usually serve it best. A wide shape emphasises the reach of a mountain range or the expanse of the ocean. For an even broader view, try a panoramic ratio such as 2:1 or 3:1, which does justice to a scene like the long line of the Drakensberg escarpment. The 25mm focal length here corresponds to about 17mm on APS-C.

Portraits

Portrait

TAMRON 90mm F2.8 MACRO (Model F072) | Focal length: 90mm | Exposure: F3 | Shutter Speed: 1/160sec | ISO: 200

For full-length or upper-body portraits, vertical ratios of 2:3 or 3:4 are the usual choice. A vertical frame follows the natural line of the body and cuts out distracting background, keeping attention firmly on the person – ideal for a portrait under Pretoria's jacarandas in spring. For a tight close-up of the face, a 1:1 square is an effective way to concentrate on expression and emotion. At 90mm, this frame equates to about 60mm on APS-C.

For groups, or when the setting is part of the story, a horizontal 3:2 or 16:9 frame usually works better, giving room for everyone gathered around a braai along with the surroundings.

Buildings and architecture

Buildings and architecture

TAMRON 17-28mm F2.8 (Model A046) | Focal length: 26mm | Exposure: F4 | Shutter Speed: 1/800sec | ISO: 100

For tall structures such as the high-rises of the Johannesburg skyline, shoot vertically in 2:3 to emphasise height and impact. Angling the camera upwards stretches the vertical lines towards the sky for extra drama. The 26mm framing here corresponds to about 17mm on APS-C.

When you want to capture a whole building with a wide-angle lens, 3:2 or 4:3 is the more common choice. These ratios hold the entire structure in a balanced frame and make it easier to bring out perspective.

For symmetrical buildings, a 1:1 square often shows off their geometry better than 3:2. A symmetrical Art Deco façade in Durban, or its rows of repeating balconies, suits the square format well, as do other details built on patterns and repetition.

Aspect ratio by application: prints, social media and video

Knowing where your photos will end up – in a frame, on social media or alongside video – helps you choose the aspect ratio that suits them best. Here are the ratios that work for the most common uses.

Photo size and A4 aspect ratio for printing

The most common photo size at South African labs, 10 × 15 cm, is exactly 3:2, so images shot on a camera's standard setting print full-frame without cropping. Other sizes are less forgiving. A 13 × 18 cm print is about 1:1.4, and A4 (210 × 297 mm) has an aspect ratio of 1:√2, or about 1:1.414.

That means a 3:2 or 4:3 image printed on A4 will need either white borders along one pair of edges or cropping from the other. If you know you will be printing, frame a little more loosely than the final composition you want, leaving yourself room to crop.

Aspect ratios for social media

Every social platform has its own preferred shapes, and knowing them helps you avoid unwanted automatic cropping. In South Africa, WhatsApp Status and Facebook are widely used alongside the platforms below; WhatsApp Status, like other full-screen stories, uses a vertical 9:16 frame.

[Editor note: verify current platform aspect ratio specifications before publishing]

Instagram

Alongside the square 1:1 format, Instagram feed posts support 4:5 portrait and 1.91:1 landscape images, and the platform has expanded its support for taller portrait images. Stories and Reels use a vertical 9:16 frame that fills the phone screen, so shoot them in portrait orientation. For feed posts, setting your camera to 4:5, or composing with room to crop to it later, works well.

X (formerly Twitter)

X supports a range of landscape ratios, including 3:2, 4:3, 2:1 and 16:9, while 3:4 tends to display well for portrait images on the timeline. When you post several images together, keeping them all at the same aspect ratio gives the post a neater, more consistent look.

YouTube

On YouTube, the thumbnail does much of the work of persuading people to click. Thumbnails use a 16:9 horizontal format, the same as standard video, so a frame from the video itself can double as the thumbnail. Because thumbnails often appear at a small size in search results and suggested videos, a simple, bold composition stands out best.

YouTube Shorts use a vertical 9:16 format, like Instagram Reels and TikTok. If you plan to publish on YouTube, it pays to consider vertical versions of your content as you shoot.

