3Racing Sakura Ultimate Rear Suspension Mount 7075 Aluminum 3 Degree SAK-U310/V2/BK - Technical  [SAK-U310/V2/BK]

3RACING Sakura Ultimate 7075 Rear Suspension Mount 3 Degree - Black - SAK-U310/V2/BK
Price:
USD$7.60
Brand:
3Racing
Model:
SAK-U310/V2/BK
Condition:
Brand New
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Precision rear geometry for competitive tuning

The 3Racing Sakura Ultimate Rear Suspension Mount SAK-U310/V2/BK is CNC-friendly in design and manufactured from 7075 aluminium to provide a stable mounting point for performance setups. Its 3-degree orientation is intended for racers who require reproducible changes to roll centre and toe under dynamic loads.

Material choice for stiffness and durability

7075 aluminium is selected to minimise elastic deformation and maintain alignment under lateral loads. This stiffness helps preserve suspension kinematics across multiple heat cycles and hard laps.

Performance-oriented 3-degree geometry

The fixed 3-degree angle yields a quantifiable shift in rear behaviour, enabling fine tuning of traction and rotation characteristics. Use this mount as part of a systematic setup approach to influence corner entry and exit balance.

Installation notes for tuning teams

Engineered to fit the Sakura Ultimate mounting pattern, the unit installs with standard hardware. After fitting, validate droop, camber gain and roll centre effects as part of your setup checklist, then log changes for repeatable track performance.

How does the 3-degree mount influence roll centre?

The 3-degree offset shifts the rear roll centre geometry, affecting load transfer during cornering. Expect altered roll couple characteristics that should be tuned alongside anti-roll bar settings.

What setup checks should I perform after fitting?

Verify ride height, droop, camber gain and toe under load. Also confirm shock mounting geometry and adjust damping or spring rates if required for consistent balance.

Can this be combined with other tuning arms?

Yes. When mixing parts, ensure the combined geometry preserves desired kinematic targets. Measure pivot locations and test changes incrementally to avoid unintended handling shifts.