Canon RF 10-20mm F4L IS STM review – the ultimate ultrawide

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Two-minute review

If you were expecting Canon’s breathtaking 10-20mm zoom to be HUGE, then you’re in for a surprise. (Image credit: Rod Lawton)

From the outside, there isn’t much to suggest that this is one of the world’s most extraordinary wide-angle lenses. It has the characteristically elegant, smooth, matte finish of Canon’s RF lenses – and, apart from the bulbous front element (which is standard for lenses this wide), this is a slim, neat optic that’s easy to handle and won’t consume too much space in your camera bag.

It’s surprisingly light: at 570g, it’s less than half the weight of Canon’s EF 11-24mm f4L USM DSLR lens. Nevertheless, it has IS optical stabilization built in – alongside Canon’s Peripheral Coordinated Control IS to control the wobbling of objects at the edges of the frame when you’re moving and filming. This is a particular issue for ultra-wide lenses and could be a big help to filmmakers using creative camera movements in interiors. 

The RF 10-20mm F4L IS STM also has a selection of exotic optical elements, glass moulded aspherical elements, UD and Super-UD glass, and advanced optical coatings. The STM AF actuators deliver fast and near-silent autofocus, too.

As usual with Canon RF lenses you get a focus ring, custom control ring and a zoom ring – and on this lens, a function button, too. (Image credit: Rod Lawton)

On the outside you get the usual Canon RF lens features including a zoom ring, focus ring, customizable control ring (shutter speed, aperture, ISO, white balance or exposure compensation) and a programmable function button.

But when you put the camera to your eye, your world changes. The 20mm maximum focal length isn’t out of the ordinary, but when you turn the zoom ring to the 10mm settings, your eyes will widen along with the scene in the viewfinder.

(Image credit: Rod Lawton)

These two shots, taken from the same position, give you an idea of the RF 10-20mm’s zoom range. The top image was shot at 20mm; the lower image at 10mm. (Image credit: Rod Lawton)

This lens relies heavily on digital corrections. This JPEG has in-camera corrections and is dead straight – any irregularities are in the wall, not the lens’s rendering. (Image credit: Rod Lawton)

But this is the same image uncorrected, showing extremely strong barrel distortion and corner cropping. In almost all practical circumstances, though, you won’t be seeing uncorrected images. (Image credit: Rod Lawton)

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