Sigma 10-18mm f/2.8 DC DN Contemporary Lens for Fuji X-Mount (APS-C)

The Sigma 10-18mm f/2.8 DC DN Contemporary Lens for Fuji X-Mount (APS-C)

Discover a lens that's small in size but big on personality, designed to empower your creative photography endeavors on the go.

The SIGMA 10-18mm F2.8 DC DN | Contemporary stands out as the world's most compact and lightweight ultra-wide-angle zoom lens tailored for APS-C cameras. It covers an effective focal range of 15-27mm (equivalent to 35mm). Packed with ultra-sharp optics, a bright F2.8 aperture, and a newly engineered push-on petal-type lens hood, this lens empowers photographers to craft expressive images wherever inspiration strikes. Notably, it features a distinctive aspherical element that reduces the lens's overall size while enhancing image quality.

Key Features

Unlock the potential of a large-aperture, ultra-wide-angle zoom with exceptional imaging capabilities, thanks to unique optics engineered to correct lens aberrations.

Benefit from an aspherical lens with significant eccentricity and refractive index as the first lens element, reducing the number of elements. Coupled with multiple aspherical lenses and special low-dispersion glass, this lens delivers high-resolution images while remaining compact and lightweight.

Get up close and personal with a minimum focusing distance of 11.6cm, offering a 1:4 magnification ratio, enabling you to capture unique portraits, still life, and more.

Compact, Lightweight, and High-Performance

The SIGMA 10-18mm F2.8 DC DN | Contemporary redefines ultra-wide-angle zoom lenses for APS-C cameras* with its remarkable compactness. Measuring only 62.0mm in length, with a maximum diameter of 72.2mm and weighing just 260g, it's the perfect lens for easy portability, whether you're strolling around with it or attaching it to an APS-C mirrorless camera and gimbal for an ultra-portable video setup.

A Newly Developed Push-On Petal-Type Hood

This lens comes with a newly designed push-on petal-type hood. Unlike traditional bayonet-type lens hoods that attach with a rotating movement, this push-on hood attaches using a spring and lever system. This innovative design reduces the size and thickness of the hood to match the compact dimensions of the lens.

Compact, Lightweight, High-Performance F2.8 Constant Aperture Zoom Lens Series

Combine the SIGMA 10-18mm F2.8 DC DN | Contemporary with the SIGMA 18-50mm F2.8 DC DN | Contemporary for an unbroken focal range of 15-75mm (35mm equivalent) with a constant F2.8 aperture. The combined weight of both lenses is just 550g, offering versatility without compromise.

Mount with Dust and Splash Resistance

This lens features a lens mount with rubber sealing, protecting it from dust and water droplets, ensuring durability and performance even in challenging conditions.

Ideal for Landscapes, Travel, Video, and Content Creation

Boasting an ultra-wide focal length, a portable build, and razor-sharp optics, the SIGMA 10-18mm F2.8 DC DN | Contemporary is your go-to choice for landscape, travel, interior, and street photography. Additionally, its bright F2.8 aperture makes it perfect for low-light shooting and achieving a shallow depth-of-field. The ultra-wide-angle view is ideal for handheld vlogging, allowing you to capture both your subject and the surrounding environment effortlessly.

Designed for Minimal Focus Breathing

This lens has been thoughtfully engineered to minimize focus breathing, resulting in a natural-looking focus shift when recording video.

Supports Various Camera Functions

The lens is compatible with electronic image stabilization, aberration correction, DMF (Direct Manual Focus), and AF+MF (Auto Focus + Manual Focus) in-camera settings across various manufacturers. This ultra-wide-angle lens provides a generous field of view, even when using electronic image stabilization that crops the image.

Stepping Motor for Precision

A fast and quiet stepping motor is employed, ensuring precise autofocus whether you're shooting stills or video. It's fully compatible with in-camera AF tracking modes.