Canon TS-E 17mm f/4L Lens

The Canon TS-E 17mm F/4L is an ultra-wide angle tilt and shift lens, providing wide-angle views for both APS-C and full frame sensors. Thanks to Canon fs unique rotation system, tilt and shift direction can be rotated independently of each other. This allows perspective and depth of field to be controlled separately - enhancing the flexibility of the lens. With a 104 degree diagonal field of view combined with ?.5 degree of tilt, plus ?2mm shift and ?0 degree of rotation on both the tilt and the shift mechanisms, the TS-E 17 MM F/4L is one of the most flexible lenses on the market. The TS-E 17 MM F/4L also features locks on the tilt and shift mechanisms to ensure that unwanted movements are avoided. To achieve outstanding edge-to-edge resolution and low disto Show More

The Canon TS-E 17mm F/4L is an ultra-wide angle tilt and shift lens, providing wide-angle views for both APS-C and full frame sensors. Thanks to Canon fs unique rotation system, tilt and shift direction can be rotated independently of each other. This allows perspective and depth of field to be controlled separately - enhancing the flexibility of the lens. With a 104 degree diagonal field of view combined with ?.5 degree of tilt, plus ?2mm shift and ?0 degree of rotation on both the tilt and the shift mechanisms, the TS-E 17 MM F/4L is one of the most flexible lenses on the market. The TS-E 17 MM F/4L also features locks on the tilt and shift mechanisms to ensure that unwanted movements are avoided. To achieve outstanding edge-to-edge resolution and low distortion, a high-precision, large diameter moulded glass aspherical lens is used. Chromatic aberration - common in wide-angle shooting ?is combated by four UD elements. These features make the lens especially suited to architectural photography. Designed for digital photography, Canon fs patented lens element coating helps prevent the ghosting and flare, caused by internal reflection, from occurring. Canon L series lenses are built to withstand regular use in the most testing environments.