Genisom L1 EDU RoamerX Pro Quadruped Robot
In stock
- BRAND:
- GENISOM
- MODEL:
- L1 EDU RoamerX Pro
- PART #:
- L1 EDU RoamerX Pro
- ORIGIN:
- China
- AVAILABILITY:
- SUBJECT TO AVAILABILITY
- SKU:
- Genisom-L1-EDU-RoamerX-Pro
Genisom L1 EDU RoamerX Pro Quadruped Robot
Wheels are efficient on smooth floors, but sand, rubble, loose gravel and broken ground still belong to legs. For research teams studying locomotion, SLAM or embodied AI in messy, real world terrain, a fully legged robot is often the more honest test platform. The Genisom L1 EDU RoamerX Pro gives them one that is ready to work, pairing GENISOM AI's agile L1 quadruped with 100 TOPS of onboard computing, a complete sensor suite and RoamerX Pro navigation software.
Key Features
Agile Legged Platform
The L1 uses an AI reinforcement learning motion control algorithm and a powerful drive system for intelligent decision making and self balancing on difficult ground such as mountain paths, ruins and sand. GENISOM lists a maximum speed of 3.7 m/s.
High Torque Joints
Self developed joint modules deliver up to 48 N·m of peak torque. Published specifications describe dual encoder controllers with software self calibration, so the robot is ready to move shortly after power on.
100 TOPS Onboard Computing
An NVIDIA Jetson Orin NX 16 GB module provides up to 100 TOPS of AI computing for perception, mapping and learned control policies running directly on the robot.
Full Perception and Positioning Suite
A 3D LiDAR and depth camera supply laser point cloud and depth vision for mapping and obstacle detection. A GNSS module with RTK antenna supports precise outdoor positioning, and a 5G module provides long range connectivity.
RoamerX Pro Navigation Software
RoamerX Pro enables rapid deployment of mapping, localization, navigation, path planning and obstacle avoidance, giving researchers a working baseline to build on or compare against.
Protected, Field Ready Build
The L1 series carries IP54 protection against dust and splashes, operates from 0 to 40 °C, and uses a reinforced aluminum alloy body with 360° protection against impacts.
Open for Secondary Development
Ethernet, USB, serial and power expansion interfaces accept additional sensors and modules, and SDK access supports custom motion, perception and autonomy software.
Genisom L1 EDU RoamerX Pro Specifications
| Specification | L1 EDU RoamerX Pro |
|---|---|
| Platform | Genisom L1 legged quadruped |
| Maximum speed | 3.7 m/s |
| Peak joint torque | 48 N·m |
| Weight* | About 15 kg |
| Maximum payload* | About 8 kg |
| Stair climbing* | 16 cm |
| Slope* | Up to 30° |
| Range* | About 6 km |
| Endurance* | 1 to 2 hours |
| Battery* | 43.2 V, 5 Ah, about 1 hour charge |
| Protection | IP54 |
| Operating temperature | 0 to 40 °C |
| Computing | NVIDIA Jetson Orin NX 16 GB, up to 100 TOPS |
| Perception | 3D LiDAR (Mid-360), depth camera (RealSense) |
| Positioning | GNSS module with RTK antenna |
| Communication | 5G module |
| Software | RoamerX Pro: mapping, localization, navigation, path planning, obstacle avoidance |
*According to published specifications for the L1 platform. Confirm final values with your order.
L1 EDU RoamerX Pro vs L1-W EDU RoamerX Pro
| Feature | L1 EDU RoamerX Pro | L1-W EDU RoamerX Pro |
|---|---|---|
| Locomotion | Fully legged | Wheel leg hybrid |
| Best terrain | Sand, rubble, rough and uneven ground | Mixed terrain with long smooth stretches |
| Payload | About 8 kg* | 10 kg |
| Computing and sensors | Same package | Same package |
| Navigation software | RoamerX Pro | RoamerX Pro |
Choose the L1 for legged locomotion research and the roughest ground. Choose the L1-W for longer, faster and quieter routes.
Applications
- Legged locomotion research: testing gaits and learned control policies on real hardware.
- SLAM and navigation: building and benchmarking mapping and localization methods with LiDAR, depth and RTK data.
- Embodied AI: running perception and decision models onboard with 100 TOPS of computing.
- Robotics education: hands on university courses in mobile robotics and autonomy.
- Field robotics: outdoor trials on campuses, trails and construction areas.
- Inspection and patrol prototypes: developing applications before scaling to larger platforms.
Who Should Buy the L1 EDU RoamerX Pro?
Buy this robot if you want a compact, fully legged quadruped with a ready to run navigation stack and the computing and sensors to go far beyond it. It suits university labs, AI and robotics researchers, competition teams and integrators who need to begin real experiments quickly, especially on terrain where legs outperform wheels.
Which Should You Buy?
| If you need... | Choose |
|---|---|
| A legged robot with computing, sensors and navigation software ready to run | L1 EDU RoamerX Pro |
| The same hardware, with your own navigation stack | L1 EDU |
| Wheel leg mobility with the same package | L1-W EDU RoamerX Pro |
| A lower cost legged platform for basic development | L1 |
| Heavy payloads and IP67 sealing for industrial work | Genisom M1 family |
Before You Buy
- Plan session length: with 1 to 2 hours of endurance, budget spare batteries for long lab days or field trials.
- Size the payload: keep added sensors and mounts within the L1's payload limit.
- Match the environment: IP54 and 0 to 40 °C suit labs, campuses and light outdoor use, not heavy rain or extreme cold.
- Check connectivity: confirm 5G band support and SIM requirements in your country.
- Plan RTK: high accuracy positioning may need a base station or correction service.
- Confirm software terms: ask about RoamerX Pro licensing, updates and supported ROS versions.
Pricing and Availability
The Genisom L1 EDU RoamerX Pro is available to buy directly from this page. Current price and availability are shown at the top of the page. Add it to your cart to order, or add it to your quote for classroom sets, multiple units or bundles with batteries and charging docks.
Frequently Asked Questions
What is the Genisom L1 EDU RoamerX Pro?
It is a fully legged quadruped that combines the Genisom L1 platform with an NVIDIA Jetson Orin NX computer, 3D LiDAR, depth camera, GNSS with RTK, 5G and RoamerX Pro navigation software.
What does RoamerX Pro do?
RoamerX Pro provides rapid deployment of mapping, localization, navigation, path planning and obstacle avoidance.
How fast is the Genisom L1?
GENISOM lists a maximum speed of 3.7 m/s.
How much computing power does it have?
The Jetson Orin NX 16 GB module provides up to 100 TOPS of AI computing.
What is the difference between the L1 and L1-W versions?
The L1 is fully legged for agility on rough ground. The L1-W adds wheels to each leg for faster, quieter and longer routes. Both are offered with the same EDU computing, sensors and RoamerX Pro software.
Is the L1 waterproof?
It is rated IP54, which protects against dust and water splashes, and operates from 0 to 40 °C. It is not designed for submersion.
How much does the Genisom L1 EDU RoamerX Pro cost?
The current price is shown at the top of this page. Add it to your quote for multi unit or bundle pricing.
Where can I buy the Genisom L1 EDU RoamerX Pro?
You can buy it right here on this page. Add it to your cart or request a quote.
Summary
The Genisom L1 EDU RoamerX Pro puts an agile legged quadruped, 100 TOPS of onboard computing, LiDAR, depth vision, RTK GNSS, 5G and working navigation software into one research ready package. For labs that want to study autonomy on real terrain without months of integration, it is a strong place to start. If you are ready to buy, order it from this page or add it to a quote with spare batteries.