3Racing SAK-U402/V2/PK Front Suspension Mount FF+1 Ver.2 for Sakura Ultimate  [SAK-U402/V2/PK]

3RACING Sakura Ultimate 7075 Aluminum Front Suspension Mount FF+1 Ver.2 - SAK-U402/V2/PK
Price:
USD$12.50
Brand:
3Racing
Model:
SAK-U402/V2/PK
Condition:
Brand New
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Technical overview of the front suspension mount

The 3Racing Sakura Ultimate 7075 Aluminum Front Suspension Mount FF+1 Ver.2 is a reinforced component intended to maintain front-end geometry under competitive and extended use. Machined from 7075 aluminum, the mount provides a stable attachment point that helps retain alignment accuracy during sustained running.

Material choice and functional benefits

Utilising 7075 aluminum offers a balance of tensile strength and rigidity that supports consistent suspension behaviour. This helps reduce deformation that can alter steering response or alignment over time.

FF+1 Ver.2 geometry and alignment control

The FF+1 Ver.2 form factor focuses on preserving precise alignment and minimising movement at the mounting interface, aiding setup repeatability and predictable handling under variable loads.

Intended application and fitment

Designed specifically for Sakura Ultimate chassis, the mount integrates with the OEM mounting points and is suitable for hobbyists and racers seeking a dependable upgrade for front suspension durability.

What inspection points should technicians check after installation?

After installation, verify that all fasteners are torqued correctly, check for any misalignment at the contact surfaces, and confirm that suspension movement is smooth and unobstructed.

Does this mount require specific hardware grade?

Use original or equivalent hardware of appropriate grade and length to ensure secure clamping. Replace any stripped or damaged screws to maintain structural reliability.

How does this part affect long term setup consistency?

By reducing flex and maintaining mounting geometry, the component helps preserve initial alignment settings, reducing the frequency of setup corrections and supporting repeatable performance.