OUSTER
OS1 MAX REV 8
OS1 MAX REV 8 Series
- Range: 200 m @ 10%, 350 m @ 80% reflectivity, max recognizable distance 500 m
- Resolution: 64/128/256 channels vertical, 4096 horizontal, down to 0.17° × 0.088° angular resolution
- Native RGB colour: 48-bit, 116dB dynamic range, 1-2,000,000 lux, no calibration between colour and 3D
- Functional safety: ASIL-B, SIL-2, PLd, ISO 21434 cybersecurity, 3D Zone Monitor on the sensor
- Rugged: IP68/IP69K, -40 to +85°C, 100G shock, 10G-rms vibration, Class 1 eye-safe laser
Selected variant
Technical data
| Accuracy | ±1.25 cm (lambertian), ±2.5 cm (retroreflektivt) |
|---|---|
| Ambient light max | 2000000 lx |
| Angular measurement accuracy | 0.01 ° |
| Angular resolution | 0.7 ° |
| Beam diameter at sensor output | 19 mm |
| Beam divergence | 0.09 ° |
| Data latency | 10 ms |
| Data profiles | Single, Dual, Low Data Rate |
| Data rate per profile | 600 Mbit/s |
| Detector technology | SPAD |
| Distance resolution | 1 mm |
| Field of view (L) | 43.9 ° |
| Field of view (R) | 360 ° |
| Frame rate | 40 fps |
| Frame rate max | 40 fps |
| Horizontal resolution | 4096 |
| IMU latency | 10 ms |
| IMU sampling rate | 2.56 kHz |
| IMU timestamp resolution | 1 µs |
| Interface | GigE |
| IP class | IP68, IP69K |
| Laser class | Class 1 |
|---|---|
| Minimum range | 0 m |
| Operating temperature from | -40 °C |
| Operating temperature to | 85 °C |
| Points per second | 1310720 |
| Power consumption | 19 W |
| Precision (σ) min/max | ±0.25 cm (min) / ±1.5 cm (max) |
| Protocol Lidar Data | 1000BASE‑T |
| Range | 200 m @ 10 % reflektivitet, 350 m @ 80 % reflektivitet (1024×10 Hz, 100 klx solljus, >90 % detektionssannolikhet) |
| Range resolution | 0.1 cm |
| Rotation speed | 40 Hz |
| Scanning principle | Flash |
| Storage temperature max | 105 °C |
| Storage temperature min | -40 °C |
| Time synchronization – inputs | PTP, gPTP, NMEA $GPRMC, External PPS |
| Time synchronization – outputs | 60 Hz |
| Timestamp resolution | 1 µs |
| Wavelength | 865 Nm |
| Weight | 670 g |
Downloads
Product description
| The flagship of the REV8 family , the OS1 Max delivers 200 m range against a dark 10% target and 350 m against an 80% Lambertian target, with a maximum representable distance of 500 m. The first lidar sensor with 256 vertical channels is designed for long-range industrial applications, off-highway vehicles, autonomous cars, trucks and buses, traffic and safety monitoring, and 3D mapping vehicles. | ||
 | 2x range, 2x resolution 256 vertical channels provide 0.17° vertical angular resolution. Horizontal resolution up to 4096 points corresponds to 0.088° – and combined with almost double the range compared to REV7, it provides "best-in-class" level of detail at long distances. 48-bit RGB with 116 dB dynamic range maintains consistent quality from 1 lux to 2,000,000 lux. | |
| Functional safety and edge-ready integration ASIL-B (ISO 26262), SIL-2 (IEC 61508) and PLd (ISO 13849) in alternative configuration, with built-in 3D Zone Monitor directly on the sensor. Cybersecurity according to ISO 21434, UNECE WP.29 R155 and IEC 62443. Integrated IMU with 2560 Hz sampling, IEEE 1588 PTP/gPTP, NMEA $GPRMC and External PPS. UDP over 1000BASE-T and Ousters SDK with C++/ROS drivers. |  | |
 | The most rugged 3D lidar sensors ever built The housing is rated IP68 and IP69K, can operate between -40 °C and +85 °C and meets 100 G shock according to IEC 60068-2-27 and 10 G-rms vibration according to IEC 60068-2-64 / ISO-16750-3 Test VII. Class 1 eye-safe laser according to IEC/EN 60825-1:2014. CE, UKCA and FCC certified as well as UL 62368-1 (4th Ed.) and CSA C22.2 No. 62368-1-25. Planned 10-year production life cycle. | |
Add product as a new cart row
You already added this product. Choose whether to increase quantity on the existing row or add the product as a new row.
Related
Understanding 3D Vision Technologies: Choosing the Right Solution for Your Application
With several different technologies available, choosing the right solution can be challenging, our Vison Experts explain the 3D technologies we can provide.
Robotics solutions
Robotics has revolutionised industry, enabling efficiency, higher production capacity and increased safety. For a robot solution to function optimally, the right components are required.
MLT and OEM Automatic case study
OEM Automatic and Machine Learning Technologies (MLT) have been focusing on behavioural analysis through advanced sensing and machine vision.
Q&A on 2d and 3d imaging - Motioncam 3d
A Q&A on 3D and 2D imagery, the NEW Motioncam-3D by Photoneo.
What is a line scan camera and how does it work?
Our Machine & Computer Vision product experts explain line scan cameras, make comparisons, state advantages and suitable applications.
SWiR imaging in agriculture
Advancements in imaging technology, particularly Short-Wave Infrared (SWIR) systems, have revolutionized quality control in the food industry, explained in our article.