Aspect ratio for video

The standard aspect ratio for video on interchangeable-lens cameras is 16:9 widescreen, which underpins most video standards, including HD, Full HD and 4K. For viewing on a TV or monitor, 16:9 is the natural choice. Short-form platforms such as Instagram Reels, YouTube Shorts and TikTok, however, are dominated by vertical 9:16.

If you shoot stills and video of the same subject, keeping both at 16:9 makes editing smoother. When you shoot a landscape, for example, 16:9 stills sit seamlessly alongside the video footage.

How to change aspect ratio in photos

Finally, here is how to change aspect ratio in photos. There are two main approaches: setting it in camera before you shoot, or cropping to a new ratio when you edit.

Changing the aspect ratio in camera

On most cameras, the aspect ratio setting sits in the shooting menu, under a heading such as "Image Size" or "Aspect Ratio". The exact location varies between manufacturers and models.

Setting the ratio in camera means you see the final framing on the screen or in the viewfinder as you shoot. If you shoot RAW, the chosen ratio is usually recorded as a tag in the file's metadata, and in most cases the full sensor area is still saved. That means you can switch to a different ratio later in editing software, although the exact behaviour depends on the camera manufacturer.

Cropping during editing

Editing software and smartphone apps all include a crop tool, usually labelled "Crop" or "Trim", where you can set the aspect ratio. Most offer presets such as 3:2, 4:3 and 16:9.

If you expect to crop later, compose a little more loosely when you shoot, which gives you room to adjust. Bear in mind, though, that cropping discards pixels and reduces the resolution available for printing or display, so it is best to frame as close to your final composition as you can in camera.

Putting aspect ratio to work in your photography

Aspect ratio is far more than a measurement of width against height; it shapes the impression every photo makes. Matching the ratio to your subject helps you convey its appeal more effectively. Beyond the standard setting, experiment with different ratios in camera and with crops in the edit, and notice how much the feel of an image can change.

What is a subject in photography?

What is a subject?

TAMRON 28-75mm F2.8 G2 (Model A063) Focal length: 62mm　Exposure: F5.6　Shutter Speed: 1/125sec　ISO: 200

A subject is anything you photograph. It might be a city skyline, a mountain view, a person, an animal, a plant, a plate of food or a building. Whatever the lens is pointed at becomes the subject of the image.

Choosing a subject, and deciding how to frame it, is one of the main ways a photographer expresses ideas and feelings. Take a strelitzia in a Durban garden: you could fill the frame with its sharp orange and blue petals to emphasise their shape and texture, or step back to show the flower within the lush greenery around it. The same subject can produce completely different photographs depending on how you approach it. This example was shot at 62mm (around 93mm equivalent on APS-C).

Terms often confused with a subject in photography

Photography has plenty of terms that sound alike or overlap, which can be confusing when you are starting out. Two are worth clarifying early.

The difference between subject and model

The difference between subject and model

TAMRON 35-150mm F2-2.8 (Model A058) Focal length: 35mm　Exposure: F2.8　Shutter Speed: 1/3200sec　ISO: 100

The difference between subject and model comes down to scope. A model is a person photographed deliberately, usually in portrait or fashion work, who poses and expresses themselves in collaboration with the photographer to create an image that reflects a shared idea. A subject is the much broader term, covering anything that is photographed, whether a person, a landscape or an object. Every model is a subject, but not every subject is a model; a model is simply one type of human subject. At a portrait session on a Cape Town beachfront promenade, for example, photographer and model work together to shape the result, and this subject-model collaboration is what separates a planned portrait from a candid photograph of a passer-by. This frame was taken at 35mm (around 52mm equivalent on APS-C).

Subject distance and depth of field

Depth of field often comes up alongside the subject, and the two are closely connected. Depth of field describes the zone in front of and behind the point of focus that appears acceptably sharp. It depends on three factors: aperture, focal length and the distance between the camera and the subject. Opening the aperture to a smaller F-number, using a longer focal length or moving closer to the subject all make depth of field shallower and the background blurrier. Stepping back or stopping the aperture down has the opposite effect, bringing more of the scene into focus. For a portrait, placing your subject well away from the background is one of the simplest ways to increase blur without changing lenses.

