Rhino USA Car Tie Down Straps – 4-Pack, 2x8 ft, 10,000 lbs | Heavy-Duty Wheel Straps for Trailers & Powersports

Reliable, American-made tie downs for trailers and powersports

The Rhino USA Car Tie Down Straps kit is built for demanding trailer loads, delivering a strong 10,000 lbs break strength across four 2-inch by 8-foot straps. This kit is designed to stay secure, with hardware and materials chosen for long-term use in varying weather and road conditions.

What you get

• Four 2" x 96" (approximately 8 ft) lasso straps ready to secure a range of vehicles and gear.
• Four T-handle ratchet straps for quick, tool-friendly tightening and precise tension control.
• Heavy-duty oversized storage bag plus Velcro strap management to keep components organized and ready.

How it works

• Over-the-tire design: Triangulating the anchor point to the wheel/tires lets the suspension articulate naturally, which can help reduce wear on shocks, springs, and related components while maintaining strap tension.
• Secure fit: The combination of lasso straps and T-handle ratchets provides a robust, repeatable method to fasten a variety of loads, from small ATVs to mid-size trailers.
• Organized kit: The included storage bag and Velcro strap management keep straps tidy and ready for the next haul, minimizing setup time and clutter in your trailer bed.

Durability and support

• American-owned, family-operated with US-based customer support dedicated to helping you get the job done.
• Engineered and tested in the USA to meet safety standards and deliver consistent performance in real-world use.
• Rhino USA backs its products with a lifetime replacement policy; if you encounter an issue, you’ll be guided toward a replacement or refund.

Consider this kit if you value a complete, ready-to-use solution with a focus on secure attachment, reduced wear through mindful design, and long-term reliability on the road or off-road. The possibilities for safer tie-downs are relatively straightforward: steady tension, organized components, and a design that accommodates frequent use without compromising load security.