3Racing SAK-D4804/BK Aluminium Front Lower Suspension Y-Shape for Sakura D4  [SAK-D4804/BK]

3RACING Sakura D4 Aluminum Y Shape Front Lower Suspension for D4 - SAK-D4804/BK
Price:
USD$22.70
Brand:
3Racing
Model:
SAK-D4804/BK
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Race oriented front lower arm by 3Racing SAK-D4804/BK

Engineered for competitive use, the 3Racing Aluminium Y-Shape Front Lower Suspension provides a stiff, predictable front link for fine tuning steering behaviour on the Sakura D4. The arm is machined to tight tolerances to support consistent setup changes between runs.

Performance driven aluminium construction

The Y-shape geometry concentrates material where load transfer is highest, reducing elastic deflection under cornering forces. This yields repeatable feedback that helps with incremental setup adjustments during test sessions.

Direct compatibility and assembly notes

Manufactured to match Sakura D4 mounting points, the SAK-D4804/BK installs with standard hardware. For optimal performance, check fastener torque and verify alignment as part of your setup routine.

Specifications

  • Material: Aluminum
  • Design: Y-Shape
  • Compatibility: Sakura D4 Chassis

As a precision upgrade, the 3Racing SAK-D4804/BK delivers improved front-end stiffness and predictable handling characteristics, making it suitable for racers refining suspension geometry and response.

What setup changes should be considered after fitting the SAK-D4804/BK?

Expect reduced front compliance; consider softer front roll characteristics such as minor spring or damper adjustments and rechecking toe settings to fine tune steering balance.

Are there recommended torque values for the mounting hardware?

Use manufacturer suggested torque for aluminium-to-chassis fasteners and recheck after initial runs. Over-torquing can damage threads while under-torquing affects repeatability.

How does the Y-shape affect stress distribution compared to straight arms?

The Y-shape moves material to key load paths, reducing bending moments at the hub connection and improving resistance to torsional forces during lateral loads.