Making the most of any subject in photography

With the meaning of a subject in photography clear, the next step is bringing out its appeal. Start by deciding which element is your main subject, then observe it carefully and build the composition around it.

Find a composition that flatters the subject

Find a composition that flatters the subject

TAMRON 28-75mm F2.8 G2 (Model A063) Focal length: 40mm　Exposure: F4　Shutter Speed: 1/200sec　ISO: 400

Composition has a huge influence on how a subject comes across. The rule of thirds is one of the most widely used approaches and is easy to put into practice. Imagine the frame divided into thirds horizontally and vertically, then place the most important part of the subject on one of the lines or where they cross. The result feels balanced and stable. This example was captured at 40mm (around 60mm equivalent on APS-C).

Negative space matters too. Leaving open space around the subject gives it room to breathe and creates a sense of depth. A lone surfer on the KwaZulu-Natal south coast, placed on a third with open sea around them, shows how empty space can make a small subject feel significant. Our guide to composition basics covers many more techniques.

Change your angle and position

Change your angle and position

TAMRON 28-75mm F2.8 G2 (Model A063) Focal length: 28mm　Exposure: F2.8　Shutter Speed: 1/2000sec　ISO: 320

Angle, meaning the tilt of the camera, and position, meaning its height, can transform the same subject. A low position combined with an upward angle makes a subject look large and powerful, which works well for buildings and adds energy to children or pets at play. A low position at eye level, meanwhile, gives a natural, intimate view of children and dogs running across a Gauteng park; when photographing other people’s children, ask a parent or guardian first. A high position with a downward angle shows how everything in a scene relates, which suits landscapes and street snaps.

Move around the subject too, shooting from the side or from behind as well as from the front. Changing your distance alters the feeling of the image, from intimacy up close to tension or isolation further back, and it also changes the direction of the light. This frame was taken at 28mm (around 42mm equivalent on APS-C). Our guide to camera angles explores these options in more depth.

Work with the direction and quality of light

Work with the direction and quality of light

TAMRON 17-28mm F2.8 (Model A046) Focal length: 17mm　Exposure: F3.2　Shutter Speed: 1/500sec　ISO: 100

With natural light, the strength and mood of the light change throughout the day. The soft, low light of golden hour, just after sunrise and before sunset, wraps gently around a subject and creates a warm atmosphere. On the Highveld in winter, the sun sets at around 17:30 SAST, so late-afternoon sessions need to start early. This example was shot at 17mm (around 25.5mm equivalent on APS-C).

Direction matters as much as quality. Front light records colour and detail faithfully, while backlight outlines the subject and adds drama. With artificial light, adjusting the strength and angle of your light source lets you control shadows and colour for more creative results.

Use bokeh and choose your focus point

Use bokeh and choose your focus point

TAMRON 35-150mm F2-2.8 (Model A058) Focal length: 35mm　Exposure: F2　Shutter Speed: 1/800sec　ISO: 200

Background blur, or bokeh, helps the subject stand out. You control it mainly through aperture: opening up to a smaller F-number increases the blur and separates the subject from its surroundings. This works especially well for portraits and flowers, and a backdrop of Pretoria’s jacarandas in October dissolves into a soft wash of violet. This example was shot at F2 and 35mm (around 52mm equivalent on APS-C).

Getting the focus right is just as important. Decide which part of the subject matters most, such as the eyes in a portrait or the centre or texture of a flower, and focus precisely there. With a wide-aperture lens at close range, depth of field can become extremely thin, so stop down slightly to widen the zone of sharpness if needed. Our autofocus guide covers focusing techniques in more detail.

Make the most of autofocus

Make the most of autofocus

TAMRON 70-180mm F2.8 G2 (Model A065) Focal length: 180mm　Exposure: F2.8　Shutter Speed: 1/1600sec　ISO: 100

Modern autofocus covers a wide range of functions, and what is available depends on your camera. Eye-detection AF, which locks onto the eyes of people and animals, helps with portraits, while tracking AF keeps a moving subject in focus, from a rugby wing breaking down the touchline to a dog racing along the beach. The lens plays an important part too, as a fast, quiet AF motor responds quickly whenever the camera needs to refocus. Choose continuous AF for moving subjects and single-shot AF for still ones, and let tracking do the rest. This example was captured at 180mm (around 270mm equivalent on APS-C).

