Free State Overland
AMOPACORP 95ft Grey Synthetic Winch Rope 20,500LBS with Hook & Fairlead
AMOPACORP 95ft Grey Synthetic Winch Rope 20,500LBS with Hook & Fairlead
- Complete Package: Includes 1X Synthetic Winch Rope with Hook + 1X Hawse Fairlead, perfect for Recovery Car, SUV, ATV, UTV, Trailer, Van, RV, Truck, KFI Marine Boat with 10" bolt mount.
- High-Grade Aluminum Hawse Fairlead: Specifically designed to protect synthetic rope from excessive wear, prevent heat transfer to winch rope, and minimize binding and friction during angled pulls.
- Durable Synthetic Winch Rope: Features a kink-free, curl-free, and splinter-free design. Extremely lightweight and buoyant, this rope minimizes stretch and eliminates rotation. Operates efficiently in temperatures below -20°C.
- Heavy-Duty Winch Hook: Engineered for ultimate strength without adding excess weight. This hook is both durable and corrosion-resistant, finished with a sleek gloss black powder coat for long-lasting performance.
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Product FAQs
Product FAQs
Question 1: What is the maximum weight capacity of the AMOPACORP synthetic winch rope?
Answer: The AMOPACORP synthetic winch rope has a maximum weight capacity of 20,500 lbs, making it suitable for various heavy-duty recovery tasks.
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Question 2: How does the design of the winch hook contribute to its performance?
Answer: The winch hook is specially designed to provide ultimate strength while maintaining a lightweight and compact form. It is also durable and features a corrosion-resistant gloss black powder-coat finish, ensuring it can withstand challenging conditions without compromising performance.
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Question 3: What temperature range is the synthetic winch rope effective in, and what are its notable features?
Answer: The synthetic winch rope remains workable at temperatures below -20 degrees centigrade. Notable features include its resistance to kinking, curling, and splintering, as well as being extremely light and able to float in water. It also exhibits minimal stretch and non-rotation properties for improved handling during use.
