Key features:

• Uncompromising image quality
• Lightweight and compact lens body, weighing in at 1,135g
• A dual-action zoom system with straight zoom and ring zoom
• Two-mode Optical Stabiliser offering a four-stop advantage
• Focus limiter switch and customisable AFL button
• Ability to change manual focus ring travel to suit shooting style (USB dock required)
• Short focusing distance of 112cm at 100mm or 160cm at 400mm for close-up photography

Designed for full-frame mirrorless

With the optics design specifically for a camera with a short flange back distance, the DG DN series of lenses achieves a supreme combination of optical performance and compactness that could not have been possible with lenses for single-lens reflex cameras. Thanks to the stepping motor system that is optimised for both phase detection AF and contrast AF, the Sigma 100-400mm f/5-6.3 DG DN OS Contemporary Lens makes shooting with the video or eye-tracking AF very smooth.

Uncompromising image quality

The lens construction of the Sigma 100-400mm f/5-6.3 DG DN OS Contemporary Lens comprises 16 groups and 22 elements, with one FLD and four SLDs used for the effective correction of aberrations and distortions. Built on the latest optical design technology and optimised for mirrorless systems, the new lens ensures the same high-resolution image quality all the way to the edges. In addition, it constantly achieves high levels of optical performance and makes the most of its capabilities as a zoom lens in any condition, at every focal length from wide to telephoto, and from close-up shots to telephoto photography.

A full range of functionalities that enables smooth and easy ultra-telephoto shooting

In addition to a high-speed and smooth AF enabled by the stepping motor optimised to the latest algorithm, the Sigma 100-400mm f/5-6.3 DG DN OS Contemporary Lens incorporates powerful image stabilisation (OS) of four steps built into the lens. When combined with a camera body with image stabilisation built in, the lens corrects for pitch and yaw axis rotations, providing even more powerful image stabilisation.