In numerous fields such as construction machinery (construction machinery parts), agricultural machinery, military equipment, etc. This is the tracked chassis (crawler chassis) that enables large machinery to move steadily through muddy swamps, navigate flexibly on uneven roads, and remain firmly on the surface of soft snow without sinking at all.
Core Advantage: The core competitiveness of the tracked chassis (crawler chassis) stems from its unique way of contacting the ground. Unlike the wheeled chassis which makes contact with the ground through tire points or lines, the tracked chassis forms a surface contact with the ground through continuous track plates. This structural difference endows it with three inherent advantages.
The tracked Chassis (crawler chassis) has strong traction, capable of handling complex resistance: The friction between the tracks and the ground is the key factor in generating traction. The contact mode of surface contact enables the track chassis to have a higher friction coefficient. Combined with the transmission structure where the driving wheels mesh with the tracks, the engine power can be efficiently converted into traction.
Tracked chassis stability: The tracks of the track chassis have a long contact length with the ground and a wide width, which increases the supporting surface of the machine's center of gravity. The lateral and longitudinal stability of the track chassis far exceeds that of the wheeled chassis. In uneven terrain, the elastic buffering structure of the track plate can absorb vibrations, reducing the impact of mechanical bumps on the accuracy of operations.
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