Quadruped Robot in field
Aware Robotics

Quadruped
family

compact size,
powerful performance in the field.

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Built for
Real World Performance

Quadruped is a compact and industrial grade quadruped robot designed for reliable operation in demanding environments. It offers stable movement on rough terrain, high maneuverability and long operating time while maintaining a lightweight and optimized structure. Suitable for both indoor and outdoor use, it provides a flexible platform for research, industrial inspection, education and autonomous system development where reliability and adaptability are required.

0 M/S MAX
SPEED
0 KG PAYLOAD
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0 HRS OPERATION
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Quadruped Robot
QUADRUPED
Stable Movement
Unmatched handling on rough terrains.
High Mobility
Easily overcomes complex obstacles.
Optimized Structure
Lightweight yet industrial-grade.

One Platform, Multiple Applications

Quadruped Robot Usage

Quadruped system is designed to support a wide range of use cases thanks to its modular hardware and software architecture. It can be used as a test platform for robotics and artificial intelligence research, real world development of autonomous navigation and perception systems, industrial inspection in hard to reach areas, and hands on education or demonstrations.

Its payload capability allows easy integration of cameras, LiDAR systems and custom sensors for task specific applications.

AI & Robotics Research Industrial Inspection Autonomous Navigation Perception Systems Sensors & LiDAR Education
Quadruped Development
Ready-to-use robotic platform.

Designed to Accelerate Development

Quadruped helps users accelerate development processes while reducing time and cost. By offering a ready to use robotic platform, it eliminates the need for complex mechanical and electronic design from scratch. Its high mobility and stable movement enable safe testing in real field conditions, while long battery life and modular design allow efficient operation and easy adaptation to different project requirements. The system is suitable for both learning focused and advanced development scenarios.

Reliable operation in demanding environments

High Mobility

Exceptional maneuverability and stable movement on rough terrain, perfect for real field conditions and unstructured environments.

Development Ready

Eliminates the need for complex mechanical and electronic design from scratch, drastically reducing time and cost for robotics research.

Modular Design

High payload capacity allows for easy integration of custom sensors, LiDAR systems, and cameras for task-specific applications.

Optimized Structure

Designed for reliability and adaptability, suitable for both indoor operations and harsh outdoor industrial inspections.

QUADRUPED

mini
QUADRUPED mini
  • Operation Time (h) | 2
  • Max Speed (m/s) | 3.5
  • Payload (kg) | 20
  • Weight (kg) | 12

QUADRUPED

midi
QUADRUPED midi
  • Operation Time (h) | 4
  • Max Speed (m/s) | 4
  • Payload (kg) | 50
  • Weight (kg) | 35

QUADRUPED

maxi
QUADRUPED maxi
  • Operation Time (h) | 6
  • Max Speed (m/s) | 4.5
  • Payload (kg) | 120
  • Weight (kg) | 60

This section is under development.