The rubber track chassis is mostly suitable for small light industry and small construction machinery industry. Light industry is generally agricultural machinery within 1 ton to 4 tons. The construction machinery industry is mainly used in the small drilling industry.

• Stability: Thanks to the crawler structure, the chassis provides excellent stability due to its large ground contact area, ensuring smooth operation in various applications.
• Operation: While operating at lower speeds compared to other chassis structures, the crawler chassis achieves sufficient running speed to meet operational requirements effectively.
• Durability: The crawler chassis delivers persistent operation through its structural and performance advantages, ensuring long-term reliability.

Crawler chassis assembly is primarily used for special applications including parades, tanks, and armored vehicles. The rubber track system offers ground protection, low noise, minimal vibration, and comfortable riding. It's suitable for high-speed operations with frequent transfers and provides all-road performance. Reliable electrical instruments and comprehensive machine status monitoring systems ensure proper driver operation.

The working life of rubber tracks averages approximately 2000 hours, varying with usage methods and soil conditions. Life expectancy may be halved in rocky or abrasive environments, while favorable conditions can double service life. Regular inspection should include checking oil levels and cleanliness, which are often overlooked but crucial for maintenance.

• Operating temperature range: -25°C to +55°C
• Avoid exposure to chemicals, oil, and seawater as salt content accelerates rubber aging - clean tracks after such use
• Protect from sharp protrusions like steel bars and stones that can damage tracks
• Uneven surfaces may cause edge cracks; tracks remain usable if steel cords remain undamaged
• Gravel surfaces cause early wear and small cracks; severe cases may lead to water intrusion and structural damage

• Determine machine log length, quantity, and foundation type based on equipment type, drilling design angle, depth, and regional conditions
• Ensure stable, square, and horizontal layout regardless of using wooden bases, channel steel, or I-beam machines
• Use washers with cross connecting bolts and tighten nuts to enhance foundation bearing capacity and equipment stability
• Pour concrete foundations for drilling tower legs, rig, power machine, and excavation pits in deep construction with unstable bedrock
• Installation sequence: drilling rig (intermediate shaft), power machine, mud pump, then auxiliary equipment
• Integrate drilling rig and power machine base bolts with machine bed wood and sleepers intersection
• Align crown block center, vertical shaft center, and drilling hole center in straight line
• Properly space belt-driven components and align pulleys for intermediate shaft, power machine, and mud pump
• Equip all equipment and auxiliary bolts with washers and tighten securely
• Conduct installation quality and safety inspection before commencing drilling operations