Canon EOS R1 Mirrorless Camera

Key Features

24MP Full-Frame Stacked BSI CMOS Sensor
DIGIC Accelerator + DIGIC X Processing
Dual Pixel AF with Action Priority
Improved Eye Control AF
6K 60 Raw & 4K 120 10-Bit Internal Video
Up to 40 fps, Pre-Continuous Shoot Mode
9.44m-Dot 0.9x EVF, OVF Sim. View Assist
3.0″ 2.1m-Dot Vari-Angle Touchscreen LCD
Vertical Grip, 2x CFexpress Type B Slots
Wi-Fi 6E, 2.5G Base-T Wired Ethernet

Speed, precision, and reliability, the Canon EOS R1 is built for photojournalists, sports photographers, wildlife shooters, and other image-makers who can’t afford to miss the shot. The flagship of the EOS R line, this mirrorless camera sports a full-frame 24MP BSI stacked sensor, DIGIC Accelerator processing, next-gen Dual Pixel Intelligent AF, and the robust design expected from a professional workhorse.

Stacked Sensor and DIGIC Accelerator

24.2MP Full-Frame Sensor and Continuous Shooting

As a camera built for speed, the R1 sports a newly designed 24.2MP full-frame back-illuminated stacked sensor that offers impressively fast readout speeds and a staggering 40 fps top continuous shooting rate with an electronic shutter, along with blackout-free viewing and greatly reduced rolling shutter distortion. The back-illuminated design and new DIGIC Accelerator processing also help to produce high clarity and sharpness, native sensitivity up to ISO 102400, and utilize Neural Network Noise Reduction for especially clean files when working in low-light conditions.

Continuous and Pre-Continuous Shooting

For continuous shooting applications, the 40 fps shooting rate can be used in conjunction with Pre-Continuous Shooting, which allows the camera to continuously pre-buffer 20 frames over a 0.5-second period while half-pressing the shutter, prior to fully pressing the shutter—helping to ensure you never miss the critical moment of action. The EOS R1 also has a mechanical shutter, which supports a top continuous shooting rate of 12 fps.

In-Camera Upscaling

For instances when 24MP isn’t enough, DIGIC Accelerator processing now enables In-Camera Upscaling, which uses deep learning to double the number of pixels both horizontally and vertically in order to produce a separate 96MP image in about 10 seconds. This upscaling can be done after the original image is shot and can also be performed at the time of cropping images in camera, saving time compared to generating a 96MP image and then cropping it afterward.

Canon EOS R1 Mirrorless Camera