Big-dog engineering. Small-dog price.
You don’t need a ₹30-lakh Unitree Go2 to teach a student how a quadruped walks, sees and reacts. MechDog packs the same inverse-kinematics dynamics, AI-vision loop and multi-language programming into a palm-sized aluminium chassis your school — or your desk — can actually afford.
8 coreless servos. Metal linkage legs. Aluminium body.
Four legs, two joints per leg, all driven by high-speed hollow-cup coreless servos on metal-linkage limbs. The body is machined aluminium alloy — sturdy enough to survive a workshop, light enough for a Class-8 student to carry in one hand.
Inverse kinematics. IMU balance. Real-time posture.
The in-house IK algorithm gives you real-time control over pitch, roll, height and stride — the same primitives Boston Dynamics exposes on Spot. An IMU sensor keeps posture stable on tilted or bumpy terrain. Visual PC editor lets students design gaits by dragging endpoint coordinates.
ESP32-S3 vision module. HD stream to any browser.
The Advanced Kit adds an ESP32-S3 co-processor with a 2 MP camera — running colour recognition, CNN face detection, colour tracking and visual line following on-device. Video streams to any browser via a URL — no app to install, no cloud round-trip. AP hotspot and STA LAN modes both supported.
Scratch, Python, Arduino — pick one, or grow through all three.
Beginners drag Scratch blocks in the Wonderbot app — 16 preset actions to start. Middle-schoolers write MicroPython. Advanced students go to Arduino C/C++ for full firmware control. The same robot supports all three via a firmware switch — so a school buys once, then grows the syllabus with the student.
