
Key features
116-Ch Hybrid Solid-State
120° × 18.3° FOV, 1-D mirror scan
200 m Range
at 10% reflectivity, 0.5 m min
1.74M Points/sec
0.08° H res at 10 Hz, single return
355 g · 30 mm Tall
102 × 102 × 30 mm, 10 W typical
IP6K7 & IP6K9K
905 nm Class 1, -40 °C to +85 °C
About this product
The Hesai ATX is a compact, automotive-grade long-range LiDAR built on a hybrid solid-state 1-D rotating-mirror architecture. Its 116 channels sweep a 120° × 18.3° field of view and range to 200 m at 10% reflectivity, with ±5 cm typical accuracy and 3 cm precision (1σ), while a high-density region of interest tightens vertical resolution to 0.1° across the central 8.8° band for long-range object detection. At 355 g and just 30 mm tall (102 × 102 × 30 mm) with a 10 W typical draw, it integrates where spinning sensors cannot — vehicle rooflines, sensor pods, and tight robot enclosures.
Running at 10 Hz with 0.08° horizontal resolution, the ATX streams 1.74 million points per second over automotive 100BASE-T1 Ethernet with gPTP (802.1AS) time synchronization. Rated IP6K7 & IP6K9K with a 905 nm Class 1 eye-safe laser, a −40 °C to +85 °C operating range, and 9–16 V DC input, it brings production-automotive engineering to autonomous-vehicle development, ADAS research and validation, mobile robotics, and intelligent transportation projects — a front-facing long-range sensor built for research labs and industrial integrators.
Resources & downloads
Official documentation, SDKs and developer references for this product.
- ATX User Manual (PDF, rev A07-en-260520)Full specifications, installation, interfaces and operation
- Additional documentationAvailable on request →API references, 3D models and safety manuals on request
- Hesai Developer PortalDocumentation hub for SDKs, ROS drivers and sensor protocols
- HesaiLidar_SDK_2.0 (C++)Official C++ SDK for point-cloud parsing and sensor configuration
- HesaiLidar_ROS_2.0Official ROS / ROS 2 driver built on the SDK
- PandarView 2 (viewer tool)Available on request →Point-cloud visualization tool for Windows and Ubuntu
- LidarUtilities (config tool)Available on request →Sensor configuration and diagnostics utility
- Firmware updatesAvailable on request →Version-specific firmware packages for your unit
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