The Ohlins TTX RT rear shock is built around race-derived damping architecture to deliver stable chassis behaviour and clear feedback on track-focused bikes. It’s designed to maintain consistent damping feel under hard use and to support precise setup changes for different tyres, circuits and rider preferences. As a direct-fit rear unit, it replaces the original shock with a dedicated performance damper package.

Ohlins | Made to race, perfected to ride

TTX RT is an Ohlins platform developed from competition suspension design principles, aimed at riders who prioritise repeatable performance and accurate damping control. The rear shock layout is intended to keep the bike composed during braking, mid-corner load and corner exit drive.

Who this shock is for

• Track riders chasing a more controlled, predictable rear end under braking and acceleration
• Riders who want a broader and more usable tuning range than a typical OE shock
• Owners replacing a tired or inconsistent rear damper with a serviceable performance unit

Shock design & features

This is a gas-pressurised rear shock with separated oil/gas damping for consistent behaviour over long sessions. The internal layout uses dedicated circuits to manage damping forces, supporting traction and stability when loads change quickly.

Tuning controls

Adjustment is provided for rebound damping, compression damping, and spring preload. These controls let you tune how the rear reacts to bumps and kerb strikes, how it holds up under acceleration, and how quickly it returns after being compressed.

Base setup (factory preset)

The shock is supplied with an Ohlins baseline setup intended as a starting point. From there, adjustments can be made to suit rider weight, tyre choice, and track conditions.

Before you install

• Confirm fitment for your exact model and year, and check clearance around linkages and exhaust routing
• Set sag and preload after installation, then fine-tune damping once ride height and balance are correct
• Plan for periodic servicing to keep damping performance consistent over time