Kyosho LA422-14 Stabilizer Bar, SB/ZX7.5/RB7.5 Compatibility  [KY-LA422-14]

Kyosho LA422-14 - Stabilizer Bar (?1.4)(SB/ZX7.5/RB7.5)
Price:
USD$5.05
Brand:
Kyosho
Model:
KY-LA422-14
GTIN:
4548565524297
Condition:
Brand New
Quantity Discount
Unit Price You Save
2 $4.60 each $0.90 or 9%
3+ $4.37 each $2.04 or 13%
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Stabilizer bar role and fit

This Kyosho LA422-14 stabilizer bar is an RC-scale replacement part intended for use on LAZER ZX series compatible chassis listed as SB/ZX7.5/RB7.5. It serves to alter roll stiffness and refine how the model reacts during cornering, helping balance understeer and oversteer tendencies at the chassis level.

Installation uses existing sway bar mounts and standard linkage points on the chassis; no special tools are required beyond basic hex drivers. The part replaces the factory bar and is intended to work with the stock suspension geometry and drop-in mounting locations for straightforward swap-in service.

Tuning notes: fitting a stiffer bar will reduce body roll and increase lateral response, while a softer bar increases independent wheel movement; adjust incrementally and evaluate changes on track or practice runs. Combine bar swaps with suspension and tyre setup adjustments to reach the desired handling balance.

Use this part as a direct tuning option to fine-tune roll characteristics during set-up sessions for track or club-field practice, keeping adjustments small and controlled.

Remark :
Due to limited stock availability, please notice that some Kyosho items may have to order from the factory and the ready time is around 4-6 weeks. Customer purchases the item is assumed to accept the waiting time which allows us to order directly from the manufacturer if the item is out of our warehouse.
It is listed for SB/ZX7.5/RB7.5 compatible LAZER ZX series chassis.
No extra parts are normally required, it mounts to the existing sway bar points and linkages.
A stiffer bar reduces roll and sharpens turn-in, a softer bar increases independent wheel movement and can improve traction.
Change one component at a time, record results, and test on the same surface to track the effect of bar stiffness on balance.

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