Tracked transport vehicles generally exhibit good stability when driving on snow, with their core advantage stemming from the adaptability of the track design to snowy environments.

Core Reasons for Strong Stability

• The tracks have a large ground contact area, which can distribute the vehicle's weight, reduce pressure on the snow, and lower the risk of sinking.

• The anti-slip patterns or protrusions on the surface of the tracks can enhance friction with snow-covered or icy road surfaces, preventing slipping.

• The tracked walking structure has a lower center of gravity, and when combined with the wide-track design, it can reduce the probability of rollover and is suitable for driving on snowy slopes.

Key Factors Affecting Stability

• Snow depth: Deep snow that exceeds the height of the tracks will increase driving resistance and may affect steering and passability.

• Ice condition: The friction on pure ice surfaces is extremely low; even tracked vehicles may slip, requiring the use of anti-slip tracks or snow chains.

• Vehicle configuration: Models equipped with differential locks and power distribution systems offer better stability than those with standard configurations.