Technical parameters:

weight (kg): 14500

max. thrust & pullback force: 480/960 kn

max. thrust & pullback speed: 55 m/min

engine power (kw): 194

walking speed (km/h): 3–5

entry angle: 12–22°

suggest reaming dia: Φ1300

dimension (LWH): 845023202650

max. torque (N·m): 27000

max. rotation speed: 116 r/min

max. mud flow (L/min): 600

max. mud pressure (MPa): 10

max. climbing gradient: 18

suggest crossing length (m): 700 (varies with geological conditions)

Description:

1. the traction and drive system of this product adopts the rexroth automation system from germany, enabling independent control under load conditions. compared with traditional systems, the hydraulic drive system can increase productivity by over 15%–20%, reduce thermal losses by approximately 50%, and save 15%–20% more energy consumption than conventional systems.

2. it is equipped with a cummins engine specifically designed for construction machinery, featuring high efficiency, powerful performance, low fuel consumption, low noise, and strong operational capabilities.

3. the reserve power booster enhances traction power (pulling force), which can be increased to 960 kn to ensure structural safety in large-scale construction projects.

4. the main chassis incorporates four supporting leg structures, significantly improving chassis stability and preventing overturning during steep-angle operations or off-road driving, thereby enhancing safety performance.

5. an advanced travel control system ensures safety during movement, transportation, and loading/unloading processes.

6. the reversible manipulator facilitates drill rod loading/unloading, substantially reducing workers’ labor intensity and improving operational efficiency.

7. equipped with functional racks supporting working ranges of φ89×4500mm or φ102×4500mm, meeting requirements for efficient operations in confined spaces.

8. key hydraulic components are sourced from top-tier international hydraulic manufacturers, greatly enhancing product reliability and safety.

9. the rational electrical design ensures low failure rates and convenient maintenance.

10. the traction and feeding mechanisms utilize a rack-and-pinion system, characterized by high efficiency, durability, stable operation, and easy maintenance.

11. rubber-coated steel tracks enable heavy load-bearing capacity and adaptability to various road conditions.