Hesai Launches Mini Lidar JT64P for High-Precision Spatial Digitalization
Hesai Technology today unveiled the JT64P, a miniature lidar with an ultra-wide field of view and high-precision 3D perception for spatial digitalization.
- 1,152,000 points/s
- 360° × 189°
- 250 g
What Happened
Hesai Technology unveiled the JT64P, a miniature lidar sensor with a 360° × 189° field of view and a point rate of over 1.15 million points per second. Weighing only 250 grams and consuming 9.5 watts, it is designed for handheld mobile scanning in small to medium-scale environments.
- Ultra-wide field of view: 360° × 189°
- Point rate: 1,152,000 points per second
- Weight: 250 grams
- Power consumption: 9.5 watts
- Relative precision: <1 cm
The JT64P enables high-fidelity spatial digitalization for applications such as interior design, construction planning, and industrial mapping. Its ultra-wide field of view reduces the need for repeated scans, and its precision offset correction algorithm improves perception precision by 30%. The spatial digitalization market is projected to grow from USD 5 billion in 2019 to USD 154 billion by 2030, according to GlobalData.
Why this matters
Lidar-based spatial digitalization is transforming industries like construction and interior design, and the JT64P's compact design makes high-precision scanning more accessible.
Terms in This Story
- lidar
- Light Detection and Ranging; a remote sensing method that uses laser light to measure distances and create high-resolution 3D maps.
- point cloud
- A set of data points in space, representing a 3D object or environment, generated by lidar scanners.
- SLAM
- Simultaneous Localization and Mapping; a technique used by robots and scanners to build a map of an unknown environment while tracking their own location within it.
- spatial digitalization
- The process of converting physical spaces into digital 3D models for analysis, design, and planning.
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