Description

(I) Traveling Chassis

It utilizes a heavy-duty crawler chassis featuring a large ground contact area and low ground pressure, ensuring excellent traversability and stability across complex terrains such as muddy, soft, or mountainous ground. The chassis is equipped with hydraulic outriggers, allowing for rapid leveling of the machine body during operation to ensure the verticality and safety of drilling operations.

(II) Drilling Operation System

Hydraulic Drive System: Fully hydraulically controlled, offering precise and convenient operation. It enables the coordinated control of multiple functions—including rotation, feeding, hoisting, and outrigger extension—thereby reducing operator physical exertion.
Drill Pipe System: Features a modular design utilizing drill pipes of various specifications to accommodate the pipe-splicing requirements of drilling projects at different depths. The drill pipe connections employ a high-strength sealing structure to minimize the risk of air or fluid leakage, thereby ensuring drilling efficiency.
Power System: A Cummins engine provides stable power for the entire machine, making it ideally suited for field operations in environments lacking external power sources. Furthermore, the engine is characterized by low fuel consumption and high durability, which helps reduce long-term operating costs.

(III) Auxiliary Systems

Equipped with an independent pneumatic system that allows for the precise adjustment of air pressure and airflow, thereby meeting the air-drilling requirements of various geological strata. The operator console integrates visual instrumentation and control levers, providing real-time displays of parameters such as air pressure, rotational speed, and drilling depth, enabling the operator to monitor the operational status in real time.

Civil / Industrial Water Wells: Meets drilling requirements down to 800 meters for deep rural water wells, as well as industrial water wells in factory and mining zones, ensuring a stable water yield.
Agricultural Irrigation Wells: Ideal for the batch drilling of irrigation wells across large-scale farmlands, efficiently executing large-diameter, medium-depth drilling operations.
Geological Exploration: Utilized for shallow-to-medium-depth geological exploration boreholes to collect geological data, such as formation rock cores and hydrological information.
Other Engineering Projects: Can be extended to specialized drilling operations, including geothermal wells and ventilation shafts for small-scale mines.

High-Efficiency Drilling: Features an 800-meter deep-hole drilling capability combined with a penetration rate of 15–35 m/h; it balances drilling depth with operational speed, significantly shortening the overall drilling cycle.
Strong Environmental Adaptability: Equipped with a 30° gradeability and a crawler-type chassis, allowing for seamless transitions and operations across diverse terrains—including mountains, hills, and plains.
Superior Power and Control: Powered by a Cummins engine and a full hydraulic system, the rig delivers robust power and precise control, thereby reducing operational failure rates.
Flexible Configuration: Designed to accommodate various drill pipe specifications and air pressure settings, offering high versatility to meet drilling requirements across different geological conditions and borehole diameters.

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