Kyosho Optima 2016 Carbon Radio Plate by JAZRIDER JR-OT12  [JR-OT12]

Kyosho Optima 2016 Carbon Radio Plate
Price:
USD$20.21
Brand:
JAZRIDER
Model:
JR-OT12
Condition:
Brand New
Available in shop
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Carbon radio plate for Kyosho Optima 2016

This carbon radio plate is offered by JAZRIDER as a direct-fit accessory for the Kyosho Optima 2016 radio bay. It provides a flat, rigid mounting surface intended for placing a receiver and organizing small electronics inside the chassis. The plate’s carbon construction helps keep the assembly lightweight while maintaining torsional stiffness compared with typical plastic plates.

Use this plate when you want a cleaner electronics layout or when replacing a worn or damaged stock radio tray. It sits in the Optima 2016 radio area and functions primarily as a mounting platform rather than a structural chassis member. Installation is straightforward when aligned to the stock radio-bay mounting points and can be combined with foam padding or double-sided tape to secure delicate components.

Specifications

  • Item: Radio plate
  • Material: Carbon fiber
  • Model Number: JR-OT12
  • Compatibility: Kyosho Optima 2016

Compatibility

  • Kyosho Optima 2016

For hobbyists seeking a compact, tidy mounting option for receiver and small electronics on an Optima 2016, this carbon plate offers a durable, low-profile solution that integrates with the vehicle’s standard radio bay layout.

The plate is specified for the Kyosho Optima 2016 radio bay, use with other models may require modifications or different mounting hardware.
It is designed to align with the Optima 2016 radio-bay mounting points; hobbyists commonly secure components with foam tape or reuse the stock fasteners where applicable.
The plate provides a stiffer mounting surface for electronics but is not a structural chassis part, so handling changes are minimal and mostly related to weight distribution.
Yes, the plate is intended to secure a receiver and other small electronics; use foam padding or adhesive mounts to prevent movement and reduce vibration transfer.

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