New Honey Badger 5.0 is now available!
WHAT'S NEW?
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More durable and resilient mechanical design for navigating harsh environments
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Enhanced safety algorithms and autonomy
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More capabilities related to payload, sensors and control
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With the launch of the new version, sales of the Honey Badger 4.0 have officialy come to an end.
Don't worry, we'll support your existing HB4.0 robot during the warranty period.
Uncompromised Durability,
Industrial Precision
Uncompromised Durability,
Industrial Precision
Honey Badger thrives in dust, water and wide temperature range thanks to durable and IP67-rated construction.
The body design, coupled with specialized control algorithms, ensures robust stability and uninterrupted operation on uneven terrain.
Designed as a universal carrying platform for sensors and tools, it fits perfectly across a wide range of scenarios.
TECHNOLOGY AWARDS
Specification
Physical dimensions
60 x 40 x 15-50 cm
Weight
12 kg
Payload
up to 4 kg
Battery runtime
up to 2 hours
Communication
5G Wi-Fi or Optic Fibre
Ingress Protection
up to IP67
Operating temperature
0-40°C
Control device
PC/Remote controller
Underwater Robotics Experience
We engineer versatile robotic systems built to thrive in the most challenging environments. Our flagship Honey Badger 4.0 robot excels on land, and its IP67-rated waterproof construction, combined with MAB advanced actuators, adds a unique capability: the power to walk, maneuver, and perform complex tasks below the surface.
WHY A LEGGED ROBOT?
Legged robots have unparalleled versatility in navigating unknown and unstructured terrains, enabling the robot to overcome obstacles and adapt to its environment while keeping the balance and stability. As for MAB Robotics robots, they tap into superior mobility and sturdy design, which makes them a durable and reliable solutions. The combination of cutting-edge engineering and bioinspiration yields great dynamics and agility.
Honey Badger is a uniquely engineered solution for demanding tasks, developed in-house by MAB Robotics team with real-world needs in mind. The small size of the robot, its waterproof design and solidness contribute to being able to operate in environments where other types of mobile robots are insufficient, such as underground tunnels, narrow passages or waterlogged terrains.