Serpent 600484 3mm Aluminium Antirollbar Spacer Pack  [SER600484]

Serpent SER600484 Antirollbar spacer 3mm aluminum (2)
Price:
NZD$25.81
Brand:
Serpent
Model:
SER600484
Condition:
Brand New
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alt="Serpent SER600484 Antirollbar spacer 3mm aluminum (2)" title="Serpent SER600484 Antirollbar spacer 3mm aluminum (2)"
alt="Serpent SER600484 Antirollbar spacer 3mm aluminum (2)" title="Serpent SER600484 Antirollbar spacer 3mm aluminum (2)"
alt="Serpent SER600484 Antirollbar spacer 3mm aluminum (2)" title="Serpent SER600484 Antirollbar spacer 3mm aluminum (2)"

Tune chassis response with Serpent 600484

Hobby drivers seeking precise handling adjustments will find the Serpent 600484 Aluminium Antirollbar Spacer Set useful for fine chassis setup. These 3mm aluminium shims are produced to tight tolerances and slip into many common RC antirollbar assemblies to refine roll stiffness.

Refined roll control for tighter lines

Using the 3mm spacers lets you reduce body roll and sharpen turn-in, helping with consistent lap times on technical courses. They are handy when you need small, repeatable changes to antirollbar geometry.

Sturdy yet minimal weight impact

The aluminium construction gives long service life while keeping added mass low, so you can adjust handling without compromising acceleration or responsiveness.

Which scales commonly accept these 3mm spacers?

The Serpent 600484 spacers are typically used on 1/10 scale touring and pan car chassis, though they fit any setup that uses similar antirollbar post spacing.

Should I change shocks when using these spacers?

Not necessarily. Start with your current shock setup and adjust antirollbar height first; only alter shock rates if the handling shift calls for further balance changes.

Can I stack multiple spacers?

Yes, stacking the 3mm Serpent 600484 shims lets you create larger increments. Make adjustments in small steps and test on track after each change.

How should I store spare spacers?

Keep them in a labelled parts tray or small container to prevent mixing sizes and to protect edges from knocks that could affect fit.

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