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Rebound or Suspension Limiting Straps
SKU
RBS-C
- Width: 2 Inches
- High abrasion webbing
- Extra stitching on the ends
- Working Load Limit: 22,000 lbs
- Thickness at Middle: 3/5 Inches
- Thickness of Eye Loop: 2/5 Inches
- Eye to Eye Distance: 18-1/2 Inches & 21-1/4 Inches
- Material: High tenacity polyester
- Provide durability and better performance
Availability: In stock
Only %1 left
6.99
USD
Specifications
Weight (Lbs) | 0.86 |
---|---|
Load Limit | 22,000 lbs |
Color | Tan |
Thickness | 3/5" |
Strap Width | 2 Inch |
Material | High Tenacity Polyester |
- Rebound straps improve suspension performance by incorporating a flexible energy-absorbing strap, which limits downward suspension movement in response to rebound forces for better control and stability on bumpy rides.Â
- The strap attaches to the suspension beam and the vehicle frame, offering two flexible bands connecting the suspension beam to the vehicle frame. These bands serve as continuous resilient elements encircling the shock-absorbing mechanism.
- Benefits: The rebound strap improves ride comfort by minimizing the impact on the vehicle frame and lessening discomfort for passengers through effective restriction of downward motion.
- Stability: It enhances vehicle stability by promoting better control and reducing the likelihood of wheel hop or bouncing, contributing to a smoother and safer ride.
Mechanism of Rebound Strap
- When the suspension system faces an upward force or experiences rebound, such as when navigating bumps or uneven terrain, the shock-absorbing component compresses, and it is at this point that the rebound strap engages.
- The strap's two flexible bands, linking the suspension beam and the vehicle frame, elongate and soak up the energy produced during the rebound, assisting in the regulation of upward movement and averting excessive downward suspension travel.
- This capacity for energy absorption not only controls upward motion but also serves as a safeguard against the suspension system descending too far, ensuring its optimal operation.