Choosing a lens to suit the subject in photography

Every lens has its own character, and the best choice depends on the subject and how you want to express it. Knowing which lenses suit landscapes, portraits and other subjects helps you decide quickly. Here are the main types and what they do best.

Wide-angle lenses for landscapes and architecture

Wide-angle lenses for landscapes and architecture

TAMRON 20-40mm F2.8 (Model A062) Focal length: 38mm　Exposure: F14　Shutter Speed: 1/30sec　ISO: 200

Wide-angle lenses have a broad angle of view, taking in a large area in a single frame. That makes them ideal for sweeping landscapes and expansive cityscapes. In the Cederberg, for example, you can include everything from the sandstone boulders at your feet to the ridges on the horizon. This example was taken at 38mm, the long end of a wide-to-standard zoom (around 57mm equivalent on APS-C), at F14 for front-to-back sharpness.

Wide-angle lenses also make perspective more pronounced, because they let you work close to the subject. Looking up at Johannesburg’s towers from street level, their lines converge dramatically towards a single point in the sky.

Standard lenses for natural portraits and everyday scenes

Standard lenses for natural portraits and everyday scenes

TAMRON 17-50mm F4 (Model A068) Focal length: 50mm　Exposure: F4　Shutter Speed: 1/500sec　ISO: 100

A standard lens has an angle of view close to that of human vision, so it records people and places much as we see them. In portraits, faces and figures look natural and true to life. The same quality suits everyday photography, from browsing a Cape Town market to recording family gatherings, and standard lenses are versatile enough for landscapes too. On an APS-C camera, a focal length of around 33mm to 35mm gives the same natural view as 50mm on full frame. This example was shot at 50mm (around 75mm equivalent on APS-C).

Telephoto lenses for distant subjects

Telephoto lenses for distant subjects

TAMRON 50-300mm F4.5-6.3 (Model A069) Focal length: 300mm　Exposure: F6.3　Shutter Speed: 1/640sec　ISO: 125

Telephoto lenses make distant subjects appear large in the frame, which is ideal when you cannot get close. They are perfect for capturing athletes’ expressions at school interhouse athletics or a club cricket match, and for photographing birds, such as waders feeding along a KwaZulu-Natal estuary, without disturbing them. When photographing school events, check that you have permission. Telephotos also compress the apparent distance between subject and background and produce strong background blur, adding impact to portraits. Because longer focal lengths magnify camera shake, use a fast shutter speed or a tripod; lenses with VC (Vibration Compensation), TAMRON’s image stabilisation system, also help. This example was captured at 300mm (around 450mm equivalent on APS-C).

All-in-one zoom lenses for travel and variety

All-in-one zoom lenses for travel and variety

TAMRON 28-300mm F4-7.1 (Model A074) Focal length: 28mm　Exposure: F4　Shutter Speed: 30sec　ISO: 100

All-in-one zoom lenses for travel and variety

TAMRON 28-300mm F4-7.1 (Model A074) Focal length: 300mm　Exposure: F7.1　Shutter Speed: 1/200sec　ISO: 100

A high-magnification, or all-in-one, zoom covers everything from wide angle to telephoto in a single lens. You can switch from a landscape to a street scene to a distant subject in seconds and respond to sudden opportunities without changing lenses. On a Garden Route road trip, one lens can handle coastal views at the wide end and distant detail at 300mm (around 450mm equivalent on APS-C). The 28mm example used a 30-second exposure on a tripod, the kind of long exposure that suits Cape Town’s city lights at night. A prime lens may have an edge in outright image quality, but the flexibility of an all-in-one zoom makes it an easy choice for travel and for newer photographers.

