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The Good Rigging Control System, or GRCS, gives you the mechanical advantage you need to safely raise and lower anything from tree branches to transformers
The Good Rigging Control System is the ultimate tool for lowering heavy loads in a safe and controlled fashion. Developed by Greg Good of Wisconsin, the GRCS has two settings, providing a 44:1 and a 22:1 mechanical advantage, and two specialized spools: one for lowering and one for lifting. It has a dead lift rating of 3,000 lbs., able to handle the heaviest sections of timber. You can take 5 full wraps with a 3/4" rope.
The Good Rigging Control System Visor Plate attaches directly to the top of the winch-head mounting bracket. The visor plate is ideal for those heavy duty and large tree removals. Once installed the visor plates locks the GRCS into position by slotting into the horizontal chainsaw cut in the tree on which it is mounted. The plates helps to prevent the GRCS from slippage or being pulled when loads are applied.
Specifications
Part Number: GR1020V Weight: 11 lbs.
- Description
- Ask a Question
- Reviews
The Good Rigging Control System, or GRCS, gives you the mechanical advantage you need to safely raise and lower anything from tree branches to transformers
The Good Rigging Control System is the ultimate tool for lowering heavy loads in a safe and controlled fashion. Developed by Greg Good of Wisconsin, the GRCS has two settings, providing a 44:1 and a 22:1 mechanical advantage, and two specialized spools: one for lowering and one for lifting. It has a dead lift rating of 3,000 lbs., able to handle the heaviest sections of timber. You can take 5 full wraps with a 3/4" rope.
The Good Rigging Control System Visor Plate attaches directly to the top of the winch-head mounting bracket. The visor plate is ideal for those heavy duty and large tree removals. Once installed the visor plates locks the GRCS into position by slotting into the horizontal chainsaw cut in the tree on which it is mounted. The plates helps to prevent the GRCS from slippage or being pulled when loads are applied.