Remote Control Robot
Be safe. Be with us.
Remote control robots for explosive, CBRN and hazards disposal that help save lives.
The only robot with variable geometry
The combination of its variable geometry and self-stabilization system, allows the robot to adapt to any operating scenario imaginable. From narrow aeroplane aisles, buses or subways and underground tunnels to wading through debris or traversing wide-open spaces, it has no limits.
Variable geometry system
The robot automatically increases or decreases its width to optimize its mobility and stability depending on whether it’s in narrow or wide spaces
Platform self-stabilization
The self-stabilization system always keeps the robot platform in a horizontal position on stairs, ramps, slopes or uneven debris-filled terrain.
Plug & play payload technology
Self-detection and real-time configuration of any accessory, without the need for operator intervention.
Removable
its main arm, flippers and batteries can easily be uncoupled from the robot without using tools, making it easy to transport in any vehicle
Strength and power
Allows the operator to manipulate and move objects of up to 75 kg easily and skillfully.
Autonomous capacities
autonomous indoor and outdoor navigation systems that generate 3D maps of the environment
Main Features
- Stowed length : 815 mm (32”)
- Stowed height : 848 mm (33.4”)
- Stowed width : 564 mm (22.2”)
- Maximum speed :5 km/h (3.1 mph)
- Traction system : 4 flippers with independent or coordinated movement
- Slopes: 45º (depending on surface)
- Horizontal platform & stable centre of gravity : Automatically keeps the platform as horizontal as possible or maintains the centre of gravity within the area of the base of the platform
- Variable geometry : The robot can dynamically change its width from 400 mm (15.7”) to 680 mm (26.8”) to adapt to the required situation
- Platform roll and pitch “doggy” movement : Yes
- Anti-overturn system : Yes
- Obstacle collision avoidance system : Yes
- Directional two-way audio system : Yes
- Materials : Structure of aeronautical aluminium alloy and high resistance steel alloy Plastic and UV technical composites. 3D printed caps
- Typical operating time : Aprox. 5 h (depending on task)
- Power system :Military / Standard rechargeable lithium-ion batteries (BB-2590/U)
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