Ouster OS1 MAX
Ouster OS1 MAX Rev8 LiDAR
The OS1 MAX Rev8 is a long-range LiDAR sensor engineered for demanding applications requiring extended detection capabilities, high reliability, and precise environmental perception. With a range of up to 200 m at 10% reflectivity, a maximum range of 500 m, and a minimum range of 0.0 m, it delivers industry-leading performance, exceptional value, and automotive-grade reliability in challenging operating conditions.
Featuring a 45° vertical field of view and a point cloud output of up to 10.4 million points per second, the OS1 MAX Rev8 provides highly detailed and accurate 3D spatial data for advanced sensing and navigation tasks.
The sensor also offers real-time hardware-level visualization of a colorized 3D point cloud without the need for additional vision sensors or external calibration, simplifying system integration and reducing deployment complexity.
INQUIRY
| OS1 MAX Rev8 | Value |
|---|---|
| Range @ 10% Reflectivity | 200 m |
| Maximum Range | 500 m |
| Minimum Range | 0 m |
| Vertical FoV | 45° |
| Point Cloud Output Rate | 10.4 million pts/s |
What applications is the OS1 Max Rev8 LiDAR used for?
OS1 Max Rev8 is a high-performance LiDAR sensor designed for advanced 3D perception requiring extended range and higher resolution in robotic systems and industrial applications.
How does OS1 Max Rev8 differ from OS1 Rev8?
OS1 Max Rev8 offers increased range and enhanced performance compared to the standard OS1 Rev8 while maintaining a similar integration architecture.
What field of view does OS1 Max Rev8 provide?
It maintains a similar field of view geometry to OS1 Rev8, while extending performance in range and resolution-focused modes.
Is OS1 Max Rev8 suitable for long-range applications?
Yes. It is designed for applications requiring extended detection range and high-precision 3D perception.
Does OS1 Max Rev8 support RGB point clouds?
Yes. It supports native RGB point cloud generation without requiring an external camera.
The Rev8 LiDAR series enables the analysis of environmental features that require colour-based identification, such as road signs, traffic signals, and the generation of highly detailed colourized spatial maps.
This capability is achieved through the fusion of 3D spatial data and colour information based on physical modelling principles, combined with Fujifilm’s advanced colour reproduction technology. Ouster’s patented native colour technology delivers megapixel-class image quality with ultra-low latency and full spatiotemporal synchronization, ensuring accurate and consistent colour representation directly within the 3D point cloud.