Ouster’s wrist‑mount stereo camera

Robots judge distance the way people do it with two eyes: they compare two images to estimate depth. Ouster on April 13 said it is shipping that idea in a smaller package with the Stereolabs ZED X Nano, a stereo camera built to mount on a robot wrist. (finance.yahoo.com) A wrist camera sits close to the gripper, so it sees the exact part, bin, or tool the robot is about to touch. Ouster said the ZED X Nano is aimed at robotic manipulation, imitation learning, and high-throughput data collection, the tasks that depend on close-up depth and color data. (morningstar.com) The company said the new unit delivers 2.3-megapixel red-green-blue images, neural-network depth processing, a zero-copy capture pipeline, and GMSL2, an automotive-style link used to move camera data over rugged cables. Ouster said the body is 40% smaller than earlier ZED X designs and that shipping starts in May 2026 after preorders opened on April 13. (article.wn.com) Stereo cameras infer depth from parallax, the small difference between left-eye and right-eye views, instead of timing laser pulses the way lidar does. That tradeoff can make stereo especially useful on robot arms, where engineers want dense color images and short-range depth without adding much size or weight near the end effector. (stereolabs.com) (ouster.com) The timing matters because Ouster is no longer only a lidar company. It closed its acquisition of Stereolabs on February 4, 2026, and now pitches a combined stack of lidar, cameras, edge computing, sensor fusion, and perception software for what it calls physical artificial intelligence. (ouster.com) (stereolabs.com) That pitch reflects how robotics buyers are building systems now. A mobile robot or robot arm often uses multiple sensors at once, with lidar for precise three-dimensional geometry at longer range and cameras for texture, color, and close-up scene understanding. (ouster.com) (stereolabs.com) Stereolabs’ earlier ZED X line was built for harsher field use, with an IP67-rated enclosure, 1920 by 1200 video and depth resolution, and up to 60 frames per second at full resolution. The Nano keeps the same stereo-vision approach but shifts the form factor toward arm-mounted work where bulk is a constraint. (stereolabs.com) (finance.yahoo.com) Ouster has not turned the launch into a mass-market consumer play; the company is selling into industrial automation and robotics teams that need cameras to plug into embedded NVIDIA Jetson systems and similar edge computers. Stereolabs’ support pages already document ZED X integrations with Jetson Orin Nano, Jetson Orin NX, and Jetson Xavier NX developer kits. (support.stereolabs.com 1) (support.stereolabs.com 2) The immediate test is whether robotics developers want one vendor for both lidar and camera perception after years of mixing parts from different suppliers. With the ZED X Nano, Ouster is trying to put its newest hardware exactly where a robot makes contact with the world: at the wrist. (ouster.com) (finance.yahoo.com)