LIDAR sensor module C01

Overview
The C01 is a SLAM LiDAR designed for precise localization, mapping, measurement and obstacle avoidance. Its tighter laser spot and improved range consistency generate dense, low-noise point clouds at the hardware level, enabling sharper geometry capture and stable long-range mapping without algorithmic compensation.

Field Test Performance

• Higher repeatability: smaller laser spot and improved range precision reduce measurement noise and preserve true surface variation.
• Sharper edges and corners: clean transitions with accurate corner geometry, no rounding or trailing points.
• Long-range mapping stability: lower positional and attitude error over extended routes, maintaining map consistency even without loop closure.

Minimal Blind Zone
Optically and mechanically optimized to minimize blind zones for improved near-field detection and safer obstacle avoidance in cluttered environments.

Applications

• Autonomous forklifts
• Autonomous mobile robots (AMRs)
• Service robots
• Humanoid robots
• Quadruped robots
• Handheld scanners and spatial data collection platforms

Technical specifications

• Purpose: SLAM LiDAR for localization, mapping, measurement and obstacle avoidance
• Point cloud: dense, low-noise point clouds produced at hardware level without algorithmic compensation
• Optics: tighter laser spot for improved detail and repeatability
• Measurement consistency: higher range precision to cut noise and preserve real surface variation
• Geometry fidelity: maintains sharp edges and true corner geometry (no rounding or trailing points)
• Mapping stability: lower positional and attitude error over extended routes; improved long-range mapping stability even without loop closure
• Blind zone: minimal blind zone design to enhance near-field sensing
• Compatibility: plug-and-play with mainstream open-source SLAM algorithms; built for AMRs and spatial data collection workflows
• Primary use cases: robotic perception, autonomous navigation, spatial surveying, industrial inspection, handheld scanning