
AgileX Autokit – Research
Turn any AgileX rover into a full-stack autonomous-driving research vehicle — pre-integrated LiDAR, compute, and Autoware software, deployed and supported by RobotLAB.
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Turn any AgileX rover into a full-stack autonomous-driving research vehicle — pre-integrated LiDAR, compute, and Autoware software, deployed and supported by RobotLAB.

A rugged, ultra-compact tracked robot chassis that crawls where wheeled platforms can't — built for sensor, arm, and autonomy research in tight, off-road, and harsh environments.

A rugged, tracked all-terrain robot chassis built to climb, crawl, and carry where wheeled platforms stall — sold, deployed, and supported by RobotLAB.
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A high-payload, Ackermann-steering UGV platform that lets research teams and integrators prototype real autonomous-driving behavior on a car-like chassis.

A compact Ackermann-steering autonomous UGV chassis that brings car-like steering dynamics and 4.8 m/s speed to robotics research labs.

A desktop-sized ROS 2 research rover with four switchable steering modes — the fastest path from classroom theory to real autonomous-navigation projects.

A turnkey, ROS-ready research rover: the AgileX Scout Mini 4WD base pre-integrated with LiDAR, a depth camera, IMU, and an onboard NVIDIA Jetson computer — so your lab skips the build and starts running SLAM, navigation, and vision experiments on day one.
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An omnidirectional four-wheel-steering research rover that moves in any direction without turning — RobotLAB delivers it deployed, integrated, and supported.

A rugged 4WD differential-drive UGV platform with a 50 kg payload, in-place turning, and open ROS/CAN integration — ideal for outdoor robotics research and autonomy development. Sold, deployed, and serviced nationwide by RobotLAB.

A compact, high-speed 4-wheel-drive UGV platform that brings ROS-ready autonomy research and rugged indoor/outdoor mobility within reach of any lab or team.

A compact 100 kg-payload differential-drive AGV base that universities like Georgia Tech and the University of Tulsa rely on for autonomous indoor logistics and robotics research.

A rugged 4WD all-terrain research rover that turns ROS theory into hands-on autonomy — deployed, configured, and supported by America's largest commercial robotics integrator.
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