Hesai XT16 3D LiDAR
$6,650.00Introducing this robot, a versatile humanoid engineered to excel in light industrial tasks, service applications, and educational settings.
Product Description
Hesai XT16 LiDAR: Advanced 3D Sensing Technology
The Hesai XT16 is a high-resolution 3D LiDAR sensor engineered for demanding robotics applications, including autonomous navigation, SLAM (simultaneous localization and mapping), and environmental perception. It delivers high-fidelity spatial data for robotic systems operating in complex environments.
Equipped with 16 laser channels and a full 360° horizontal field of view, the XT16 generates precise point clouds at a rate of up to 320,000 points per second. Its compact design and industrial-grade reliability make it an optimal solution for research, artificial intelligence development, and mobile robot deployments in both indoor and outdoor settings.
Key Features of the Hesai XT16 LiDAR
High-Resolution Scanning: Processes up to 320,000 points per second to generate dense and accurate 3D maps.
Multi-Channel Precision: Features 16 laser beams alongside a 360° horizontal and 30° vertical field of view for complete spatial coverage.
Reliable Data Output: Delivers optimal performance for SLAM, obstacle detection, and real-time navigation within dynamic environments.
Rugged & Compact Design: Utilizes a lightweight housing with an IP67 protection rating for industrial and outdoor use.
Versatile Integration: Designed for compatibility with various robotic platforms.
Advantages of the Hesai XT16
Optimized for Mobile Robots: Enhances navigation across complex terrain while expanding path planning and obstacle avoidance capabilities.
Industrial Performance: Trusted by autonomous vehicle and robotics researchers for real-world deployments.
Perception Stack Support: Fully compatible with popular mapping and navigation libraries, including ROS and SLAM.
The Hesai XT16 is an effective solution for robotics developers seeking to integrate reliable 3D perception into high-performance mobile platforms for navigating unknown terrain and building autonomous monitoring systems.