Official Launch of T10
Spatial Intelligence Starts Here
The World's Smallest 1000-Line Class High-Precision AI Solid-State LiDAR
Engineered for Embodied AI and Robotics
With the rapid advancement of embodied AI, robotics, and industrial automation, intelligent machines need not only to see the world, but to accurately understand 3D space and make real-time edge decisions with minimal host CPU overhead.
Meeting this demand, Kyle Optics officially launches the T10 — the world's smallest 1000-line class high-precision AI solid-state LiDAR, combining millimeter-level accuracy, 1000-line imaging, edge AI recognition, and multi-modal output for robotics, industrial anti-collision, and precision 3D modeling.
More than a LiDAR sensor, T10 is a gateway for robots to understand the 3D physical world, combining high-density point clouds with local AI inference in an ultra-compact, lightweight form factor.
Product Highlights
What T10 Delivers
1. Finer 1000-Line Imaging with ±5 mm Repeatability
Delivers 1000-line class million-point density and ±5 mm repeatability to capture fine spatial structures and contours for reliable obstacle avoidance, target recognition, and 3D modeling.
Built-in edge computing chip and AI algorithms perform local multi-modal parsing, object detection, and spatial understanding with millisecond latency.
3. 4-in-1 Multi-Modal Synchronous Output
Simultaneously outputs 3D point clouds, grayscale imagery, depth maps, and confidence maps without requiring complex external multi-sensor calibration.
All-solid-state design with zero moving parts, industrial-grade protection, 59.5 × 39.1 × 59.5 mm dimensions, and ~200 g weight for effortless integration.
Application Scenarios
Real-World Challenges Solved by T10
1. Autonomous Robot Navigation & Obstacle Avoidance
Enables environmental mapping, path planning, obstacle recognition, and multi-robot collision avoidance for service, inspection, and mobile robots.
2. Industrial AGV/AMR & Warehouse Anti-Collision
Identifies cargo contours, racking, and obstacles in real time for AGVs, AMRs, and automated logistics equipment.
3. High-Density 3D Reconstruction & Digital Twin Modeling
Outputs million-point dense point clouds for precision 3D modeling, digital twins, and dimensional measurement.
4. Near-Field Blind-Spot Coverage & UAV Landing Zone Scanning
Covers near-field vehicle blind spots to detect pedestrians, curbs, steps, cones, and rocks, as well as UAV landing zone terrain and obstacle scanning.
Media Spotlight
Featured Across Major Official Media
Ahead of its official release, T10 debuted at Wuhan OVC Expo 2026, drawing feature coverage from CNR, Changjiang Daily, Hubei Daily, Optics Valley, and Hubei TV.
T10 Is Now Officially Available
Smaller Form Factor. Higher Precision. Faster Response. Deeper Integration.
Built for embodied AI, robotics, industrial anti-collision, and precision 3D modeling.