Скачать или смотреть Smart Tree Cutting: Excavator & Teamwork Save Time! 🌳⚡

"Teamwork multiplies strength and safety." This video captures a common forestry or land-clearing challenge: efficiently cutting large felled trees into manageable sections without heavy machinery or risking injury. A creative collaboration between an excavator operator and a worker demonstrates a simple yet effective method.

Scene Description: The scene opens with a large tree trunk lying on the ground after being felled. The worker needs to cut it into smaller, transportable pieces. Traditionally, this requires manually rolling the heavy trunk or using multiple people to stabilize it during cutting—a time-consuming and hazardous process. Here, an excavator's precision gripping function provides a stable "workbench" in mid-air.

Method Explanation: The excavator operator carefully grips the middle section of the trunk with the machine's bucket or grappler attachment, lifting it slightly off the ground. The worker then stands securely on the suspended trunk and makes controlled cuts with a chainsaw:

The excavator adjusts the trunk's height and angle for optimal cutting positions
The worker cuts from the outer ends toward the center, allowing sections to fall clear safely
Constant communication ensures stability and safe movement This method transforms the excavator into a mobile, adjustable support system.
Why It Works:

Safety First: Eliminates the risk of the trunk rolling or shifting during cutting
Efficiency Boost: Reduces cutting time by over 60% compared to manual methods
Labor Saving: Requires only two people instead of a larger crew
Versatility: Adaptable to various terrain conditions and tree sizes
Key Tips:

Always maintain visual and verbal communication between operator and worker
The excavator should maintain minimal but consistent pressure to avoid crushing the wood
Worker should wear non-slip footwear and secure harness when working at height
Make initial guide cuts to prevent chainsaw binding in the wood
Closing Reflection: This innovative approach demonstrates how adapting existing equipment can create safer, more efficient workflows—proving that smart collaboration often outperforms pure physical effort.