Prime lenses for beautiful bokeh

Prime lenses for beautiful bokeh

TAMRON 90mm F2.8 MACRO (Model F072) Focal length: 90mm　Exposure: F5.6　Shutter Speed: 1/160sec　ISO: 800

Prime lenses have a fixed focal length, and many offer a wide maximum aperture, meaning a small F-number, along with smooth bokeh and excellent sharpness. Shooting wide open produces large, creamy background blur, and the extra light gathered by a wide aperture makes it easier to shoot in dim conditions such as an indoor portrait. Primes also stay sharp when stopped down, as in this 90mm example at F5.6 (around 135mm equivalent on APS-C).

Because the focal length is fixed, you change framing by moving closer to or further from the subject. That is less convenient than zooming, but it builds a strong feel for working distance and how it shapes an image.

Understanding your subject in photography: observe, then shoot

This guide has covered what a subject in photography is, how it differs from related terms, the techniques that bring out its appeal and how to choose a lens to suit it. Technical skills matter, but the most important step comes first: observe your subject closely and discover what makes it interesting. Try spending five minutes studying a single subject before taking your first frame, then photograph it from several angles and distances to find the version that says what you want to say.

What are camera angles? The three main types

What are camera angles?

A camera angle is the direction in which the lens is tilted when you take a picture. Pointing it down, holding it level or tilting it up can change the impression of the same subject dramatically. There are several types of angles, but most photography builds on three: high, horizontal and low.

High-angle photography: looking down

High-angle photography means shooting from above with the camera tilted downwards, and it is ideal for showing scale and layout. From a high vantage point over Johannesburg, the city spreads out towards the horizon, while a Drakensberg escarpment viewpoint reveals valleys and ridges stretching into the distance. Closer to the ground, a high angle shows a small flower or insect in relation to its surroundings. It is also effective for repeating patterns, such as carpets of vygies flowering along the West Coast in spring.

Horizontal angle: level and natural

With a horizontal angle, the camera is held level, parallel to the ground. The result looks natural and honest, which suits portraits and snapshots where you want an unembellished feel. A level camera also keeps horizontal and vertical lines true, making it the best choice for a flat Karoo horizon or the clean edges of a building.

What is low angle? Looking up for impact

A low angle, sometimes called an upward angle, places the camera below the subject and tilts it up. Tall buildings and large structures gain presence and power this way, towering over the viewer. In portraits, a low angle gives the subject a strong, confident look. Shooting a protea from just below its flower head, with sky behind, turns a modest subject into something bold.

Camera positions: how height works with camera angles

Camera positions

TAMRON 18-300mm F3.5-6.3 (Model B061) Focal length: 18mm　Exposure: F3.5　Shutter Speed: 1/1400sec　ISO: 160

Where angle describes tilt, position describes the height of the camera. The two work together, and changing position can transform a photo as much as changing the angle. The three key positions are high position, eye level and low position. The example here was captured at 18mm on an APS-C lens, equivalent to around 27mm in full-frame terms.

High position: above eye level

A high position places the camera above your own eye level, whether you are holding it overhead, standing on steps or shooting from an elevated spot. It shows how elements in the frame relate to one another and is especially useful in crowded places, such as a busy craft market, where it lets you see over people’s heads. A tilting rear screen makes this much easier.

Eye level: natural and relatable

At eye level, the camera is aligned with the subject’s eyes. This is the most natural and relatable viewpoint, and for most photographers it is the default portrait angle, creating a sense of intimacy and connection. In landscapes, standing eye level mirrors how we see the world, placing viewers in the scene.

Low position: close to the ground

A low position brings the camera down close to the ground. It is the natural choice for children, pets and small flowers, because it meets them on their own level and reveals details you would never notice from standing height. A dog running along the beach, for example, looks far more engaging photographed at its own eye level. In landscapes, a low position enlarges foreground detail and adds a strong sense of depth and space.

Angle vs field of view: why camera angles and lens coverage differ

Angle and field of view both involve angles, so they are easily confused, but they describe different things. A camera angle is the direction in which you tilt the camera. Field of view is how much of a scene the lens and sensor capture, while angle of view expresses that same coverage in degrees.

