Nikon 80-400mm f/4.5-5.6G AF-S ED VR Lens

Telephoto shooting has never been easier. The AF-S NIKKOR 80-400mm f/4.5-5.6G ED VR features a broad focal range to expand your photographic possibilities. With its long range and incredibly effective Vibration Reduction technology, you’ll capture extreme close-ups with awe-inspiring clarity. Our latest optical innovations reduce chromatic aberrations to deliver images with high contrast and superb resolution – unleashing the full potential of your DSLR.

IMPRESSIVE AT ANY DISTANCE

The AF-S NIKKOR 80-400mm f/4.5-5.6G ED VR lets you capture sharp close-ups with or without a tripod – making it ideal for long-distance situations such as wildlife and sports photography. You’ll also achieve remarkable performance at minimum zoom, producing portraits with gorgeously soft background blurs and an amazing level of detail.

UNLEASH YOUR DSLR’S FULL POTENTIAL

Our Vibration Reduction image stabilisation improves the performance of your FX- or DX-format DSLR. This technology dramatically reduces camera shake, enhancing camera performance by up to 4 stops*. You’ll capture crisp images when shooting handheld, at full zoom or even in dim lighting.

OPTIMAL PERFORMANCE IN ANY LIGHTING

You’ll shoot photos and videos with exceptional clarity and contrast, day and night. Even in challenging lighting conditions, our Extra-Low Dispersion glass elements and Nano Crystal Coat eliminate ghosting, flares and chromatic aberrations. These innovations let you capture brightly lit subjects with crisper edges, and night scenes with clearly defined points of light. To complement the advanced optics, our Silent Wave Motor autofocus technology ensures quick and precise focus with near-silent operation. By using one of our various teleconverters, you can extend your reach from 1.4x to 2x.

* Based on CIPA Standard. The value is achieved when: DX-format lenses are attached to a DX-format digital SLR camera, FX-format compatible lenses are attached to an FX-format digital SLR camera, and zoom lenses are set at the maximum telephoto position.