3Racing Cero Ultra 2.0 Graphite One-piece Upper Deck - Factory Pro O-3CP003  [FP-O-3CP003]

Factory Pro FP-O-3CP003 Option One-piece Upper Deck - Graphite 2.0 (for 3racing Cero Ultra 2.0)
Price:
CAD$22.48
Brand:
Factory Pro
Model:
FP-O-3CP003
Condition:
Brand New
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Single-piece graphite top plate for Cero Ultra 2.0

The Factory Pro O-3CP003 is an aftermarket one-piece upper deck made for the 3Racing Cero Ultra 2.0 platform. Built using Graphite 2.0 material, this replacement panel is designed to serve as the chassis top plate for the specified model with direct-fit mounting.

As an upper deck option, this panel changes chassis stiffness and the way flex is distributed, which can alter handling balance, turn-in behaviour and the car's response to different suspension setups. It is aimed at scale RC hobbyists looking to tune the structural feel of their Cero Ultra 2.0.

Installation follows the original upper deck mounting pattern since the component is produced for the Cero Ultra 2.0 chassis, making it suitable for a swap-in replacement without modifying the main chassis layout.

Specifications

  • Item: One-piece option upper deck
  • Material: Graphite 2.0
  • Model Number: O-3CP003
  • Compatibility: 3Racing Cero Ultra 2.0

This Factory Pro one-piece graphite upper deck provides a straightforward aftermarket choice for Cero Ultra 2.0 owners who want to tweak chassis stiffness while keeping original fitment and layout intact.

Yes. The Factory Pro O-3CP003 is made to match the 3Racing Cero Ultra 2.0 upper deck mounting points and is intended as a direct replacement with no chassis modification required.
Expect increased top-plate stiffness which usually sharpens initial turn-in and can stabilise mid-corner behaviour; the exact effect depends on shock and swaybar setup as well.
Wipe dust off with a soft brush, use isopropyl on stubborn grime, avoid hard impacts, and check mounting holes and screw torque before every run.
Yes. Swapping upper decks with different stiffness is a common tuning technique to refine chassis behaviour on varied surfaces and track conditions.

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