Canon RF-S 3.9mm f/3.5 STM Dual Fisheye Lens

Canon RF-S 3.9mm f/3.5 STM Dual Fisheye

Enter the world of virtual reality content creation with the innovative RF-S 3.9mm F3.5 STM DUAL FISHEYE lens for APS-C cameras. Realistic, immersive 3D VR video creation is now within reach.

Storytelling just got immersive

The Canon RF-S 3.9mm F3.5 STM DUAL FISHEYE camera lens opens up a whole new world of 3D VR content creation. With this stereoscopic lens for APS-C EOS R cameras, you can take your stories even deeper into immersive virtual reality. The innovative dual fisheye design and 144° angle of view allow you to maximise the storytelling potential of 3D, while enjoying the high quality and functionality you expect.

Stereoscopic lenses
Two lenses provide two different perspectives for a three-dimensional effect.

60 mm IPD
The 60 mm distance between the lenses provides a realistic spatial experience.

More engaging, more effective

With a wide 144° field of view and a 60 mm pupil distance, similar to the human eye, you can engage your audience even more. The wide depth of field makes the image natural for the most lifelike experience.

Easy setup, simpler workflow

With a dual fisheye lens with reliable autofocus, you can quickly and confidently set up your shot and add three-dimensional depth to your stories. Perfectly aligned, in sync and in focus.

Visible quality

Enjoy superior image quality thanks to the premium Air Sphere coating and UD lenses that eliminate flare, ghosting and colour aberrations. Whether you're shooting indoors or outdoors, the f/3.5 aperture makes it easy to shoot with ease.

You can control practically everything

With an optional lens control/adjustment ring, screw-on filter and rear gelatine filter holder, you can create the lens you want. Your creativity is up to you.

Specs

• Maximum Aperture: f/3.5
• Minimum Aperture: f/16
• Lens Mount: Canon RF
• Angle of View: 144°
• Lens Format Coverage: APS-C
• Optical Design: 11 Elements in 8 Groups
• Diaphragm Blades: 7
• Focus Type: Autofocus
• Image Stabilization: No