The Genisom L1 EDU is the L1 quadruped with Genisom's navigation kit pre-installed and the open-source RoamerX Open software, made for universities and robotics labs that develop their own perception, localisation and navigation. On top of the standard L1 platform it carries an NVIDIA Jetson Orin NX 16 GB computing module with 100 TOPS of AI compute, a Mid-360 3D LiDAR, an Intel RealSense depth camera, a GNSS positioning module with an RTK antenna and a 5G communication module, fusing visible-light, depth and laser point-cloud perception on the robot.
RoamerX Open is a toolset, not a finished application: ROS 2 middleware, an open-source SLAM and Nav2 algorithm toolkit and example mapping and navigation functions, visualised in RViz on an Ubuntu PC. Genisom places it at research-demo level. The framework runs end to end, and what you build on it is up to your team, so it suits groups with strong algorithm and software-integration skills. The source code is open, new versions are downloaded from Genisom's GitHub repository, and software questions are handled through the open-source community.
The platform has 12 joints with 48 N·m peak torque and reaches 3.7 m/s. It climbs 30° slopes in standard conditions and up to 40° at the limit, carries 5 kg, and walks on roads, paving, grass, gravel and dirt tracks. At 17 kg it stands about 630 × 360 × 525 mm and lies down to about 670 × 425 × 255 mm, it is rated IP54, and a charge gives 0.5–1.5 hours of operation and up to 4.5 km. Two Gigabit Ethernet ports, SBUS + RS-485, two USB 3.0 Type-C ports, a 24 V DC output and a SIM slot take your own sensors and modules.
Compared with the standard Genisom L1, this edition adds the compute, LiDAR, depth camera, GNSS/RTK and 5G hardware that autonomous-navigation work needs. If you want a robot that patrols out of the box rather than a research base, the L1 EDU RoamerX Pro carries the same hardware with Genisom's paid, ready-to-deploy software package. Battery capacity and charging time are confirmed at quote.
Key Capabilities
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Navigation kit pre-installed: A Jetson Orin NX 16 GB module, Mid-360 3D LiDAR, RealSense depth camera, GNSS with an RTK antenna and a 5G module come fitted on the L1 robot platform.
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100 TOPS of onboard AI compute: The Orin NX fuses visible-light, depth and laser point-cloud data on the robot in real time.
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Open-source RoamerX Open: ROS 2 middleware, an open-source SLAM and Nav2 toolkit and example mapping and navigation functions give a research team a working starting point.
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Source code you can change: The code is open, new versions come from Genisom's GitHub repository, and you visualise and debug in RViz on an Ubuntu PC.
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Ports for your own hardware: Two Gigabit Ethernet ports, SBUS + RS-485, two USB 3.0 Type-C ports, a 24 V DC output and a SIM slot take extra sensors and modules.
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IP54 and 3.7 m/s on mixed ground: The 17 kg robot carries 5 kg and climbs 30° slopes, 40° at the limit, across roads, paving, grass and gravel.
Buying through Robotix Market
This unit is sourced new through established distribution channels and ships worldwide with the manufacturer warranty. Technical support is coordinated with the manufacturer's own service network. Deployment scope, configuration, and commissioning responsibilities are agreed as part of the quotation — on-site installation is not included in the product price.
