Canon 3792C005 cameralens MILC/SLR Telezoomlens Zwart, Wit

For serious enthusiasts and pros looking for the ultimate telephoto zoom, the RF 70-200mm F2.8L IS USM offers exceptional image quality in a compact and lightweight body, designed to work in all conditions. This RF system lens is the smallest of its kind while providing even higher image quality compared to the legendary EF 70-200mm f/2.8L IS II USM so beloved of DSLR users. Appealing to sports, travel, portrait or wedding photographers because of its lightness and amazing 5-stop image stabilisation, the RF 70-200mm F2.8L IS USM will take your photography to new heights thanks to Dual Nano USM motors for even faster focusing, advanced lens coatings for even sharper images and L-series build quality for outstanding results in all conditions.

- An essential workhorse lens, with a 70-200mm focal length range, perfect for travel, wildlife, news and sport
- For the first time in a Canon lens, dual Nano USM motors bring incredible new levels of rapid and silent continuous focusing, perfect for stills or video
- A 5-stop Image Stabilizer provides new levels of handholding agility, perfect for reportage or wedding work where light levels fluctuate
- The build quality is distinctly L-series with weather-sealing and fluorine coatings on the front and rear elements to guard against water, dust and scratches
- Zoom ring lock stops the lens from accidentally extending when travelling, making it a compact lens when stowed in a bag
- A constant F2.8 aperture gives exceptional clarity in low light as well as excellent depth-of-field creativity
- Fluorine coatings used on the front and rear elements allows the outer surfaces to be cleaned easily to help resist dust and scratches
- A 9-blade aperture makes highlights really stand out and allows excellent depth-of-field creativity
- Thanks to the lens design, it’s shorter and more compact than the EF equivalent, with improved close focusing and full-time manual focusing as well as rapid AF
- White heat-blocking paint ensures the lens internal components do not overheat in extreme temperatures