In mountain exploration operations, rugged terrain often brings challenges to the movement of drilling rigs, and the crawler design of the Crawler Full Hydraulic Core Drilling Rig plays a key role first. Its crawlers have a larger contact area with the ground, which can reduce the pressure on the soft mountain soil and prevent the rig from sinking into the mud. At the same time, the anti-slip patterns on the surface of the crawlers enhance friction with the ground, even when moving on slopes with gravel, it can reduce the risk of slipping.
When encountering gullies or raised obstacles in the mountains, the hydraulic suspension system of the rig will participate in adjustment. Workers can adjust the lifting height of the crawlers by operating the hydraulic valve, allowing one end of the rig to cross the obstacle first, then slowly adjust the other end, and gradually pass through complex sections. This adjustment method does not require additional hoisting equipment, which can reduce reliance on the environment of the exploration site.
If there are narrow passages in the operation area, the crawler tension adjustment function of the Crawler Full Hydraulic Core Drilling Rig will show its advantages. By tightening the crawlers, the lateral width of the rig can be appropriately reduced, enabling it to pass through narrow mountain roads smoothly. Meanwhile, the steering system of the rig adopts hydraulic drive, which makes it easier to control the speed difference of the crawlers when turning. This allows the rig to complete steering in a limited space and reduce damage to surrounding vegetation.