Скачать или смотреть DIY Gin Pole Crane Build Your Own Heavy Lifter in Minutes: Bushcraft Engineering Lifting Logs

Rope tightens, poles lean, and physics does the lifting.

This video breaks down a DIY gin pole crane an old-school bushcraft solution that turns simple materials into a surprisingly powerful log-lifting system. What looks improvised is actually a clean application of mechanical advantage, load paths, and balance, allowing heavy timber to be raised with control rather than brute strength.

The Process

Pole Selection & Grounding:

A straight, strong pole is chosen with minimal taper for predictable loading.

The base is seated firmly into the ground or braced to prevent kick-out.

The pole is angled slightly away from the load to counter forward pull.

Rigging & Mechanical Advantage:

Rope or cordage is routed through pulleys or natural redirects.

Knots are dressed carefully to preserve rope strength under tension.

The system multiplies pulling force, trading distance for lift capacity.

Load Attachment & Balance Check:

Logs are choked securely to prevent rolling or slipping.

The load line is kept centered to avoid twisting the pole.

A light test pull confirms stability before full lift begins.

Controlled Lifting Motion:

Tension is applied gradually, letting the pole take load progressively.

The lift pauses frequently to allow settling and correction.

Height is gained steadily without sudden jerks or shock loads.

Lowering & Reset:

Loads are lowered under control, never dropped.

Tension is released slowly to avoid recoil.

The rig is inspected before moving to the next lift.

Why This Works

✔ Mechanical Advantage: Simple rope systems multiply human effort efficiently.
✔ Compression Strength: The pole works in compression, where wood excels.
✔ Gravity Management: Slow, controlled movement prevents dynamic overload.