Ouster OS0
Ultra-wide-field-of-view 3D LiDAR for short-range perception in robotics and industrial applications.
- Up to 128 channels
- 90° vertical field of view
- 35 m range at 10% reflectivity
Explore LiDAR, GNSS/INS, depth cameras, embedded computers and mounting accessories for machines that perceive and navigate. Robosight helps teams compare published specifications, plan integration and request current regional pricing and availability.
Start with the operating environment and sensing task. LiDAR provides direct range measurements and point clouds; stereo cameras provide image and depth data; inertial and satellite navigation systems support position and motion estimation; edge computers run perception and autonomy workloads. The right combination depends on coverage, accuracy, environmental conditions, data interfaces, compute requirements and the software stack.
Ultra-wide-field-of-view 3D LiDAR for short-range perception in robotics and industrial applications.
Mid-range 3D LiDAR for perception in industrial, automotive, robotics and mapping applications.
Long-range 3D LiDAR for infrastructure monitoring, security and autonomous mobility.
High-resolution long-range LiDAR with a native-color RGB-D point cloud.
Smart 3D LiDAR with on-device object detection, tracking and configurable event processing.
Software-defined 3D LiDAR for OEMs and integrators building custom point-cloud applications.
Outdoor 3D security LiDAR with on-device intrusion detection and configurable alarm zones.
Indoor 3D security LiDAR with high-resolution sensing and on-device security software.
Smart 3D LiDAR with on-device volume measurement for stockpiles, silos and logistics.
Panoramic LiDAR for low-speed robotics, SLAM and obstacle avoidance.
Compact LiDAR with non-repetitive and repetitive scanning modes.
Automotive-grade LiDAR designed for autonomous driving and high-speed perception.
Miniature high-performance IMU and attitude heading reference system for embedded systems.
Compact GNSS-aided inertial navigation system for position, velocity and attitude.
Tactical-grade multi-band GNSS/INS for demanding autonomous and navigation applications.
Dual-antenna GNSS/INS delivering accurate heading without magnetic or vehicle-motion reliance.
Durable stereo camera for depth perception, motion tracking and spatial applications.
Rugged GMSL2 global-shutter stereo camera for machine automation and digital-twin applications.
Compact short-range global-shutter stereo camera for manipulation, picking and navigation.
Embedded AI computer with NVIDIA Jetson Orin NX options and camera connectivity for vision workloads.
Compact Jetson Orin edge computer for embedded vision and robotics.
Ouster pole-mounting hardware for fixed sensor installations; confirm the exact kit and sensor compatibility before specifying.
Compare mobile robot bases, tracked ground platforms, aerial inspection drones and humanoid research robots. Each listing includes its intended use and the specifications provided for the platform.

A four-wheel cargo trolley with automatic person-following and remote-control modes.
Supplier listing only; OEM confirmation pending

A four-wheel-drive following cart for material handling with remote-control operation.
Supplier listing only; OEM confirmation pending

A heavy-duty follow cart for collaborative transport, agricultural transfer, campus delivery and emergency supplies.
Supplier listing only; OEM confirmation pending

A tracked carrier with person-following and remote-control modes for multi-terrain operation.
OEM page found; details need confirmation
Foxtech's official tracked-chassis documentation identifies the line as developed by Foxtech Hobby Co., Ltd.; this model page supports the listed features. Current sales availability is not stated.
View OEM source

A differential-steering mobile base listed for delivery and autonomous charging.
Needs manufacturer confirmation
Current supplier-hosted S30 listings conflict: one lists 70 kg and another 100 kg. No matching OEM datasheet or direct manufacturer confirmation was found. Payload, exact model identity, and current availability remain unconfirmed; no payload is presented.

An indoor logistics transport platform with optional robotic-arm integration.
Supplier listing only; OEM confirmation pending

A powered load-moving platform for transporting industrial machinery and equipment.
Supplier listing only; OEM confirmation pending

An omnidirectional four-wheel robot platform for robotics development and mobility research.
Supplier listing only; OEM confirmation pending

An outdoor UGV listed for delivery, security, surveillance and inspection applications.
Supplier listing only; OEM confirmation pending

A tracked all-terrain chassis for outdoor and UGV applications.
OEM page found; details need confirmation
Foxtech's official tracked-chassis documentation identifies the line as developed by Foxtech Hobby Co., Ltd.; this model page confirms the 50 kg payload. Current sales availability is not stated.
View OEM source

A remote-control tracked chassis listed for all-terrain UGV use.
OEM page found; details need confirmation
Foxtech's official tracked-chassis documentation identifies the line as developed by Foxtech Hobby Co., Ltd.; this model page confirms the payload and ROS support. Current sales availability is not stated.
View OEM source

A tracked chassis listed for all-terrain applications and custom robot development.
OEM page found; details need confirmation
Foxtech's official tracked-chassis documentation identifies the line as developed by Foxtech Hobby Co., Ltd.; this model page confirms the 100 kg load rating and independent suspension. Current sales availability is not stated.
View OEM source

A Wisson Centaur-series field robot; the exact KT100 configuration and specification mapping need manufacturer confirmation.
OEM page found; details need confirmation
Wisson lists KT100 within its Centaur field-robot series, but the online specification tables do not clearly map model-specific values to KT100. Supplier speed, control-distance and tool claims were removed pending confirmation.
View OEM source

A Wisson Centaur-series field robot; the exact KT200 configuration and specification mapping need manufacturer confirmation.
OEM page found; details need confirmation
Wisson lists KT200 within its Centaur field-robot series, but the online specification tables do not clearly map model-specific values to KT200. Supplier force, speed, protection and runtime claims were removed pending confirmation.
View OEM source

Tracked manipulation platform entry retained for identification only; technical details need source confirmation.
Needs manufacturer confirmation
No current matching product detail page or manufacturer datasheet was found; the former claw, camera, slope and control-range claims were removed.

A bipedal development robot for locomotion, reinforcement-learning and humanoid-control research.
Supplier listing only; OEM confirmation pending

An autonomous inspection drone listed for navigation and mapping in GNSS-denied environments.
Supplier listing only; OEM confirmation pending

An enclosed indoor inspection drone using 3D LiDAR positioning for GPS-denied operation.
Supplier listing only; OEM confirmation pending

A research quadcopter platform documented by Amovlab with modular sensor and development interfaces.
OEM specifications verified
Amovlab's official research-version manual supports the listed sensor and development features; configurations vary by build, and the manual does not establish current availability.
View OEM source

Leju identifies KUAVO-MY as a humanoid platform for research and commercial service; verify whether the XTRON-branded unit matches the OEM model and configuration.
OEM page found; details need confirmation
Leju's official page identifies KUAVO-MY, but does not establish that the supplier's XTRON-branded variant is the same configuration or confirm its specifications and current availability.
View OEM source
When comparing options, document minimum and maximum range, field of view, update rate, mounting position, power budget, network interfaces, synchronization and operating conditions. For a multi-sensor system, confirm how each device will be calibrated and how timestamps and coordinate frames will be managed.
Product pages summarize catalogue specifications. Confirm the exact model, firmware, configuration, current availability and delivery requirements with the manufacturer or Robosight before procurement.
Ask an engineer to review your requirements