SONA Robotics
Hands-on learning
A curriculum that runs from coding to autonomous navigation — Python and C++ on ROS 2, with Gazebo and Isaac Sim compatibility — ready for robot competitions and team projects.
← All robotsPilot EduRob in your space
In developmentEducation & Research Platform
EduRob
A compact platform that teaches robotics on real hardware.
EduRob is a compact, modular platform designed for high-school and university students to learn robotics by doing. Programming, sensor integration, control, autonomous motion and AI are developed on real hardware; standard components keep maintenance fast and inexpensive.
360°
LiDAR scanning
3.5 kg
Body weight
100 mm
Drive wheels
WHAT IT'S GOOD AT
EduRob, in practice
A complete sensor suite
360° LiDAR, an AI camera, an 11-channel line array, an IMU and encoder motors — the whole chain from perception to control on one small body.
Economical & modular
Off-the-shelf standard components mean fast, low-cost part replacement; the split between microcontroller and computer teaches real robot architecture.
SPEC SHEET
The numbers underneath
Body
- Dimensions
- 340 × 364 × 210 mm
- Weight
- 3.5 kg
- Wheels
- 100 mm diameter
- Battery
- 5000–8000 mAh
Sensing
- LiDAR
- 360° ToF · 0.05–12 m · ±20 mm
- LiDAR rates
- 6–12 Hz scan · 4000 Hz ranging · 0.54°
- Camera
- AI-accelerated camera · CSI
- Line array
- IR reflectance array · 11 channels · 4 mm
- Inertial sensing
- IMU
Drive
- Motors
- 2× 12 V geared DC · ~44:1
- Speed
- ≈ 1.3 m/s (no-load · 251 rpm)
- Torque
- 18 kg·cm (stall)
- Encoders
- Hall · ≈ 700 CPR (output shaft)
Compute
- Computer
- Min. Raspberry Pi 5 · or any ROS-capable unit (CSI input)
- Microcontroller
- Raspberry Pi Pico
- Software
- ROS 2 · Python · C++
WHERE IT WORKS
At home in
- High schools
- Universities
- Science centers
- Robot competitions
- Research labs
Next in the line
Valease · Social Companion Robot