OS1
Mid-range digital Lidar sensor
The OS1 is a mid-range digital lidar sensor that balances range, resolution, field of view and compact form factor.
Rev8 is powered by L4 Ouster Silicon, adds native colour 3D vision, higher resolution, improved precision and accuracy, and functional-safety-ready design.
90 m
Range at 10%
250 m
Max range
45º
Vertical field of view
Up to 128
Channels of resolution
10.4M
Max points per second
0.0 m
Minimum range
Stunning point clouds
With up to 128 channels of vertical resolution and up to 10.4M points per second, the Rev8 OS1 delivers dense, detailed 3D point clouds for accurate perception, crisp mapping and high-resolution mid-range sensing.
Rev8 also adds native colour RGB-D point cloud output, combining colour, range, signal, reflectivity, near-infrared data, channel, azimuth angle and timestamp in the lidar output.
Rev8 also adds native colour RGB-D point cloud output, combining colour, range, signal, reflectivity, near-infrared data, channel, azimuth angle and timestamp in the lidar output.
More range,
more possibilities
The Rev8 OS1 delivers 90 m range on a 10% reflective target, with a 250 m max representable range and 0.0 m minimum range for flexible mid-range and close-range perception.
Exacting precision
Rev8 OS1 improves both precision and accuracy compared with Rev7, helping deliver cleaner scan lines, sharper edges, flatter surfaces and more reliable 3D maps and digital twins indoors or outdoors.
Built for real-world reliability
The Rev8 OS1 is engineered for rugged industrial and autonomous applications, with -40°C to +85°C operation, IP68/69K ingress protection, 100 G mechanical shock tolerance and 10 G-rms mechanical vibration tolerance.
-40°C to +85°C
Operating temperature
IP68/69K
Ingress protection
100 G
Mechanical shock tolerance
Autonomy ready
With native colour 3D vision, increased resolution, functional-safety-ready design, cybersecurity features and automotive Ethernet options, the Rev8 OS1 is built for mid-range perception in autonomous vehicles, robotics, smart infrastructure, security and industrial systems.
Native colour
RGB-D point clouds
Rev8 OS1 outputs native colour RGB-D point clouds, fusing 3D lidar data and colour directly through the sensor architecture rather than relying on software-only camera fusion. This provides aligned colour and 3D data for AI perception, mapping, smart infrastructure, security and autonomy workflows.
Industrial OS
For high-volume OEM, fleet and integration projects, Mangoesmapping can assist with current Ouster OS1 supply options, sensor selection, integration planning and project support.
Powered by L4 Ouster Silicon
Rev8 introduces Ouster’s next-generation L4 architecture, doubling range and resolution while adding native colour sensing and functional-safety-ready design.
42.9 GMACS of processing power
The Rev8 architecture delivers the processing capacity required for high-resolution 3D perception, native colour output and real-time sensor operation.
20 trillion photons per second
Rev8 sensors process an immense volume of optical data, supporting dense, reliable 3D perception in demanding industrial, infrastructure, robotics, security and autonomous systems environments.
Native colour 3D
Rev8 fuses 3D lidar data and colour directly in silicon, delivering aligned RGB-D point clouds with low latency.
High-volume manufacturing
Mangoesmapping can assist Australian and regional customers with Ouster OS1 selection, quoting, integration planning and support across mapping, robotics, security, smart infrastructure, industrial automation and autonomous systems applications.
Worldwide Fulfillment
Ouster now operates local fulfillment in three major global regions. That means faster lead times for committed orders and tax advantages for lower total costs.
Buy America(n) Certified.
USA based manufacturing is available for customers that require Buy America and Buy American certification.
The REV8 OS Family
Our scanning sensors may have the same simplified hardware
architecture, but they’re designed for different uses.
architecture, but they’re designed for different uses.
