The Ohlins STX 46 Supersport rear shock for Suzuki GSX-R 750 is built to deliver consistent damping control and clear chassis feedback under track-focused use. It uses a pressurised, oil/gas separated design to help maintain stability and feel as loads and temperatures change. The architecture supports accurate tuning for grip, balance and drive while retaining predictable behaviour across a session.

Ohlins | Made to race, perfected to ride

Developed from Ohlins racing experience, the STX 46 Supersport platform targets controlled support under braking, stable mid-corner attitude, and traction on corner exit. It is intended for riders who want a more precise rear end response than a typical standard shock can offer.

Who this shock is for

• GSX-R 750 riders chasing improved rear stability and feedback for spirited road riding and track days
• Riders who want accessible, repeatable external adjustment rather than internal-only changes
• Setups where predictable behaviour under braking and acceleration matters more than comfort bias

Shock design & features

This is a mono rear shock built around an oil/gas separated, pressurised layout to support consistent damping performance. The STX 46 Supersport design is intended to improve tyre contact and chassis control by keeping damping response stable and controlled as conditions change.

Tuning controls

External adjustment is provided for rebound damping and compression damping, allowing you to tune support, grip and recovery speed to suit tyres, pace and surface conditions. Spring preload adjustment is also provided to set ride height and sag correctly for the rider and intended use.

Before you install

• Confirm the application is correct for your exact GSX-R 750 model and year before fitting
• Set rider sag and baseline damping before making single-change adjustments
• After installation, re-check fasteners and clearances through full suspension travel

Serviceability/lifecycle

Like all performance dampers, this shock is designed to be serviced to maintain damping consistency and seal condition over time. Routine maintenance intervals depend on use intensity, heat exposure and environmental conditions.