BD9 2019 Aluminum Main Chassis Plate - Yokomo B9-00219AA  [B9-00219AA]

Yokomo B9-00219AA Aluminum main chassis for BD9 2019
Price:
CAD$139.04
Brand:
Yokomo
Model:
B9-00219AA
GTIN:
0639342181896
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Spares / Hop-ups - Yokomo - MRTC-BD919S category
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Precision Aluminum Chassis Plate for BD9 2019

This aluminum main chassis plate is an RC-scale replacement part produced under the Yokomo B9-00219AA designation for the BD9 2019 platform. It functions as the core structural plate that sets suspension pickup points, drivetrain anchoring, and electronics placement on compatible BD9 variants.

The plate's machined aluminum construction delivers increased torsional stiffness compared with the original composite chassis, which alters chassis balance and transient response. Installers should re-check ride height, shock geometry, and clearances for the servo, ESC, and motor to prevent interference after fitting.

Specifications

  • Item: Aluminum main chassis for BD9 2019
  • Material: Machined aluminum
  • Model Number: B9-00219AA
  • Compatibility: MRTC-BD919, MRTC-BD919S

Compatible Models

  • MRTC-BD919
  • MRTC-BD919S

Choose this chassis plate when you want a firmer platform for crisper turn-in and a more predictable foundation for incremental setup changes.

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.
It is made to suit BD9 2019 variants listed in compatibility; however, confirm servo and ESC clearances and reuse or replace any stock fasteners as required during installation.
Aluminum raises chassis stiffness, typically sharpening turn-in and reducing flex. Expect differences in understeer or oversteer that are best addressed with small changes to shock settings and anti-roll adjustments.
No special tools are required beyond standard RC hand tools such as hex drivers and a tidy workspace; the swap uses existing mounting points and hardware in most cases.
Because the chassis is stiffer, consider modest spring or shock oil changes to restore desired roll and pitch balance. Make incremental adjustments and test between changes.

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