As an important part of engineering machinery, agricultural machinery and other fields, crawler chassis is favored for its excellent off-road performance and stability. According to different classification standards, crawler chassis can be divided into many types to meet the needs of different application scenarios.
According to the purpose, crawler chassis are mainly divided into engineering crawler chassis and agricultural crawler chassis. Engineering crawler chassis are usually used for heavy engineering machinery such as excavators and bulldozers. This type of chassis has high load-bearing capacity and stability and can work stably in harsh engineering environments. Agricultural crawler chassis are mostly used in agricultural machinery such as tractors and harvesters. Its design pays more attention to lightness and flexibility to meet the needs of farmland operations.
According to the walking mode, crawler chassis can be divided into rubber crawler chassis and metal crawler chassis. Rubber crawler chassis has good shock absorption performance and low noise, and is suitable for occasions with high requirements for noise and vibration. Metal crawler chassis has stronger wear resistance and load-bearing capacity, suitable for heavy loads and harsh road conditions.
According to the driving mode, crawler chassis can be divided into mechanical drive crawler chassis and hydraulic drive crawler chassis. Mechanical drive crawler chassis has a simple structure and high reliability, but relatively poor operational flexibility. Hydraulic drive crawler chassis has higher operational flexibility and response speed, but the system is complex and the maintenance cost is high.
In addition, crawler chassis can also be classified according to parameters such as track width and pitch to adapt to different terrains and operating requirements.
In short, there are many types of crawler chassis, and different types of crawler chassis play an important role in fields such as engineering machinery and agricultural machinery.
