MSR-BD11/MSR-BD12 Front Graphite Shock Plate - Yokomo B12-017S  [B12-017S]

Yokomo B12-017S jp
Price:
CAD$12.26
Brand:
Yokomo
Model:
B12-017S
GTIN:
639342222964
Condition:
Brand New
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Increase front tower consistency

This graphite plate mounts to the lower section of the front shock tower to raise local tower rigidity while keeping the bulkhead compliant. By stiffening the tower area without making the chassis bulkhead rigid, shocks run with steadier motion and deliver more repeatable feedback through corners and braking zones.

Tuning role: fit this plate when you want sharper shock response at the front for track-oriented handling or when experimenting with front-end balance. It is a focused tuning part intended to be evaluated as part of incremental setup changes rather than a full chassis overhaul.

Installation notes: the plate fastens to the lower front tower using the tower's existing mounting points and preserves the designed bulkhead compliance. Verify fit on MSR series towers and check clearance for shock bodies and adjacent components before final torqueing.

Compatible Models

  • MSR-BD11
  • MSR-BD12
  • MSR-BD12A
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 will this change front-end movement?

Expect increased rigidity at the lower tower that yields more consistent shock travel and crisper feedback, which helps when fine-tuning front-end behavior.

Does it fit my chassis straight away?

This plate is made for MSR-BD11, MSR-BD12 and MSR-BD12A towers. Always trial-fit to confirm alignment and clearances before final installation.

Are extra parts required to install it?

No special hardware is normally needed; the plate uses the tower's existing mounting points. Use the original screws or equivalent fasteners and check torque to avoid over-tightening.

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