3Racing SAK-A532 Rear Graphite Shock Tower Racing Tune  [SAK-A532]

3Racing Sakura Advance 2K18 EVO Touring Chassis Rear Graphite Shock Tower For Advance 2K18 - SAK-A532
Price:
USD$11.40
Brand:
3Racing
Model:
SAK-A532
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Precision Rear Shock Tower for Sakura Advance 2K18 EVO

The 3Racing SAK-A532 rear graphite shock tower is engineered to provide a stiffer rear mounting platform for the Sakura Advance 2K18 EVO chassis. Using high quality graphite material, the design focuses on reducing chassis flex at the shock mounting plane to produce repeatable handling characteristics favored in racing setups. The tower aligns with OEM fixing points for direct installation.

Racing-Oriented Durability and Control

Constructed to handle repeated setup adjustments and sustained load cycles, the graphite tower offers consistent behaviour over race meetings. Its increased rigidity supports tighter damping control and more stable tyre contact, which helps maintain lap time consistency under varying conditions.

Setup Precision and Weight Considerations

Specifically matched to the Sakura Advance 2K18 EVO layout, the SAK-A532 allows racers to make small incremental tuning changes that yield clear handling differences. The lightweight nature of graphite assists in keeping overall sprung mass low while delivering the structural support needed for competitive tuning ranges.

How does the SAK-A532 change rear roll characteristics?

By raising mounting rigidity, the SAK-A532 reduces unwanted deformation, which tightens rear roll and produces a crisper lateral response during cornering.

Are there recommended damping changes after fitting?

Expect to review rebound and compression settings; the reduced flex typically calls for slightly softer damping or altered shim stacks to retain compliance without sacrificing response.

Can this tower be used with stiff rear roll bars?

Yes, pairing the SAK-A532 with stiffer anti-roll hardware is common, but final balance should be validated on track as changes interact with tyre behaviour and track grip.