Test -HTML -2025
Real Industry.
Right on your Desk.
The complete Embodied AI ecosystem for education. Teach kinematics, computer vision, and machine learning with hardware that mirrors the factory floor.
Trusted by leading institutions
Embodied AI Hardware
From 6-axis kinematics to quadruped locomotion, our hardware is open, durable, and classroom-ready.
Mirobot 6DOF
The classic desktop 6-axis arm. 0.2mm repeatability for industrial simulation.
MT4 Industrial
4-Axis rebuildable metal arm. Ideal for palletizing and pick & place logic.
MarchX Quadruped
Open source robot dog for SLAM navigation and gait analysis.
BRAVE Bipedal
Advanced bipedal platform with RGBD camera for Reinforcement Learning.
AI-HUB Vision Kit
The eyes of the operation. Object detection, color sorting, and gesture control.
Smart Factory Cell
Conveyor belts and sliding rails to simulate a complete Industry 4.0 line.
Built for Developers
Stop fighting with drivers. Start teaching algorithms. Our unified SDK supports the languages your students need to learn.
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Python API Native pip package for rapid prototyping.
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ROS & ROS2 URDF, MoveIt!, and Gazebo support.
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MATLAB & C++ Digital twin simulation and real-time control.
import wlkata_mirobot as wk import cv2 # Connect to manipulator arm = wk.Mirobot(port='COM3') arm.home() def sort_object(color, location): # Kinematics solved internally arm.go_to_axis(location.x, location.y, location.z) if color == 'RED': arm.pump_suction() arm.go_to_axis(200, 50, 100) # Bin A else: arm.pump_suction() arm.go_to_axis(200, -50, 100) # Bin B arm.pump_off()
Structured Curriculum
Expert-designed courseware to go from Unboxing to Thesis.
