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.
Audience
Robot integrators
Workflow
Mounted as a 3D perception sensor with onboard compute and software modules for robot integration.
Deployment environment
Bin picking, machine tending, mobile robots, industrial manipulation, object detection and robot guidance cells.
Specifications
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
Family specifications
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