Robots

Self-contained, 3D-printed robotic hand with 8 DOF costing under €200, covered with TPU shell. Four fingers with two motors each.

Advanced bipedal platform for walking gait research and humanoid development.

Modular hardware kit enabling 3D printing designers to build functional robots — arms, combat robots, vehicles, and droids.

ROS2-enabled autonomous vehicle platform for navigation and perception research.

Low-cost holonomic drive robot with manipulation capabilities for embodied AI experiments.

ROS2 robot powered by Raspberry Pi 5 with 3D depth camera, TOF LiDAR, and SLAM navigation. Three chassis variants available.

6-DOF collaborative robot powered by Raspberry Pi 4B. Supports Python, C++, ROS, and Arduino with AI kit and adaptive gripper.

Lightweight 6-DOF arm weighing ~4 kg with 1.5 kg payload and ±0.1 mm repeatability. Native ROS/ROS2 support and Python API.

ROS quadruped robot powered by Raspberry Pi 5 with AI vision, 8 coreless servos, OpenCV, and SLAM mapping.

Mecanum wheel robot enabling omnidirectional movement for ROS2 development.

Standard Open Arm 101 — enhanced version with improved capabilities for robotic manipulation research.

Industry-standard mobile robot for ROS2 development and education.