07/13/2026
Directional Tree Felling Technique
This illustration demonstrates the precise technical method used to safely control the direction in which a tree falls during cutting. By utilizing a specific sequence of cuts and a wedge, the process manages the physics of the tree's weight and balance. Properly executing these steps ensures safety and accuracy, minimizing the risk of the tree falling unpredictably.
Key Components & Features
Direction of Fall: An arrow indicating the intended leftward path the tree will take as it topples.
Cut 1: A downward, angled cut that forms the upper portion of the front directional notch.
Cut 2: A horizontal cut that meets the base of Cut 1 to remove a wedge-shaped piece of wood from the trunk.
Cut 3: A horizontal back cut made from the opposite side to initiate the tree's release.
Wedge: A tool inserted into the back cut to prevent the tree from leaning backward and pinching the cutting equipment.
Hinge Wood (4): A critical two-inch section of uncut wood left between the cuts to act as a pivot and guide the tree safely down.
Overall Analysis
The graphic effectively breaks down the mechanical steps required for controlled directional felling. It highlights the critical role of the uncut hinge wood and the wedge in maintaining leverage over the tree's center of mass. Following this standard sequence allows operators to reliably direct the tree into a designated clear zone.