RWD RS-2 Rear Shock Absorber for 1984 - 2000 Harley Davidson FXR (CHROME SPRING) media thumbnails
RWD RS-2 rear shock for Harley FXR with chrome spring
RWD RS-2 FXR shock chrome spring and billet reservoir detail
Pair of RWD RS-2 chrome spring shocks for 1984-2000 Harley FXR

RWD RS-2 Rear Shock Absorber for 1984 - 2000 Harley Davidson FXR (CHROME SPRING)

RWD V-Twin SKU: RWD-52010-CH

$1,399.99

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Product Details

RWD RS-2 Rear Shocks for Harley Davidson FXR – Chrome Springs

FXRs were built to be ridden hard, and the RS-2 gives the chassis the suspension it always deserved – here with chrome springs over a Type III hard-anodized body.

The one-piece body with drop-down reservoir builds a stronger bump zone for real bottom-out protection without trading away ride quality. Twelve clicks of compression adjustment let you tune from comfort to attack mode, while high-flow pistons with AVT (Active Valve Technology) keep the rear tire hooked up through corners and calm over rough pavement.

Features

  • Industry-leading 4 inches of shock travel
  • Position-sensitive damping
  • 12 clicks of compression adjustment
  • 5/8" low-friction coated shaft
  • Billet piggyback reservoir – all billet machined, no castings
  • AVT (Active Valve Technology) damping with high-flow pistons
  • Nitrogen-charged IFP reservoir
  • High-quality FK bearings
  • Maxima Racing Oils shock fluid
  • Designed, machined, and assembled in Southern California
  • Backed by a lifetime warranty

Available in 13" and 14" lengths. Chrome springs.

Picking your spring rate

Standard – solo rider under 300 lbs. Still the right call two-up as long as combined weight stays under 450 lbs.

Heavy Duty – solo rider over 300 lbs, or any time combined rider, passenger, and luggage weight runs past 450 lbs.

Not sure which setup fits your bike or riding style? Hit up the Speed-Kings crew and we’ll spec it with you.

⚠️ California Proposition 65 Warning: This product may expose you to chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. Learn more .