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High Payload, Lightweight Design
The Genisom M1 combines a lightweight structural design with high payload capacity, allowing the robot to carry sensors, equipment, and mission payloads while maintaining stability and endurance during long-duration operations.
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Built for Industrial Robotics Applications
The Genisom M1 is designed as a professional mobile robotics platform capable of performing complex tasks across industrial, security, and research environments.
Its combination of payload capacity, environmental durability, and intelligent navigation allows it to perform missions that would normally require human operators in hazardous environments.
Typical use cases include:
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security patrol and perimeter monitoring
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powerline and utility inspection
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industrial site monitoring
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logistics and cargo transport
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disaster response and search and rescue
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robotics research and development
Dual Mobility System
The M1 supports both legged locomotion and wheeled mobility, allowing operators to optimize performance depending on terrain and mission requirements.
Legged mode enables the robot to climb obstacles, navigate uneven terrain, and maintain stability in challenging environments.
Wheel mode provides higher travel speeds and increased efficiency when operating on smooth surfaces.
The wheel-leg modules can be quickly swapped depending on mission needs.
High Payload Capability
Unlike smaller quadruped robots designed primarily for research, the M1 is engineered to carry substantial operational payloads.
The platform supports continuous payloads of 25–30 kg, enabling integration of equipment such as:
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inspection sensors
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LiDAR scanners
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industrial cameras
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communications systems
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robotic arms
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logistics payloads
Autonomous Perception and Navigation
The robot integrates multiple perception systems that support intelligent navigation and autonomous operation.
These include:
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visual perception systems for environmental awareness
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LiDAR support for mapping and obstacle detection
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ultrasonic sensors for close-range obstacle avoidance
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inertial navigation systems for stabilization and motion control
Together, these sensors allow the M1 to perform autonomous navigation, target detection, and environmental reconnaissance.
Core System Specifications
| Category | Specification |
|---|---|
| Standing Dimensions | approx. 80 × 50 × 60 cm |
| Folded Dimensions | approx. 89 × 50 × 26 cm |
| Weight | approx. 30 kg (with battery) |
| Battery Capacity | 20Ah |
| Load Endurance | greater than 2 hours |
| Continuous Payload | 25–30 kg |
| Maximum Speed (Legged) | greater than 4 m/s |
| Maximum Speed (Wheeled) | greater than 8 m/s |
| Maximum Obstacle Height | 80 cm |
| Maximum Ditch Width | 80 cm |
| Maximum Climbing Angle | greater than 45° |
| Operating Temperature | -20°C to 55°C |
| Protection Rating | IP67 |
Expansion Interfaces
The M1 is designed as an open robotics platform with multiple expansion interfaces for sensors and computing modules.
Communication Interfaces
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Gigabit Ethernet
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USB
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serial port
Power Interfaces
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5V
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12V
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24V
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48V
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up to 480W power output for payload devices
These interfaces enable rapid integration of mission-specific equipment and custom robotic systems.