How adaptable is the intelligent logging machine to complex terrains such as steep slopes and swamps?

Modern intelligent logging machines achieve all terrain operations through three major technological breakthroughs:

1. Hydraulic adaptive system:

Equipped with high-precision pressure sensors, the hydraulic support leg pressure is adjusted in real time to ensure the stability of the equipment on steep slopes above 35 ° (such as the Liugong XE215GF model tested in high-altitude forest areas in Yunnan, which can operate stably on slopes of 40 °).

In marshy terrain, equipment sinking is prevented through wide tracks (width ≥ 800mm) and low ground pressure design (≤ 0.05MPa).

2. Miniaturization and modular design:

Develop a micro intelligent logging machine for dense forests or narrow passages (such as gripping tree branches with a diameter of ≤ 400mm), with a body width that can be reduced to 1.2 meters and a turning radius of less than 3 meters.

The modular blade head can be quickly replaced (completed within 5 minutes), adapting to different tree species and terrain requirements.

3. AI dynamic path planning:

By combining LiDAR and SLAM algorithms, a real-time 3D terrain model is constructed to automatically avoid obstacles such as rocks and tree roots. For example, in the frozen soil area of Northeast China, the equipment can identify the depth of the underground frozen layer and adjust the cutting force to prevent blade damage.

Data support: According to tests conducted by the Chinese Academy of Forestry, the operational efficiency of intelligent logging machines in complex terrains is 2.3 times that of traditional equipment, with a failure rate of only 1/5.