3Racing SAK-A566 Sakura Advance 20M Race Chassis  [SAK-A566]

3RACING Advance 20M Aluminium Chassis - SAK-A566
Price:
£45.46
Brand:
3Racing
Model:
SAK-A566
Condition:
Brand New
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3Racing SAK-A566 Aluminium Chassis Overview

The 3Racing SAK-A566 is a purpose-built aluminium chassis for the Sakura Advance 20M lineup. It improves structural stiffness and distributes weight to refine steering precision and mid-corner stability. Manufactured from dependable aluminium, the chassis maintains alignment under race stresses.

Handling Advantages and Heat Dispersion

Aluminium construction on the SAK-A566 reduces flex and aids cooling of nearby components under prolonged use. The lighter section gives more responsive acceleration and sharper turn-in, making it suitable for tuned setups. The chassis is finished for accurate fitment into standard Sakura Advance 20M assemblies.

Practical Advice for Setups

Match this chassis with firmer springs or higher compression damping to capitalise on the stiffer platform. Check fastenings and contact surfaces regularly to avoid movement that could affect handling consistency.

Specifications

  • Material: Aluminium
  • Compatibility: Sakura Advance 20M
  • Function: Enhanced durability and handling

The 3Racing SAK-A566 aluminium chassis is aimed at hobbyists and racers who want reliable structural upgrades for their Sakura Advance 20M. Its blend of stiffness and weight benefits makes it a worthwhile choice for competitive tuning.

On smooth circuits the increased stiffness can sharpen turn-in and reduce mid-corner flex, which helps with consistent lap times when paired with the right dampers.
Installation is typically bolt-on for the Sakura Advance 20M but always confirm mounting holes and clearances before final assembly.
Yes, the stiffer base gives a more solid platform for exploring spring rates, damper valving and anti-roll adjustments without unpredictable chassis flex.
Aluminium is corrosion resistant but keep the chassis clean and dry after running in wet or salty conditions and inspect for surface wear regularly.

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