Cutom crawler undercarriage rubber track chassis for all-terrain four-drive firefighting robot

All-terrain four- drive drive firefighting robot is a multi-functional firefighting robot, mainly used to fight fires that are inaccessible to personnel and conventional firefighting robots with complex terrain. The robot is equipped with fire smoke exhaust system and demolition system, which can effectively exclude smoke disaster at the fire relief site, and can remotely control the fire cannon to the required position using its own power. Replace fire fighters close to fire sources and dangerous places to avoid unnecessary casualties. It is mainly used for subway station and tunnel fire, large span, large space fire, petrochemical oil depot and refining plant fire, underground facilities and freight yard fire and dangerous fire target attack and cover.

The robot adopts a four- drive tracked chassis, which is flexible, can turn in place, climb, and has strong cross-country ability, and can easily cope with a variety of complex terrain and environment. Specifically, the role of the four- drive chassis on the firefighting robot includes:

1. Good traversability: The four- drive chassis allows the robot to have better traversability under different terrain conditions, including climbing hills, overcoming obstacles, crossing uneven terrain, etc., which is crucial for the movement of fire-fighting robots at fire scenes.

2. Stability: The four- drive chassis can provide better stability, allowing the robot to remain stable even on uneven ground, which is helpful for carrying equipment and performing tasks.

3. Carrying capacity: Four- drive chassis are usually designed as structures that can carry a certain weight, which means that firefighting robots can carry more equipment and tools, such as water guns, fire extinguishers, etc., to better perform firefighting tasks.

4. Flexibility: The four-wheel drive chassis can provide better maneuverability and flexibility, allowing the robot to quickly respond to the fire commander’s instructions and flexibly adjust its attitude and direction.

Therefore, the four- drive chassis is crucial to the role of the firefighting robot. It can provide the robot with stability, mobility and load-bearing capacity in complex environments, allowing it to better perform firefighting tasks.