The AgileX Robotics mobile robot Titan is designed to provide exceptional maneuverability with its Ackermann steering system, both in the front and rear.
Lynx is a compact and rugged autonomous ground vehicle (UGV), designed for indoor and outdoor operations.
The Ranger 4WS4WD Robot features a four-wheel drive and steering configuration, allowing it to traverse rugged terrain and uneven surfaces easily.
The Hunter SE robotics chassis, designed for speed and distance, is the ultimate exploration robot.
The AgileX Autopilot Kit offers a complete system for the autonomous GPS navigation of a high-performance robotics chassis. It’s a Linux-programmable, fully ROS-compatible platform you can use for working on a wide variety of applications.
The AgileX Hunter 2.0 UGV is an ultra-tough mobile robot designed for heavy loads and precise, low-speed driving scenarios.
The Bunker Pro mobile robot is a tracked UGV robot with a heavy-duty design. It can handle the toughest terrain, both indoors and out, while putting up a solid defence against dust and water.
Simultaneous localisation and mapping (SLAM), exploration, security inspection, reconnaissance... the AgileX research and development kit is an excellent choice if you have a Jetson Nano, and for anyone wanting to try it out!
The pro version of the AgileX R&D kit allows you to take your development of robotic autonomous navigation and SLAM applications even further. It has an even more powerful processor and sensors!
The AgileX Autoware open-source autonomous kit is a complete development kit for making your mobile robotic platforms fully autonomous.
Navis is a autonomous navigation system compatible with all AgileX's robotic platforms. It is designed for semi-enclosed and fully enclosed scenarios.
Génération Robots' engineering design department (GR Lab) has developed a ROS research and development kit, adaptable to AgileX Robotics mobile robots.
UMR (Joint Research Unit) is an advanced and versatile robotic platform. With its innovative design, integrated NAVIS navigation system, and independent hub motors, UMR adapts to various applications and excels in challenging environments.