Genisom L1-W EDU Wheeled Quadruped Robot

Many research teams do not want a finished navigation product. They want a capable robot with good sensors and full access to the software, so they can write, replace and benchmark their own SLAM, planning and control code. The Genisom L1-W EDU is built for exactly that. It takes GENISOM AI's fast wheel leg L1-W platform, adds 100 TOPS of onboard computing, a 3D LiDAR, depth camera, RTK GNSS and 5G, and leaves the autonomy stack open for you to build.

Key Features

Wheel Leg Platform

Powered wheels on articulated legs combine efficient rolling with the ability to step and climb. GENISOM lists a sprint speed above 5.5 m/s, a 10 kg continuous walking load, 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, useful in labs and classrooms.

100 TOPS for Your Own Algorithms

An NVIDIA Jetson Orin NX 16 GB module provides up to 100 TOPS of AI computing, enough to run perception networks, mapping and learned control policies directly on the robot instead of on a tethered laptop.

Integrated Sensor Suite

A 3D LiDAR and depth camera come pre installed, giving researchers laser point cloud, depth vision and visible light data for perception fusion. A GNSS module with RTK antenna supports precise outdoor positioning, and a 5G module provides long range connectivity.

Open Software Baseline

The L1-W EDU supports RoamerX Open, available on GitHub, which provides demo level localization and navigation for education and innovation projects. Teams can use it as a starting point, study it, or replace it entirely with their own stack.

Open Interfaces and SDK

Interfaces include Ethernet, a power port, SBUS and RS485, and USB 3.0 ports for both the Orin NX and the main controller. GENISOM's full machine SDK opens motion, video stream and status interfaces for secondary development.

Reinforcement Learning Motion Control

GENISOM describes the L1-W as the first production wheel leg robot with an AI reinforcement learning motion control algorithm, providing a stable, adaptive base for higher level research.

Built to Take Knocks

IP54 protection, a 0 to 40 °C operating range and a 360° protective body with a soft outer gel on the head and tail help the robot survive the bumps and falls that come with student and research use.

Genisom L1-W EDU Specifications

*According to published specifications for the L1-W platform. Confirm final values with your order.

L1-W EDU vs L1-W EDU RoamerX Pro

Applications

• SLAM and localization research: developing and comparing algorithms on real LiDAR, depth and RTK data.
• Navigation and path planning: writing custom planners and testing them against the RoamerX Open baseline.
• Reinforcement learning: training and deploying learned policies with onboard computing.
• Robotics teaching: university courses in perception, ROS and mobile robot control.
• Student and competition projects: a durable platform for team builds and challenges.
• Prototype development: early stage patrol, inspection or delivery applications.

Who Should Buy the Genisom L1-W EDU?

Buy the L1-W EDU if your team wants full control of the software and a fast, wheel leg robot with the computing and sensors already integrated. It suits university labs, robotics courses, AI researchers and developers who plan to write their own autonomy stack and want to avoid the cost and time of integrating hardware themselves.

Which Should You Buy?

Before You Buy

• Check your software plans: RoamerX Open is demo level; if you need production navigation, consider the RoamerX Pro edition.
• Confirm ROS and SDK support: ask which ROS versions and SDK languages are supported for your team.
• Plan session length: budget spare batteries for long lab days or field tests.
• 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.
• Match the environment: IP54 and 0 to 40 °C suit labs, campuses and light outdoor use.

Pricing and Availability

The Genisom L1-W EDU 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?

It is the research and education edition of the Genisom L1-W wheel leg quadruped, with an NVIDIA Jetson Orin NX computer, 3D LiDAR, depth camera, GNSS with RTK and 5G already integrated.

Does the L1-W EDU include navigation software?

It supports RoamerX Open, available on GitHub, which provides demo level localization and navigation. The RoamerX Pro edition adds GENISOM's ready to deploy navigation software.

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 EDU?

GENISOM lists a sprint speed above 5.5 m/s for the L1-W platform.

Can I write my own software for it?

Yes. The full machine SDK opens motion, video stream and status interfaces, and the robot exposes Ethernet, USB 3.0, SBUS and RS485 interfaces.

Is the L1-W EDU 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-W EDU 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?

You can buy it right here on this page. Add it to your cart or request a quote.

Summary

The Genisom L1-W EDU delivers a fast wheel leg quadruped with 100 TOPS of computing, LiDAR, depth vision, RTK GNSS and 5G already integrated, plus open interfaces and an open source navigation baseline. For labs that want to own their autonomy stack, it removes the hardware work and leaves the research open. If you are ready to buy, order it from this page or add it to a quote with spare batteries.