• 22 HP Changzhou single-cylinder water-cooled diesel engine;
• Diesel engine supporting kits (starting battery + electric starter motor + fuel tank + air filter + cooling water tank);
• High torque hydraulic power head;
• Hydraulic cylinder;
• Hydraulic gear oil pump;
• Multi-way directional control valve group;
• Hydraulic accessories (high-pressure oil pipe + joint + filter + pressure gauge);
• Main frame welded frame + traction frame;
• Sliding frame assembly (guide rail + lifting power head bracket);
• Rubber tracked + mechanical walking chassis;
• Hydraulic outriggers;
• Electrical assembly (ignition switch + start switch + wiring harness + insurance);
• Control handle + console parts.

• 25 HP Changzhou single-cylinder water-cooled diesel engine;
• 28 HP Changzhou single-cylinder water-cooled diesel engine;
• 32 HP Changzhou single-cylinder water-cooled diesel engine;
• 35 HP Changzhou single-cylinder water-cooled diesel engine;
• 25 HP Runtong Euro V two-cylinder air-cooled diesel engine;
• 25 HP EPA Runtong Euro V two-cylinder air-cooled gasoline engine;
• 35 HP EPA Runtong Euro V two-cylinder air-cooled diesel engine;

• Drill pipe: Φ50mm/L1.5/6.5kg per piece
• Three-wing alloy drag bit: Φ8~35cm
• PDC non-core composite bit: 6/8/10/13/15/20/25/30/35cm

Southeast Asia: Agricultural irrigation, ground source heat pumps, engineering dewatering. Southeast Asia has a humid climate and developed agriculture, where hydraulic water well drilling rigs can be used for agricultural irrigation. Meanwhile, there is also demand in fields such as ground source heat pumps and engineering dewatering, supporting local agriculture and engineering construction.

South America: Mine auxiliary water use, pasture water wells. South America has many mines and pastures, where hydraulic water well drilling rigs can provide auxiliary water for mines to meet water demand during mine production. They can also drill water wells for pastures to ensure drinking water supply for livestock.

Eastern Europe & Central Asia: Domestic water wells, ground pipe heat exchange holes. In Eastern Europe and Central Asia, residents have the demand for domestic water wells to solve daily domestic water use. In addition, the construction of ground pipe heat exchange holes will also use hydraulic water well drilling rigs for ground source heat pump systems.

Core Construction Process: Large flow clean water/mud positive circulation + medium-high speed uniform drilling; replace with clean water in time when viscosity is too high; do not stop drilling in clay layers for a long time to avoid bit balling;

Core Logic: Prevent bit balling and mud bagging, efficient deslagging;

Adaptable Core Areas: All alluvial plains and agricultural clay layers worldwide (full coverage of Southeast Asian rice fields, African black soil areas, and South American plains).

Core Construction Process: Appropriate addition of CMC tackifier to mud to prevent hole collapse + medium-high speed uniform drilling + large flow continuous circulation operation; do not frequently lift or stop drilling, circulate for 10 minutes to fully remove cuttings before lifting the drill slowly to avoid hole collapse;

Core Logic: Wall protection and collapse prevention, suspended deslagging;

Adaptable Core Areas: Mekong/Mae Nam alluvial plains in Southeast Asia, sandy areas on the edge of the Sahara in Africa, desert edges in the Middle East, and sandy layers in river alluvial belts worldwide.

Core Construction Process: Low speed, light pressure, large flow continuous circulation deslagging; strictly prohibit blind increase of cylinder pressure for forced drilling; in case of stuck drill, immediately reverse rotation + small lift, do not force top;

Core Logic: Prevent stuck drill and reduce bit impact;

Adaptable Core Areas: Congo Basin river valleys in Africa, piedmont alluvial belts in the Amazon Basin in South America, global river/foothill alluvial gravel layers, and weathered fragmented rock layers in hilly areas.