The AgileX LIMO is an innovative multi modal ROS robot that is compact, and customizable with Al modules and open-source ROS packages, which enables education, researchers and enthusiasts to program and develop Al robots more efficiently.
key benefits of the agilex limo robot
The modular design makes the LIMO platform highly customizable and it can be configured for a variety of applications in different industries.
The platform is equipped with advanced sensors and perception technologies that enable it to navigate and interact with its environment.
Designed with a user-friendly interface, LIMO makes it easy for operators to control and monitor its activities.
uses limo for research
What will the Smart Cities of the future look like?
More specifically, how will the many anticipated devices operate – and cooperate – in this coming world? How will connected and autonomous vehicles interact to ensure the greatest efficiency with minimal risk? How might ground robots and drones fit into this scheme? And how can researchers even test algorithms without a fleet of connected vehicles, which would obviously incur great costs and require huge testing areas?
In the case of Boston University, the answer is in the small but powerful robot, LIMO.
robot operating system
ROS support enables autonomous driving development, 3D SLAM & navigation as well as easy integration with additional sensors.
Gazebo offers the ability to accurately and efficiently simulate robots in complex indoor and outdoor environments. LEARN MORE >
Accelerate the development and deployment of your robotic systems with a safe, cost-effective, and flexible testing environment within the LIMO simulation table. Identify and address potential issues early on, for more reliable and efficient robots in the field. LEARN MORE >
robot development kits
size and weight
speed and performance
four steering modes
The LIMO has four steering modes including Omni-directional steering, tracked steering, Ackerman and four-wheel differential.
LIMO is equipped with sensors that can detect the distance, size, and location of obstacles and provide information to the robot’s control system to adjust its trajectory and avoid collisions.
The scalable structure allows for the easy modification and adaptation to accommodate different tasks, environments, and payloads. LIMO can be scaled up or down to meet the requirements of the task at hand.
strong and powerful
The metal structure and powerful motor in LIMO makes it suitable for tasks that require strength, durability, and high performance.
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