Free State Overland
QIQU 1''x30ft Kinetic Energy Tow Rope - 30000lbs Recovery Rope for Trucks/SUVs
QIQU 1''x30ft Kinetic Energy Tow Rope - 30000lbs Recovery Rope for Trucks/SUVs
- Premium Quality Material: This recovery rope is expertly braided with high-grade nylon silk using advanced imported machinery for superior strength and durability.
- Safe and Reliable: Designed to stretch under load, this double braid structure ensures enhanced safety during recovery operations.
- Urethane Polymer Coating: Our rope features a protective urethane polymer coating that provides resistance to water, UV rays, and abrasion, ensuring a long lifespan.
- Kinetic Performance: This versatile snatch rope acts as a replacement for traditional snatch straps in 4x4 recovery scenarios, providing dynamic performance.
- Impressive Stretch Capability: The rope can stretch up to 30% during use, allowing for effective absorption of shocks and impacts.
- Disposal-Friendly Packaging: The included rope bag is designed to be disposable, protecting the product from damage during transportation.
- Convenient Packaging: Each rope is packaged in a waterproof and breathable plastic bag for easy cleaning and maintenance.
Share
Product FAQs
Product FAQs
Question 1:
What is the maximum towing capacity of the 1"×30ft Kinetic Energy Rope?
Answer:
The 1"×30ft Kinetic Energy Rope has a maximum towing capacity of 30,000 lbs, making it suitable for heavy vehicles like trucks and SUVs.
Question 2:
What materials are used in the construction of the recovery rope, and how do these materials enhance its durability?
Answer:
The recovery rope is made of premium nylon silk and features a urethane polymer coating. This construction makes it resistant to water, UV rays, and abrasion, which enhances its durability and ensures a long lifespan.
Question 3:
How does the kinetic energy feature of this rope improve its performance during vehicle recovery?
Answer:
The kinetic energy feature allows the rope to stretch and recoil, which helps in building momentum during vehicle recovery. This dynamic action can make the recovery process more efficient as the rope can absorb the energy of the pulling vehicle, reducing the risk of sudden jerks that could damage either vehicle.
