The Powerbox module for Leo Rover adds 12V and 5V outputs, an external battery socket, and allows battery charging or replacement without stopping the robot. Ideal for connecting sensors, embedded computers, and robotic arms.
The Robotis OMX-AI Motor Kit includes the DYNAMIXEL motors and essential components needed to assemble or maintain the OMX-AI arm. Designed for Physical AI research, it integrates seamlessly with ROS 2, MoveIt 2, and Gazebo.
The Robotis OMX-AI is a lightweight and open-source robotic arm designed for Physical AI research. It simplifies data collection, machine learning, and integration with ROS 2, MoveIt 2, and Gazebo.
The RH56F1 is a high-precision robotic hand designed to offer rigidity, sensitivity, and stability. With its all-metal frame and intelligent sensor system, it ensures smooth and reliable manipulation across all types of robots.
The RH56BFX is an ultra-fast robotic hand designed for agile manipulation and humanoid robotics research. Compact and lightweight, it combines speed with real-time force feedback, ensuring natural and precise interactions.
The RH56DFX is a compact robotic hand combining power and speed. It provides real-time feedback and easily integrates with any ROS-compatible robotic arm or humanoid robot.
The RH56E2 is a powerful tactile robotic hand capable of applying 3 kg at the fingertip. ROS 2 compatible, it integrates with UR, Kinova or Ufactory arms and humanoid robots such as Booster T1.
The gripper of the AgileX Robotics PiPer arm is a compact and precise end-effector, capable of opening up to 70 mm and clamping with a maximum force of 50 N.
With its precision, modularity, and native ROS 2 integration, the OMY robotic arm is ideal for research, education, and rapid prototyping.
The CTE Pack introduces your students to robotics, automation, and block-based programming with the collaborative Ned2 robot.
The STEM Bundle Niryo is a turnkey solution to introduce your students to automation, programming, and Industry 5.0 processes with the Ned2 robot.
The STEM Pack Niryo is a complete solution for teaching STEM robotics: Ned2 robot, tools, educational resources, and fun challenges to develop tomorrow’s skills.
Easily transport and store your Discovery Kit, NED3Pro, or any other custom kit with the Niryo transport case.
The Bunker Pro 2.0 by AgileX Robotics is a rugged, all-terrain tracked robotic chassis designed for the development of specialized robotic applications. It provides a reliable mobile platform for research, inspection, exploration, or operations in challenging terrain.
Pika is a compact, ready-to-use bundle designed for robotics research, manipulation, and data collection in the lab or in the field. The package includes three elements: a robotic gripper (Pika Gripper), a handheld sensor unit (Pika Sense), and two positioning stations (Pika Station x2).
A complete solution to discover the potential of autonomous indoor flight with LPS technology. Perfect for starting precise aerial robotics projects in a controlled environment!
This bundle provides everything you need to create a fully operational swarm of Crazyflie 2.1 Brushless drones, ideal for aerial robotics research and precise indoor positioning projects using LPS technology (Loco Positioning System).
The ideal kit for designing, programming, and customizing your Crazyflie projects with complete tools for prototyping, debugging, and radio communication.
A complete solution to create your first scripts, pilot a Crazyflie in 3D, and easily analyze all your flight data.
The Lighthouse Explorer Bundle includes all the necessary equipment to explore Lighthouse positioning with the Crazyflie 2.1 Brushless. Perfect for aerial robotics, precision localization research, and real‑time tracking of drones in controlled environments.
Une solution complète pour concevoir, tester et déployer des réseaux neuronaux sur un drone Crazyflie, avec tout le nécessaire pour débuter vos projets de robotique aérienne intelligente.
An all‑in‑one solution for programming, piloting, and analyzing a 3D flying robot while precisely measuring its environment using an easy‑to‑use Python API.
A complete solution for easily creating ultra-precise drone swarms, with Lighthouse positioning, automated charging, and continuous autonomy.
A complete solution for 24/7 autonomous flights, with ultra-precise positioning (Lighthouse) and an integrated charging station for uninterrupted operations.