Genisom L1-W EDU RoamerX Pro Wheeled Quadruped Robot

For most robotics labs, the hardest part of an autonomy project is not the robot. It is the months spent mounting a computer, wiring a LiDAR, calibrating a depth camera and building a navigation stack before the first real experiment can begin. The Genisom L1-W EDU RoamerX Pro arrives with that work done. It combines GENISOM AI's wheel leg L1-W platform with 100 TOPS of onboard computing, a full sensor suite and RoamerX Pro navigation software, so teams can start mapping and navigating on day one.

Key Features

Wheel Leg Mobility

Powered wheels at the end of each leg let the L1-W roll efficiently on smooth ground and step, climb and balance on rough terrain. GENISOM lists a sprint speed above 5.5 m/s, obstacles up to 65 cm, continuous climbing of 16 cm stairs and a 40° extreme climbing angle. Wheel drive also keeps operating noise as low as 55 dB.

Reinforcement Learning Motion Control

GENISOM describes the L1-W as the first production wheel leg robot with an AI reinforcement learning motion control algorithm, giving it adaptive balance and intelligent motion across complex terrain.

100 TOPS Onboard Computing

An NVIDIA Jetson Orin NX 16 GB module provides up to 100 TOPS of AI computing, enough to run perception, mapping and learning based policies directly on the robot.

Integrated Perception and Positioning

The EDU package fuses visible light, depth vision and laser point cloud data from a 3D LiDAR and depth camera. A GNSS positioning module with RTK antenna supports precise outdoor localization, and a 5G module provides long range communication.

RoamerX Pro Navigation Software

RoamerX Pro supports rapid deployment of mapping, localization, navigation, path planning and obstacle avoidance, turning the robot into an autonomous platform without building a navigation stack from scratch.

Rugged, Protected Body

The L1-W carries an IP54 rating and operates from 0 to 40 °C. A 360° protective body uses an inner skeleton with a soft outer gel on the head and tail to absorb impacts, and GENISOM reports one million impact tests on its alloy structure.

Open Hardware and Full SDK

Seven standard hardware interfaces, including Ethernet, USB 3.0 and 2.0, and 24 V and 12 V power, accept extra modules. The full machine SDK opens motion, video stream and status interfaces for secondary development.

Genisom L1-W EDU RoamerX Pro Specifications

Applications

• Autonomy research: SLAM, navigation and path planning experiments on a working platform from the start.
• Robotics education: university courses in perception, localization and mobile robot control.
• Reinforcement learning: developing and testing learned locomotion and navigation policies on real hardware.
• Outdoor field testing: RTK GNSS and 5G support campus and outdoor navigation trials.
• Patrol and inspection prototypes: integrators building security or inspection applications before scaling up.
• Search and rescue research: testing mobility and autonomy in difficult, cluttered terrain.

Who Should Buy the L1-W EDU RoamerX Pro?

Buy this robot if you want a wheel leg quadruped that can navigate autonomously out of the box and a full computing and sensor package ready for your own research. It suits university labs, robotics programs, AI researchers and integrators who would rather spend time on experiments and applications than on building a navigation stack.

Which Should You Buy?

Before You Buy

• Match the environment: IP54 and 0 to 40 °C suit labs, campuses and light outdoor use; choose the M1 family for rain, extreme temperatures or submersion risk.
• Check connectivity: confirm 5G band support and SIM requirements for your country.
• Plan RTK: high accuracy GNSS positioning may need a base station or correction service in your area.
• Confirm software terms: ask about RoamerX Pro licensing, updates and supported ROS versions.
• Budget accessories: consider spare batteries and the L1 charging dock for longer sessions.
• Size the payload: keep added sensors and modules within the 10 kg continuous load.

Pricing and Availability

The Genisom L1-W 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-W EDU RoamerX Pro?

It is a wheel leg quadruped robot that combines the Genisom L1-W 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 much computing power does it have?

The Jetson Orin NX 16 GB module provides up to 100 TOPS of AI computing.

How fast is the L1-W?

GENISOM lists a sprint speed above 5.5 m/s.

How much can it carry?

The L1-W is rated for a 10 kg continuous walking load.

Is the L1-W 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.

Can I develop my own software for it?

Yes. A full machine SDK opens motion, video stream and status interfaces, and seven hardware interfaces accept additional modules.

How much does the Genisom L1-W 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-W 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-W EDU RoamerX Pro delivers a fast wheel leg quadruped, 100 TOPS of onboard computing, LiDAR, depth vision, RTK GNSS, 5G and working navigation software in one package. For labs and integrators who want to start autonomy work immediately, it removes months of setup. If you are ready to buy, order it from this page or add it to a quote with batteries and a charging dock.