rc_visard 160 Context

Market context

rc_visard 160 is a smart stereo-vision sensor with onboard processing for 3D data, point clouds and robot-friendly perception outputs.

Target environment: Bin picking, machine tending, mobile robots, industrial manipulation, object detection and robot guidance cells.
Workflow context: Mounted as a 3D perception sensor with onboard compute and software modules for robot integration.
Customer context: Robot integrators, automation teams, machine builders and perception developers needing industrial 3D sensing.
Deployment model: Commercial sensor family with multiple baseline variants.
Commercial maturity: Mature industrial 3D vision product family with public model-level data.
Adoption constraints: Adoption depends on working distance, baseline, lighting, robot interface, onboard processing needs, software modules and environmental fit.
Market position: Smart 3D vision component for robot perception and guidance.
Adjacent products: Adjacent to stereo cameras, depth cameras, 3D sensors, bin-picking systems and machine-vision cameras.

Robot OEMs

Mounted as a 3D perception sensor with onboard compute and software modules for robot integration.

Bin picking, machine tending, mobile robots, industrial manipulation, object detection and robot guidance cells.

Image Resolution 2d: 1280 x 960 pixels, color or monochrome
Depth Resolution: 1280 x 960 full depth image with StereoPlus license; 640 x 480 high; 320 x 240 medium; 214 x 160 low
Field Of View: 4 mm lens H61 deg x V48 deg; 6 mm lens H43 deg x V33 deg
Onboard Compute: Nvidia Tegra K1
Motion Sensing: Egomotion at 200 Hz, low latency
Power Supply: 18 V to 30 V

rc_visard 65 - Mass: 0.68 kg - Baseline: 65 mm - Dimensions: 135 x 75 x 96 mm - Depth Range: 0.2 m to infinity
rc_visard 160 - Mass: 0.84 kg - Baseline: 160 mm - Dimensions: 230 x 75 x 84 mm - Depth Range: 0.5 m to infinity