Fujifilm XF 10-24mm f/4 R OIS WR Lens

Covering a useful range of wide-angle focal lengths, the FUJIFILM XF 10-24mm f/4 R OIS is a 15-36mm-equivalent zoom featuring a constant f/4 maximum aperture, an advanced optical design, and optical image stabilization. Utilizing a series of extra-low dispersion and aspherical elements, both chromatic and spherical aberrations are well-controlled in order to realize a high degree of colour accuracy, sharpness, and accurate rendering. A Super EBC coating also suppresses flare and ghosting for improved contrast and colour neutrality when working in strong lighting conditions. Benefitting the optics, an optical image stabilization system minimizes the appearance of camera shake for improved sharpness when shooting handheld. Additionally, a stepping motor offers quick and quiet autofocus performance.

Features:

Wide-angle zoom is designed for FUJIFILM X-mount mirrorless cameras and provides a 15-36mm equivalent focal length range.

Constant f/4 maximum aperture offers consistent performance throughout the zoom range and also helps to realise a relatively compact and lightweight design.

Three extra-low dispersion elements are used to reduce colour fringing and chromatic aberrations in order to produce high clarity and colour fidelity throughout the zoom range.

Four aspherical elements control distortion and spherical aberrations, which helps to improve sharpness and realise more accurate rendering.

Super EBC coating has been applied to individual elements to reduce lens flare and ghosting for improved contrast and colour fidelity when working in strong lighting conditions.

Stepping motor, along with an internal focusing design, affords fast and quiet autofocus performance that benefits both stills and video applications.

Optical image stabilisation minimises the appearance of camera shake to better enable handheld shooting with slower shutter speeds.

A rounded seven-blade diaphragm contributes to a pleasing out-of-focus quality to benefit the use of selective focus and shallow depth of field techniques.