Go2
Legged quadruped with advanced gaits and optional ROS 2 and SDK access on Edu and enterprise variants. Connect through OLO for simulation, teleoperation, and autonomous navigation.
Natively supported robots
Whilst any robot with ROS 2 integration will work with the OLO platform, these are the robots which have been tested by our team, with custom drivers available where required.
What native support means
Native support is more than a compatibility badge. OLO already ships the robot description, simulation assets, and connection patterns these models expect, so you focus on missions rather than middleware.
- Control, visualisation, and mission building in the browser
- ROS 2 integration without bespoke drivers for these models
- Cloud simulation that matches the same workspace as on-robot deployment
- Teleoperation, SLAM, autonomous navigation, and SDK access where the platform supports them
Filter by type
Unitree
Quadruped platforms with established OLO integrations for browser teleoperation, SLAM mapping, and autonomous patrols.
A2-W
Wheeled quadruped suited to mixed-terrain inspection and patrol routes where stairs, grating, and longer runs matter.
DEEP Robotics
Inspection-focused quadrupeds with native OLO support from first use, including teleoperation, SLAM, and autonomous missions in the browser.
Lite 3 Venture
Compact DEEP Robotics quadruped for field inspection and patrol workflows with established OLO integration.
Lite 3 Pro
Professional Lite 3 configuration for repeatable inspection and security patrols managed entirely from the browser.
Lite 3 LiDAR
LiDAR-equipped Lite 3 configuration for 3D mapping and SLAM-heavy inspection routes, planned and reviewed entirely from the browser.
Lynx M20 Pro
Wheeled quadruped for construction sites, stairs, and rough ground, with SLAM mapping and autonomous waypoint missions in OLO.
Fictionlab
Rugged ROS 2-native rovers that can ship bundled with OLO so teams rehearse in simulation before hardware arrives.
Leo Rover
Compact rover for cramped or hard-to-reach inspection routes, with SLAM, Nav2, and browser teleoperation through OLO.
Franka Robotics
Force-sensitive collaborative arms for research and manipulation, with MoveIt motion and simulation in the browser.
FR3
Franka Research 3 arm connected through the standard ROS 2 stack for browser workspace control, MoveIt planning, and pick-and-place workflows.
Universal Robots
Widely deployed collaborative arms supported through ROS 2 in OLO for teleoperation, visualisation, and repeatable sequences.
UR Series e Robotic arms
Collaborative arm with native ROS 2 integration in OLO for browser-based operation alongside your existing robot stack.
AgileX
Lightweight manipulation hardware supported in OLO for pick-and-place and mobile manipulation scenarios.
PiPER arm
Compact arm for pick-and-place tasks with OLO and MoveIt, including deployments mounted on mobile platforms such as wheeled quadrupeds.
Using another ROS 2 robot?
Many other robots with full ROS 2 support connect to OLO without a native listing. Where a model falls short, the gap is usually small and your team or ours can close it with a focused integration piece.
For the developersof robotics.
Test in simulation. Visualise, teleoperate and script in the browser. No installation required.
TypeScript and Python SDKs
Browser-based development
AI-assisted code generation