March X Pro LiDAR Quadruped
12-axis robot dog with LiDAR and RGB-D for autonomous navigation research
What is it?
March X Pro is a research-grade quadruped for autonomous navigation, Sim2Real policy transfer and legged-locomotion research. Twelve active joints give agile, stable movement across varied terrain.
LiDAR and RGB-D depth sensing build detailed 3D maps for precise navigation and object recognition. An NVIDIA Jetson Xavier NX computer on Ubuntu, an open SDK (Python, C++, ROS) and an interface extension module support custom sensors and payloads.
Who is it for?
Departments and programme levels this system is designed for.
- AI & Data Science
- Robotics & Automation
- CSE
- ECE
- Mechatronics
What can students learn?
Learning outcomes covered by the curriculum.
- Legged-robot kinematics
- LiDAR SLAM and mapping
- Autonomous path planning and obstacle avoidance
- LiDAR + RGB-D sensor fusion
- Object tracking and following
- Reinforcement learning and Sim2Real
What is included?
Hardware in the box, plus what RoboxRise delivers with it.
In the box
- Robot × 1
- Transport Case × 1
- Sole Kit × 1
- Replaceable Battery × 1
- Charger × 1
- Charging Base × 1
- Interface Extension Module × 1
- Depth Camera × 1
- LiDAR × 1
- User Manual × 1
Delivered by RoboxRise
- Experiment manual, sample code and demonstration videos
- Faculty training (train-the-trainer)
- Installation and commissioning at your institution
- Technical support from India-based robotics engineers
- Defined warranty and spares support — terms in your quotation
Experiments
10 of the lab experiments students perform on this system.
- Start-up, remote control and gaits
- LiDAR scanning
- 2D / 3D SLAM mapping
- Localisation in a known map
- Autonomous path planning
- Obstacle detection and avoidance
- Object tracking and person following
- Stair and slope negotiation
- Custom sensor via interface module
- Sim2Real locomotion policy
Grow your lab
Compatible systems that connect directly to this one.
BRAVE Biped Robot
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Mobile base for combined arm-and-AGV experiments
MiroMax Edge AI Kit
1 kg payload 6-axis arm with Raspberry Pi 5 edge-AI controller
OpenCV Advanced Vision Suite
Linux vision platform with YOLOv5, OpenCV and a university textbook
Technical specifications
| Type | Quadruped, 12 active joints |
|---|---|
| Dimensions | 610 × 370 × 503 mm |
| Net weight | 13.7 kg |
| Speed | 0–2.5 m/s |
| Terrain | 40° climb, 15 cm step |
| Battery | Replaceable, ~1.5 h; charging base included |
| Sensors | LiDAR, RGB-D depth camera |
| Computer | NVIDIA Jetson Xavier NX, Ubuntu |
| Software | Open SDK — Python, C++, ROS; reinforcement-learning frameworks |
Specifications may vary by configuration. Your formal quotation lists the exact configuration supplied.
See it working
Warranty & support
All RoboxRise institutional systems are supplied with defined warranty, technical support and commissioning terms according to the selected configuration. Detailed commercial terms are provided with the formal quotation.
Questions
Is institutional pricing available?
Yes. We provide a formal quotation based on configuration and quantity, including warranty, installation and training terms.
Can this integrate with our curriculum or existing lab hardware?
Most systems support open APIs and standard robotics stacks such as ROS / ROS2 and MATLAB. Share your requirements and our engineers will advise on integration.
Can we see a demonstration?
Yes — book a meeting for a live demonstration online, at your institution or at our Indore facility.
Request a quote for March X Pro LiDAR Quadruped
Tell us about your institution and requirement. A robotics engineer — not a call centre — will call you back within one working day with a recommendation and a formal quotation.
- Call our robotics lab team+91 81200 07474
- WhatsAppChat with a robotics consultant
- Emailgunalan@r-tech.in
- HoursMon–Sat 9 AM–6 PM IST
Request Proposal
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