Now with our exclusive 'PolyGuard' coating, the Artemis kinetic recovery rope is probably the most technically advanced recovery tool in the off-road world.
ThePolyGuardcoating offers improved abrasion resistance to our kinetic ropes. Using the principles of kinetic energy for maximum effect, this kinetic recovery rope will stretch and safely pull a vehicle to safety. For heavy-duty tugging recovery of stuck vehicles in mud, snow, or sand.100% Made in the USA. Used by U.S. Special Forces and world renowned adventures.
1" Diameter 31,500 lb MBS
Abrasion-resistant 'PolyGuard' coating.
Available in: SAFETY ORANGE, Blaze Red
ELECTRIC BLUE, CHARCOAL GRAY.
Chafe guarded loops on each end
High Strength & High stretch
Made from Nylon Double Braid
Professionally spliced
Lock-stitched splicing
U.S. Product, U.S. Made
Definition:kinetic energy - The energy possessed by a system or object as a result of its motion. The kinetic energy of objects with mass is dependent upon the velocity and mass of the object, and is equal to the product of half the mass times the square of the speed.
Now with our exclusive 'PolyGuard' coating, the Artemis kinetic recovery rope is probably the most technically advanced recovery tool in the off-road world.
Features
ThePolyGuardcoating offers improved abrasion resistance to our kinetic ropes. Using the principles of kinetic energy for maximum effect, this kinetic recovery rope will stretch and safely pull a vehicle to safety. For heavy-duty tugging recovery of stuck vehicles in mud, snow, or sand.100% Made in the USA. Used by U.S. Special Forces and world renowned adventures.
Specifications
1" Diameter 31,500 lb MBS
Abrasion-resistant 'PolyGuard' coating.
Available in: SAFETY ORANGE, Blaze Red
ELECTRIC BLUE, CHARCOAL GRAY.
Chafe guarded loops on each end
High Strength & High stretch
Made from Nylon Double Braid
Professionally spliced
Lock-stitched splicing
U.S. Product, U.S. Made
Definition:kinetic energy - The energy possessed by a system or object as a result of its motion. The kinetic energy of objects with mass is dependent upon the velocity and mass of the object, and is equal to the product of half the mass times the square of the speed.
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