The Ohlins TTX GP rear shock for Suzuki GSX-R 600 and GSX-R 750 is a track-focused unit built around the TTX twin-tube damping architecture. It’s designed to deliver consistent damping control and clear chassis feedback under sustained hard use. This is a direct replacement rear mono shock intended for riders who want proper adjustability and repeatable setup changes.

Ohlins | Made to race, perfected to ride

Developed from Ohlins road racing experience, the TTX GP platform is aimed at riders chasing stable behaviour through braking, turn-in and drive. The design supports predictable damping response so you can tune the bike around tyres, track grip and riding style.

Who this shock is for

Suited to supersport riders using their GSX-R 600/750 on track days, club racing, or any scenario where consistent damping and tuning range matter. It’s also a sensible choice if you’re working with a suspension tuner and want a high-quality base unit that responds clearly to adjustment changes.

Shock design & features

This is a TTX twin-tube rear shock with separated oil/gas for consistency during long sessions. The architecture is intended to maintain stable damping behaviour as temperatures and loads change, helping keep the rear tyre working and the chassis settled.

Tuning controls

The shock provides external damping adjustment for compression and rebound, plus ride height adjustment at the shock to help you refine chassis geometry. These controls allow you to balance support, grip and stability without internal modification for most common setup directions.

Before you install

• Confirm model compatibility for your exact Suzuki GSX-R 600/750 variant and year.
• Set static and rider sag correctly before chasing damping changes.
• After installation, re-check chain adjustment and clearance through full suspension travel.

Serviceability/lifecycle

As a rebuildable performance shock, it should be serviced periodically based on track hours and operating conditions. Regular oil and seal service helps maintain damping consistency and protects internal components over time.