key benefits of bunker
high payload capacity
Designed and built to handle and manipulate heavy objects or payloads. Bunker is commonly used in industrial settings, manufacturing, logistics, and other applications where the ability to lift and move substantial loads is required.
The high performance track structure, suspension and shock absorbers make it easy for Bunker to conquer mud and rugged terrain. It also has the ability to climb slopes and stairs with ease. The tough industrial robot design is perfect for various complex environments.
adaptable and scalable
Bunker is supported with ROS1, ROS2, Python and GAZEBO for simulations. The slide rails on top allow for quick building with sensors, controls, cameras, etc. This makes Bunker expandable and adapable for various use cases.
robot development kits
size and weight
speed and performance
differential wire-controlled chassis
Bunker has extremely strong terrain adaptability because of it’s crawler-type differential mechanical mechanism. This industrial robot features strong load capacity, small mechanical loss and high ingress protection rating.
tough process design
The tough industrial robot design of Bunker make it competent for various complex environments. Multiple sets of servo motors provide an extremely strong power system and differential rotation ability. The suspension equipped with multiple sets of shock absobers provide extermely strong stability and the integrated forward tilt design brings superior climbing ability.
Expansion and rapid secondary development is made simple with Bunker. It can be customized for a variety of advanced operation modes. Users can communicate with the main control through CAN bus protocol, the open source SDK and ROS Package are also provided.
Fill in the form below to
Have questions about a product?
Connect With an Expert
"*" indicates required fields