FUJIFILM XF 23mm f/2.8 R WR Pancake Lens (FUJIFILM X, Black)

Quick Overview

• APS-C | f/2.8 to f/16
• 35mm (Full-Frame Equivalent)
• Compact, 3.2 oz Pancake Design
• 11-Blade Iris | Super-Smooth Bokeh
• Weather-Resistant Construction
• Autofocus | 7.9″ Close Focus
• Two Aspherical Elements
• 39mm Front Filter Thread

Product Description

FUJIFILM XF 23mm f/2.8 R WR Pancake Lens (Black, X-Mount)
Compact, lightweight, and built for everyday use, the FUJIFILM XF 23mm f/2.8 R WR Pancake Lens offers the classic 35mm equivalent field of view in a slim, travel-friendly design. Ideal for street, travel, and documentary photography, this lens delivers exceptional image quality without adding bulk to your gear.

Despite its ultra-compact sizeunder 1″ thick and weighing just 3.2 ozit features an advanced optical design with two aspherical elements to reduce distortion and spherical aberrations. The f/2.8 maximum aperture and rounded 11-blade diaphragm produce smooth, pleasing bokeh, while also supporting low-light shooting. The lens focuses as close as 7.9″ and offers both autofocus and manual control for creative flexibility.

Designed with mobility in mind, the XF 23mm f/2.8 includes weather-resistant sealing and a 39mm front thread for easy filter use, making it a perfect everyday companion for any FUJIFILM X-mount camera.

Key Optical Features

• 23mm focal length (35mm equivalent on APS-C sensors)

• Fast f/2.8f/16 aperture range for creative depth-of-field control and low-light performance

• Rounded 11-blade diaphragm for smooth, natural-looking bokeh

• Close focus distance of 7.9″ (20 cm), ideal for everyday scenes and detail shots

• Advanced 8-element/6-group construction with two aspherical elements for crisp image quality

Compact & Durable Design

• Ultra-slim pancake profile under 1″ thick

• Weighs only 3.2 oz (90g) for ultimate portability

• Manual aperture ring with locking A position for automatic control

• Weather-resistant build for shooting in a variety of environments

• 39mm filter thread for easy attachment of ND, UV, or polarizing filters