Legend Suspension Revo Coil Suspension - 14 Inch - Black Type III Hard Coat Anodize - Model 1310-1096

Revo Coil Suspension - 14" - Black - Standard

The Legend Suspension Revo Coil Suspension is designed for touring enthusiasts seeking superior ride comfort and enhanced performance. Available in a sleek black finish with Type III hard coat anodize, this coil spring provides increased resistance to corrosion and wear, ensuring durability in demanding riding conditions. Engineered with adjustable ride height by hand, no tools are necessary, allowing for quick and precise setup tailored to your riding style. The coil is suitable for standard or heavy-duty applications, making it versatile for a wide range of touring motorcycles. Featuring spherical bearings on both top and bottom mounting points, installation and alignment are straightforward, promoting a secure fit and optimal handling. The high-flow piston reacts rapidly to fluid dynamics, improving fluid flow management for a smoother ride and better shock absorption. Deflective disc valving self-adjusts to the frequency of the road, ensuring controlled performance across varied terrains. Additionally, the low-friction sealing system and PTFE-based sliding bearings contribute to a responsive feel and long-lasting performance. Handcrafted in Sturgis, SD, USA, this coil suspension is built with precision and quality, delivering consistent performance and reliability for serious touring riders.

Features:

• Type III hard coat anodize finish for corrosion resistance and durability

• Adjustable by hand without tools for easy ride height customization

• Suitable for standard or heavy-duty applications

• Spherical bearings on both mounting points for easy installation and alignment

• High-flow piston for quick reaction and improved fluid flow

• Deflective disc valving self-adjusts to road frequency for controlled performance

• Low friction sealing system and PTFE-based sliding bearings for enhanced feel and longevity

• Handcrafted in Sturgis, SD, USA for quality and precision