Professional quadruped robot for inspection and collaboration

• ✔ Unrivaled mobility in challenging terrain
• ✔ Static load capacity up to 120 kg for flexible use
• ✔ Advanced sensory perception with cameras, lidar and ultrasound
• ✔ Autonomous navigation and obstacle detection thanks to 3D modeling
• ✔ Intuitive interaction using voice commands and mobile apps
• ✔ Ideal for industrial inspections, rescue operations and educational programs
• ✔ Ability to identify foreign objects and detect dangerous gases

Introducing a cutting-edge quadruped robot that redefines the standards of mobility and intelligence in the field. This professional model is designed for a wide range of applications from industrial inspections to complex research tasks, where adaptability and precision are key.

⚙️ What can this robot do?

• Extreme Mobility: The robot moves with incredible ease, overcoming obstacles such as piles of wood or 40cm high platforms. It remains stable even on slippery or extreme terrain and can handle static loads of up to 120kg.
• Intelligent Perception: Equipped with a wide range of sensors, including cameras, lidar and ultrasound, the robot effectively perceives its surroundings. The cameras enable object identification, while lidar constructs 3D models for autonomous navigation and obstacle avoidance.
• Flexible Interaction: The robot offers rich interactive features. It can be controlled via remote controls and mobile apps, responds to voice commands, and can have voice conversations with users, simulating human emotional responses.
• Specialized Tasks: This robot finds application in many areas. In industry it is ideal for inspections, scanning damaged packages and identifying foreign objects. In the field of fire protection it can transmit images in real time and detect flammable and toxic gases.

🔍 Explore every detail

Designed for maximum reliability and efficiency in the most demanding environments, this advanced robot features robust construction and intelligent systems, making it an invaluable tool for professionals looking to solve complex tasks where conventional methods fail.

Its ability to move smoothly over uneven, slippery or otherwise inaccessible terrain, combined with its high load capacity, opens up new possibilities for delivering tools, monitoring hazardous areas or performing detailed inspections in confined spaces.

⚠️ Are you bothered by difficult-to-access spaces or dangerous inspections?

Manual inspections in hazardous or difficult-to-access areas are time-consuming, costly, and often life-threatening. Conventional robots struggle with limited mobility in complex terrain and lack of sensor accuracy. Do you need a reliable solution that works autonomously and with maximum precision?

✅ Get your time and security back!

Our quadruped robot is the ideal solution for these challenges. With its unmatched mobility and advanced sensory capabilities, it can handle even the most complex tasks. It allows you to perform inspections and data collection from a safe distance, reducing risks and dramatically increasing the efficiency of your work. Discover reliability and precision in one intelligent package.

✨ More than just features, real benefits

• Features: Extreme mobility in any terrain (overcomes 40cm obstacles) -> Benefit: You gain access to previously inaccessible or dangerous areas without risk to human operators.
• Features: Integrated cameras, lidar and ultrasonic sensors for 3D modeling -> Benefit: You get detailed and accurate data about the environment for effective autonomous navigation and object detection.
• Function: Static load capacity up to 120 kg -> Benefit: You can equip the robot with other specialized equipment, which expands its application possibilities and flexibility.
• Features: Voice control and interaction -> Benefit: Intuitive and easy robot control that reduces training time and increases operational efficiency.
• Function: Detection of foreign objects and hazardous gases -> Benefit: Increases the safety of the work environment and enables timely response to potential threats.

👥 Who is it the ideal choice for?

• Industrial companies and inspection services: For inspection of pipelines, structures and storage areas.
• Rescue and security agencies: For debris survey, threat detection and disaster monitoring.
• Educational and research institutions: As a platform for the development of new algorithms for autonomous navigation and robotic interaction.

🤔 Do you have any concerns? We'll answer them

• Concern: How difficult is it to control such a complex robot? -> Answer: The robot is designed with user-friendliness in mind and offers intuitive control via apps, remote control and even voice commands.
• Concern: Will the robot work reliably in extreme conditions? -> Answer: Yes, it is specially designed for stability on slippery surfaces and overcoming obstacles, which guarantees reliability even in the most demanding terrain.
• Concern: Is the sensor perception accurate enough for detailed inspections? -> Answer: Thanks to the combination of cameras, lidar and ultrasonic sensors, the robot achieves high accuracy in detection and 3D modeling, which is key for detailed analyses.

📊 Technical specifications

Parameter	Value
Robot type	Four-legged inspection and collaborative robot
Maximum static load capacity	120 kg
Ability to overcome obstacles	Wood piles, platforms up to 40 cm
Off-road stability	On slippery and extreme terrain
Sensors	Cameras, lidar, ultrasonic sensors
Perception function	Object identification, 3D modeling, autonomous navigation, obstacle avoidance
Interaction options	Remote control, mobile app, voice commands, voice conversations
Primary industrial applications	Inspection, scanning of damaged packages, identification of foreign objects
Applications in rescue services	Real-time image transmission, detection of flammable and toxic gases

❓ Frequently Asked Questions (FAQ)

1. What is the main advantage of a four-legged design over wheeled or tracked robots?

The four-legged design provides unmatched mobility and stability in extremely rough, slippery, or otherwise inaccessible terrain where wheeled or tracked robots would get stuck.

2. Can the robot operate in a fully autonomous mode?

Yes, thanks to the integration of lidar and cameras for 3D modeling, the robot is capable of autonomous navigation and obstacle avoidance in real time.

3. What types of objects can the robot identify?

The robot is able to identify various objects using camera systems, which is key, for example, for scanning damaged packages or detecting foreign objects in an industrial environment.

4. Is this robot suitable for educational purposes and development?

Yes, its professional design and advanced features make it an ideal platform for teaching robotics, developing new algorithms, and researching autonomous systems.

5. What is the maximum load capacity that the robot can carry?

The robot has a maximum static payload of 120 kg, which allows it to be equipped with other specialized equipment for specific missions.

6. What sensors does the robot use to perceive its surroundings?

It uses a combination of cameras, lidar, and ultrasonic sensors for a comprehensive and accurate perception of its environment.

7. Can the robot be controlled remotely?

Yes, the robot offers flexible control options including a remote control, mobile apps, and voice commands, ensuring simple and efficient control.