WLKATA March X Pro LiDAR Kit
BDT 3,299,400/-
Product Details
Brand: WLKATA
Model: WL-MarchX-Pro-LiDAR-NX35R
Country Of Origin: USA
A quadruped robotics platform equipped with LiDAR and multi‑sensor perception for autonomous navigation and mapping. Features include multi‑line 3D LiDAR mapping, SLAM navigation, RGB‑D cameras, and an open SDK with ROS1/ROS2 full API support. Designed for robotics research, autonomy development, and real‑world deployment.
Key Specifications
Physical
Specification Details
Weight (with Battery) 13.7 kg / 30.2 lb
Dimensions (Standing) 24 × 14.5 × 15.7 in (610 × 370 × 406 mm)
Performance
Specification Details
No-Load Duration 1.5–2 hours
Range 5 km
Load Capacity (Continuous Walking) 7.5 kg
Sensing & Control
Specification Details
Wide-Angle Camera 130° horizontal FOV, 1920 × 1080 @ 30 fps
Ultrasonic Radar 2 sets (built-in)
Front Light Built-in
Remote Control Included
Auto-Stop / People Tracking Front & rear
Obstacle Avoidance Yes
Compute & Platform
Specification Details
Interface Extension Module Pre-installed on top of the robot's back
Depth Camera Intel RealSense D435i
Onboard Computing NVIDIA Jetson Xavier NX (Ubuntu) with built-in ROS
LiDAR 16 lines; detection distance: 100 m @ 10%, 150 m @ 70%
Development Support Simulation model, SDK, API, demo, perception interface, and documentation
| Equipped with: | A quadruped robotics platform equipped with LiDAR and multi‑sensor perception for autonomous navigation and mapping. |
| Features include: | Features include multi‑line 3D LiDAR mapping, SLAM navigation, RGB‑D cameras, and an open SDK with ROS1/ROS2 full API support. |
| Designed for : | Designed for robotics research, autonomy development, and real‑world deployment. |
This is a medium-sized quadruped (four-legged) robot equipped with advanced sensors for autonomous navigation, mapping, and research. It combines 3D LiDAR, RGB-D cameras, ultrasonics, and powerful onboard computing to support SLAM, obstacle avoidance, and intelligent mobility in real environments.
What you can do with it
Autonomous navigation & mapping
Use the multi-line LiDAR and SLAM algorithms to build 3D maps of environments and navigate independently.
Multi-sensor perception development
Fuse data from LiDAR, depth camera, RGB camera, and ultrasonics for robust obstacle detection, people tracking, and scene understanding.
ROS-based robotics research
Develop and test algorithms using the full ROS1/ROS2 API, SDK, simulation model, and perception interfaces.
Payload experiments
Mount additional sensors or small devices (up to 7.5 kg continuous) on the pre-installed interface module and test mobility under load.
Real-world deployment testing
Evaluate locomotion, endurance, and autonomy outdoors or in complex indoor spaces (stairs, uneven terrain, dynamic obstacles).
Teaching advanced robotics
Demonstrate quadruped locomotion, sensor fusion, SLAM, and autonomous behaviors in university or research training settings.
The WLKATA March X Pro LiDAR Kit is a high‑end quadruped robotics solution built for autonomy, mapping, and intelligent mobility. With integrated LiDAR, RGB‑D cameras, and SLAM navigation, it delivers advanced multi‑sensor perception for real‑world robotics research. The open SDK with ROS1/ROS2 support makes it ideal for developers, universities, and labs working on autonomous navigation and AI robotics. Backed by secure payment options and ready‑to‑use deployment, it’s a powerful tool for cutting‑edge robotics innovation.
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