Lyrik Ultimate Charger 3.2 RC2 Suspension Fork

Any trail, any time. Lyrik Ultimate is the fork that’s light where it counts, ruthless on the descents. The Linear XL air spring delivers a coil-like ride—supple off the top, supportive through the midstroke, and backed by Adjustable Bottom Out (ABO) for confident end-stroke control—giving you unwavering consistency and predictability. Found only in our Ultimate forks, ButterWagonTech ensures a constant supply of oil to the bushings, reducing friction, and maintaining smooth performance throughout the entire service interval. Intuitive HSC/LSC controls on the Charger 3.2 RC2 damper with ButterCups technology make setup fast, understandable, and easy to communicate. Versatile without compromise, Lyrik stays composed and on target yet won’t weigh you down when the route turns into an all-day pedal. Practical, capable, always ready for what’s next. Linear XL air spring delivers a consistent and predictable ride feel backed by Adjustable Bottom Out (ABO) for end-stroke control ButterWagonTech ensures a constant supply of oil to the bushings, reducing friction and maintaining smooth performance throughout the entire service interval Charger 3.2 RC2 damper with new Rebound/Compression tunes that match Linear XL air spring, achieves virtually silent performance, keeping riders focused on the trail Control bezel with numbered Compression adjuster for intuitive adjustments—start at “0” and easily add or decrease damping ButterCups technology block 20% of high-frequency “trail chatter” to reduce hand and arm fatigue Lyrik’s wider crown boosts stiffness for improved steering and climbing efficiency while post-forging machining inside and out adds precision without adding weight—keeping riders confident, up and down Lower arch delivers increased stiffness for precise handling under load while maintaining full tire clearance—even with a full fender Includes bolt-on fender Integrated fender mount (Lyrik Integrated Fender sold separately) Maxima 920 blended 15w reduces overall fork friction