Field of view depends on two factors: focal length and sensor size. A wide-angle lens takes in a broad sweep, while a telephoto lens captures a narrow slice. The same lens also covers less of the scene on an APS-C camera than on a full-frame one, which is why APS-C focal lengths are often quoted with a full-frame equivalent. Keeping angle vs field of view clear in your mind helps you decide whether to change your viewpoint or your lens.

Photo composition by angle: pairing camera angles with classic layouts

Camera angles are most effective when combined with established composition techniques. Here is how photo composition by angle works with five well-known layouts.

Diagonal composition

Diagonal composition

TAMRON 11-20mm F2.8 (Model B060) Focal length: 11mm　Exposure: F2.8　Shutter Speed: 1/45sec　ISO: 500

Diagonal composition places the subject or key lines along a diagonal of the frame, adding depth and a sense of movement. The steep streets on the slopes above Cape Town’s city centre are ideal, with roads and rooftops cutting across the frame. Choosing a diagonal angle and combining it with a low angle emphasises the height and impact of the surrounding buildings. This example was taken at 11mm on an APS-C lens, around 16.5mm in full-frame terms.

Rule of thirds

The rule of thirds divides the frame into a nine-part grid using two horizontal and two vertical lines, with key elements placed along the lines or where they cross. It suits almost any angle or position and works equally well for landscapes and portraits. When photographing Durban’s coastline from a high vantage point, for example, you can place the beach, the city and the sea in separate thirds of the frame for a balanced result.

Central composition

Central composition places the subject in the middle of the frame for a simple but powerful result. It works best with symmetrical or geometric subjects. A coastal lighthouse photographed straight on, a symmetrical building façade or a full moon in a clear sky all suit this approach, especially when paired with a level horizontal angle.

Triangular composition

Triangular composition arranges elements into a triangle within the frame, creating stability and harmony. Mountains and waterfalls lend themselves naturally to this shape, and the peaks of the Drakensberg are a classic example. Combining the triangle with a low angle strengthens its impact, making a peak appear to rise out of the frame. Rooflines and staircases can form triangles too.

Radiating composition

Radiating composition

TAMRON 20-40mm F2.8 (Model A062) Focal length: 40mm　Exposure: F13　Shutter Speed: 1/100sec　ISO: 100

Radiating composition uses lines that spread out from a vanishing point, drawing the eye deep into the image. Tree-lined roads are a perfect subject, from the oak avenues of the Winelands to Pretoria’s jacaranda-lined streets in October. Tunnels, corridors and spiral staircases work well too. Combining this layout with a low angle exaggerates perspective and creates a dynamic sense of depth. This frame was captured at 40mm (around 60mm equivalent on APS-C).

How to use angles in different scenes: camera angles in practice

With the basics in place, here is how to use angles and positions for five popular subjects.

Children and pets: get down to their level

Children and pets

TAMRON 50-300mm F4.5-6.3 (Model A069) Focal length: 300mm　Exposure: F6.3　Shutter Speed: 1/800sec　ISO: 200

For children and pets, lower the camera to their eye level rather than shooting down from standing height. A low position at their level makes expressions look natural and draws viewers into their world, while a slight upward tilt adds energy to action shots. Children running and playing outdoors look especially lively photographed from close to the ground.

A telephoto zoom lets you keep your distance so your subjects stay relaxed, as with this 300mm example (around 450mm equivalent on APS-C). When photographing other people’s children, always ask a parent or guardian for permission first.

Landscapes: scale and depth

Landscapes

TAMRON 28-300mm F4-7.1 (Model A074) Focal length: 28mm　Exposure: F4　Shutter Speed: 30sec　ISO: 100

In landscape photography, vary your angle to suit the scene. A high angle captures the breadth of a wide view, while a low position with a low angle emphasises foreground detail and adds depth. On the beaches north of Cape Town, for example, you can use the sand and waterline as the foreground, with the sea in the middle distance and the city lights across the bay behind.

This example used a 30-second exposure at 28mm (around 42mm equivalent on APS-C), so a tripod is essential. The long exposure smooths the sea into a soft blur.

