Technical parameters:

weight (kg): 13500

max. thrust & pullback force: 450/900 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: Φ1100

dimension (LWH): 750022502500

max. torque (N·m): 23500

max. rotation speed: 105 r/min

max. mud flow (L/min): 600

max. mud pressure (MPa): 10

max. climbing gradient: 18

suggest crossing length (m): 600 (varies with geological conditions)

Description:

1. the traction and transport mechanism adopts an automatic enclosed system with real-time monitoring; hydraulic transmission system achieves 15%–20% higher productivity, 15%–20% lower oil temperature, and 15% energy savings compared to conventional systems.

2. integrated modular design for electrical/electronic components in the traction-transport mechanism reduces failure risks caused by component aging, ensuring stable and reliable control.

3. powered by a cummins engine specifically engineered for construction machinery, delivering exceptional operational power.

4. main beam employs a four-beam load-bearing structure, expanding entry angle range to ensure large-angle drilling without ground detachment, thereby enhancing safety.

5. travel control system guarantees safe operation during movement, transportation, and loading/unloading processes.

6. reversible magnetic separator facilitates effortless drilling rod handling, reducing labor intensity and boosting work efficiency.

7. equipped with φ83×3000mm and φ89×3000mm friction pins; machine footprint adapts to confined spaces while meeting high-efficiency design requirements.

8. core hydraulic components sourced from globally leading hydraulic manufacturers, ensuring superior reliability and operational safety.

9. optimized electrical design minimizes failure rates and simplifies maintenance workflows.

10. traction-transport mechanism utilizes a toothed drive system for high efficiency, durability, stable performance, and easy maintenance.

11. rubber-coated steel tracks withstand heavy loads and enable versatile mobility across diverse terrains.