Yokomo Y2-303ARA Rear Deck Brace for YD-2  [Y2-303ARA]

Yokomo Y2-303ARA Aluminum rear brace support for YD-2
Price:
£18.51
Brand:
Yokomo
Model:
Y2-303ARA
GTIN:
0639342213092
Condition:
Brand New
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Tune Rear Traction on Your YD-2 with the Yokomo Y2-303ARA

The Yokomo Y2-303ARA aluminum rear brace support is built to strengthen the rear section of the YD-2 chassis, increasing rigidity at the upper deck and mount points. This reinforcement helps the rear tyres maintain grip during aggressive driving and reduces unwanted flex. Constructed from aluminium, it offers a robust yet lightweight option for drivers fine tuning rear behaviour.

Specifications

  • Material: Aluminum
  • Compatibility: YD-2 Chassis Series
  • Function: Adds stiffness to rear mounting area

Supported Models

  • DP-YD2EX
  • DP-YD2EX2
  • DP-YD2EXB
  • DP-YD2
  • DP-YD2G
  • DP-YD2PLS
  • MRTC-YD2
  • MRTC-YD2CK
  • DP-YD2E
  • DP-YD2EG
  • DP-YD2EPLS
  • DP-YD2EXR
  • DP-YD2RPLS
  • DP-YD2AC
  • DP-YD2RAR
  • DP-YD2RAB
  • DP-YD2RAP
  • DP-YD2SAB
  • DP-YD2SAR
  • DP-YD2SAP
  • DP-YD2SSAB
  • DP-YD2SSAR
  • DP-YD2SSAP
  • DP-YD2RSAB
  • DP-YD2RSAR
  • DP-YD2RSAP
  • DP-YD2ACA
  • DP-YD2SAC
Remark :
Due to limited stock availability, please notice that some Yokomo 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.

How quickly can I fit the Y2-303ARA?

Fitting time is short for experienced builders as it mounts to existing rear points; factor in time to adjust any related linkages or body clearances after fitment.

Will this affect tyre wear?

By stabilising rear traction, the brace can change how the rear tyres scrub during slides; overall wear will depend on setup and driving style.

Is aluminium better than plastic for this part?

Aluminium offers greater stiffness and longevity compared with plastic, making it a preferred choice for drivers seeking consistent rear-end behaviour under load.

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