Tabletop photography: overhead or 45 degrees

Tabletop photography

TAMRON 28-75mm F2.8 G2 (Model A063) Focal length: 28mm　Exposure: F2.8　Shutter Speed: 1/100sec　ISO: 100

For food and tableware, two angles do most of the work. An overhead shot shows the layout of a spread and the patterns on the plates, and suits a braai platter or a table set for sharing. A 45-degree angle, close to the view of someone seated at the table, emphasises volume and depth, making it ideal for a potjie with steam rising from the pot. This example was shot at 28mm (around 42mm equivalent on APS-C).

Architecture: presence and pattern

Architecture

TAMRON 17-50mm F4 (Model A068) Focal length: 17mm　Exposure: F6.3　Shutter Speed: 1/25sec　ISO: 100

To capture the scale and design of buildings, look for angles that emphasise both. For tall towers, such as those in Johannesburg’s CBD, a low angle conveys their imposing presence. A wide-angle lens strengthens the effect, because it lets you stand close to the building so its lines converge steeply towards the sky. This frame was taken at 17mm (around 25.5mm equivalent on APS-C).

From a high vantage point, a high angle reveals how buildings are arranged. Johannesburg’s grid of city blocks, seen from above, forms geometric patterns and rhythms that make a striking image.

Vehicles: car and motorcycle photo angles

Vehicles

TAMRON 150-500mm F5-6.7 (Model A057) Focal length: 500mm　Exposure: F19　Shutter Speed: 1/15sec　ISO: 32

The most effective car photo angles are horizontal or low, as both express power and speed. A low angle at a racing circuit in Gauteng makes cars look fast even when they are standing still, and a slight diagonal angle, showing the front and one side of the vehicle, emphasises its lines. The same principles apply to motorcycle photo angles: a low, three-quarter view of a rider leaning into a bend on a Western Cape mountain pass captures both speed and skill.

When a vehicle is part of a wider landscape, a horizontal angle blends it naturally into its surroundings, while a high angle gives a bird’s-eye view, such as a long freight train crossing the open Karoo. This example was shot at 500mm (around 750mm equivalent on APS-C) using panning: following the subject with a slow 1/15sec shutter speed keeps it sharp while the background blurs into streaks of motion.

Choosing a lens to get more from camera angles

Your choice of lens influences how well you can make use of different camera angles and positions. These are the main points to consider.

Focal length

Different focal lengths give different fields of view. Wide-angle lenses take in a broad scene, and because they let you work close to your subject, they exaggerate perspective. Combined with a low angle, they create a strong sense of space in architecture and landscapes.

Standard lenses offer a natural view that suits portraits and everyday snapshots. Telephoto lenses bring distant subjects closer and, because you shoot from further away, make the background appear compressed behind the subject.

Minimum object distance

A lens with a short minimum object distance lets you move in closer to your subject. Lenses with strong close-up or macro capability allow you to fill the frame with small subjects, such as flowers photographed from a low position, while blurring the background.

Weight and compactness

A lighter, more compact lens is easier to handle when you are constantly changing angles and positions. It makes holding the camera overhead or crouching at ground level far less tiring over a long shoot.

Wide aperture

Lenses with a wide maximum aperture, such as F2.8, offer two separate advantages. They let in more light, which helps in dim conditions, and they produce a shallower depth of field for stronger background blur, useful for isolating the subject and giving it a three-dimensional feel.

Autofocus performance

Fast, accurate autofocus is valuable when shooting from unusual angles, where you cannot always see the screen clearly, and in low light or busy scenes.

Image stabilisation

When shooting handheld at extreme angles or with a telephoto lens, camera shake becomes more likely. Many TAMRON lenses include VC (Vibration Compensation), TAMRON’s image stabilisation system, which reduces shake and makes it easier to capture sharp images from awkward positions.

Angle photography tips: experiment with camera angles and positions

Camera angles and positions are essential tools for shaping how a subject is seen. A low angle adds drama and power, a high angle reveals scale and layout, and eye level brings intimacy. For a simple starting exercise, choose one subject and photograph it from three heights, from above, at eye level and from the ground, then compare the results. It is one of the most useful angle photography tips of all, showing how much a small change of viewpoint can achieve.