Genisom L1 Maker

Industry-Grade Educational Quadruped Robot

Courses, Competitions & Certification

8kg continuous walking load

40° Extreme Climbing Angle

Open Development Platform

Mass-Produced Industry-Grade Robot

Component-Level Assembly

Build from Parts. Train on Real Robots.

Component-level assembly on a mass-produced, industrial-grade platform.

From Parts to a Complete Robot

Built on GENISOM AI's mass-produced, industrial-grade L1 platform, L1 Maker enables assembly and disassembly down to individual components, helping students understand how parts are constructed, how modules connect, and how the complete robot comes together.

Industrial-Grade Platform. Powerful Performance.

16cm Steps Continuous Climbing

8kg load continuous walking

High Resilience, Anti-External Interference

Complex Terrain, Flexible Passage

Desert Soft Ground, Smooth and Unobstructed

Obstacle Terrain Stable Forward

One Robot. Multiple Training Sessions.

Key Structural Parts & Core Connectors: ≥30 Cycles Each

Durable Design. Repeated Use.

Durable structural components and electrical connectors support hands-on robotics training, from assembly and testing to development. Reuse one robot across courses and training sessions to maximize equipment utilization.

Robot Commissioning. Hands-On Engineering.

Zero-Position Calibration | Joint Testing | System Commissioning

Access to Production Calibration Software

Bring production calibration workflows into the classroom. Students use calibration software and test real robots to understand calibration principles and develop practical assembly and commissioning skills.

Open Hardware & Software Interfaces

For classroom experiments, algorithm research, and hands-on innovation.

Hardware Expansion & Integration

Connect sensors and peripherals to extend robot capabilities for project-specific system integration and hands-on application development.

Simulation & Algorithm Deployment

Train algorithms in the MATRiX simulation platform, then deploy and validate them on real robots for teaching and research.

Software Development & Customization

Open APIs let educators and students design, implement, and test custom robot functions for teaching projects.

Notes

(1) The charging time data is measured under standard ambient temperature of 25°C;

(2) The range data is measured under the condition of speed 1m/s and no-load operation;

(3) For instructions on using the function expansion interface, please refer to the expansion manual;

(4) For detailed warranty terms, please refer to the product warranty manual;

(5) The above parameters are laboratory test data. Actual performance may vary due to factors such as usage environment and operation method. Please refer to the actual situation.