Professional Inspection Quadruped Robot with 120kg Load Capacity and Off-Road Mobility

• ✔ Extreme mobility on any terrain
• ✔ Overcomes obstacles up to 40 cm high
• ✔ Static load capacity of up to an incredible 120 kg
• ✔ Advanced sensors (cameras, LiDAR, ultrasound) for detailed exploration
• ✔ Autonomous navigation and intelligent obstacle detection
• ✔ Ideal for inspections in industrial, mining and hazardous environments

Introducing a revolutionary quadruped robot designed for deployment in the most challenging environments. With unmatched off-road mobility and high payload capacity, this robot is the ideal partner for inspection, security and monitoring tasks where conventional methods fail.

⚙️ What can this robust robot do?

• **Unrivaled mobility:** Easily overcomes piles of wood, 40cm platforms and maintains stability on slippery or extreme terrain.
• **High load capacity:** With a maximum static load capacity of 120 kg, it can carry a significant amount of equipment or sensors.
• **Complex Surrounding Perception:** Uses cameras, LiDAR, and ultrasonic sensors for detailed 3D mapping and object identification.
• **Intelligent Autonomy:** The ability to autonomously navigate and avoid obstacles through advanced processing of sensor data.
• **Versatile use:** From damaged box inspections in industry to gas detection and image transmission in the fire sector.

🔎 Explore every detail and be amazed

This robot represents the pinnacle of autonomous off-road platforms. Its design is optimized for maximum durability and reliability in the most demanding conditions. The four-legged structure ensures excellent weight distribution and adaptability to uneven surfaces, allowing stable movement even where wheels or tracks would fail.

The integration of advanced sensors gives it the ability to accurately perceive its surroundings. Cameras provide visual data for object recognition, while LiDAR creates accurate 3D models of the environment, which is key for autonomous navigation, precise positioning and detection of potential hazards. Ultrasonic sensors complete the overall picture of nearby obstacles, ensuring safe operation.

⚠️ Are you bothered by difficult terrain and dangerous inspections?

Many industrial, mining, or rescue environments are too dangerous or inaccessible for humans. Conventional inspection tools often lack the mobility or load capacity needed for effective monitoring. You need a reliable helper that can go anywhere, carry the necessary equipment, and provide critical data in real time without endangering human personnel.

🚀 Get your time and safety back with an advanced robot!

Our four-legged all-terrain robot is designed to meet these challenges. With its unmatched mobility, high-obstacle-climbing capability and high payload, it will become your extended arm in inaccessible areas. It will allow you to perform detailed inspections, monitor hazardous gases and collect critical data without risk to human operators, dramatically increasing the safety and efficiency of your operations.

💡 More than just features, real benefits for you

• Overcoming obstacles (up to 40 cm): Quickly and safely gets over piles of rubble, cables or pipes -> Provides access to all corners where a person or other robot cannot reach.
• Static load capacity (120 kg): Can carry heavy specialized sensors, additional equipment or samples -> Allows for comprehensive data collection and deployment flexibility.
• Stable movement in extreme terrain: Maintains balance on slippery and uneven surfaces -> Minimizes the risk of tipping and damage, ensures reliable operation.
• Advanced sensors (LiDAR, cameras, ultrasound): Provides detailed 3D mapping and object identification -> You get accurate and comprehensive information for quick decision-making.
• Remote control and monitoring: Real-time image and data transmission -> Increases personnel safety and allows operations from a safe distance.

👥 Who is it the ideal choice for?

• **Inspection teams:** For inspection of pipelines, structures, bridges, substations and other infrastructure.
• **Security and rescue forces:** For disaster relief, contaminated areas, or firefighting.
• **Mining and quarrying industry:** For monitoring tunnels, detecting anomalies and ensuring safety in underground operations.
• **Industrial companies:** For automated inspections of production lines, warehouses and fault finding.

❓ Do you have any concerns? We'll answer them!

• Concern: Is the robot durable enough for harsh environments? -> Answer: Yes, it is designed for extreme conditions, with a robust construction and the ability to withstand adverse conditions.
• Concern: How is its autonomous navigation in unfamiliar terrain? -> Answer: Thanks to a combination of LiDAR, cameras, and ultrasound, it effectively maps and navigates in real time, autonomously avoiding obstacles.
• Concern: Can it carry all the necessary inspection equipment? -> Answer: With a load capacity of up to 120 kg, it provides sufficient capacity for a wide range of sensors, cameras and other special equipment.

🛠️ Technical specifications

Parameter	Value
Movement type	Four-legged, All-terrain
Maximum static load capacity	120 kg
Ability to overcome obstacles	Up to 40 cm (e.g. wood piles)
Movement in difficult terrain	Stable on slippery and extreme surfaces
Sensors	Cameras, LiDAR, Ultrasonic sensors
Perception function	Object identification, 3D environment modeling
Navigation	Autonomous, with obstacle detection and avoidance
Recommended applications	Inspection (switchboards, mines, industry), fire fighting (image transmission, gas detection)

❓ Frequently Asked Questions

What load capacity does the robot offer?

This robot has an impressive static payload of up to 120 kg, allowing the transport of extensive inspection or rescue equipment.

What types of obstacles can the robot overcome?

It is designed to easily overcome obstacles up to 40 cm high, including piles of rubble, wood or other terrain irregularities.

What terrain can the robot move in?

The robot maintains stability and smooth movement even on slippery, uneven or extremely difficult terrain, thanks to an advanced four-legged mechanism.

What sensors does the robot use to perceive its surroundings?

For comprehensive perception of the environment, it is equipped with a set of sensors including cameras for visual identification, LiDAR for 3D mapping, and ultrasonic sensors for detecting nearby obstacles.

What tasks is this robot primarily intended for?

Its main uses lie in inspections (e.g. in the industrial sector for checking equipment, substations or mines) and in rescue operations such as firefighting, where it can transmit images and detect dangerous gases.

Can the robot be controlled remotely?

Yes, the robot can be controlled via remote controls and specialized mobile applications, allowing for safe operations from a distance.