Back to All Products
Super Deluxe Ultimate
RockShoxNEW

RockShox Super Deluxe Ultimate

Race-proven trail-to-enduro air shock with intuitive RC2T tuning

Specifications

Travel
165x37.5(TR) to 230x65, standard and trunnion
Weight
530g (210x55, no hardware installed)
Adjustment
RC2T / RC2T Hydraulic Bottom Out
Spring
LinearXL air spring
E-bike Approved
E-bike Approved

Overview

Super Deluxe Ultimate blends race-proven performance with a chassis that is easily tuned to match any frame, creating a versatile package built for any trail, any time. The all-new LinearXL air spring delivers a consistent, predictable ride feel backed by a new bottom-out system and higher max PSI for greater system weights. A redesigned RC2T damper with intuitive HSC and LSC adjusters, plus a Charger 3.2-matched main piston tune, gives this latest D1 generation strong mid-stroke support from downcountry bikes to enduro builds.

Features

  • NEW LinearXL air spring delivers a consistent, predictable ride feel and is tunable with easy-to-adjust o-ring tokens.

  • NEW RC2T damper provides a wide, usable range of Low Speed Compression and High Speed Compression adjustment without cross-talk.

  • NEW numbered compression adjuster makes setup easier to communicate and quicker to repeat between rides.

  • NEW main piston compression tune is matched to Charger 3.2 fork dampers for stronger, more cohesive mid-stroke support.

  • NEW bottom-out system improves end-stroke control while the higher max PSI better accommodates heavier system weights.

  • Hydraulic Bottom Out is available on select versions for extra end-stroke composure on harder hits.

  • Standard and trunnion eyelet options help the chassis fit a wide range of modern trail and enduro frames.

  • E-bike approval adds durability for heavier bikes and higher sustained loads.

How we evaluate this component

Product cards, analysis notes, and setup guidance are grounded in public specifications, market positioning, compatibility, and the most likely real-world use cases on trail.

Read the full methodology