Fujifilm XF 16mm F2.8 R WR Lens (Black)

The FUJI XF 16mmF2.8 R WR features a focal length equivalent to 24mm (in the 35mm format) and has a maximum aperture of F2.8. It helps to deliver the best results from Fujifilm’s unique X-Trans™ CMOS sensors. Small and lightweight, the lens offers very high resolution performance due to the optical design. The XF16mmF2.8 R WR lens adopts an inner focusing system driven by a stepping motor for faster and quieter auto-focusing. Metal parts are used extensively on the exterior providing a premium yet robust feel, while the aperture and focusing rings have been designed to be comfortable and easy to use. The lens is also weather and dust resistant, and operates in temperatures as low as -10°C, making it ideal for shooting in a variety of conditions.

High resolution performance

The lens features 10 lens elements in 8 groups including two aspherical elements. Optimal arrangement of aspherical lenses suppress spherical aberrations and field curvature while maintaining high performance from the center of the screen to every corner.

Compact, lightweight and stylish design

The lens weighs just 155g and is 45.4mm in length. It is the widest lens of the compact prime lens series. The aperture and focusing rings feature precise click stops and smooth damping for enhanced operation. The metal exterior uses the same design style as XF23mmF2 R WR, XF35mmF2 R WR, and XF50mmF2 WR for a robust, premium feel.

Fast and silent autofocus

The inner focusing AF system uses a stepping motor to drive lightweight focusing elements for a fast, silent autofocus performance.

Weather and dust resistant, capable of operating in temperatures as low as -10°C

The lens is weather-sealed at nine points around the barrel making it weather and dust resistant. It is designed to operate in temperatures as low as -10°C. Used with the weather and dust-resistant FUJIFILM X-Pro2 or X-T1/T2/T3, and X-H1 bodies means users can shoot confidently in light rain or dusty environments without worrying about the conditions