dbw pedal PRP DBW Pedal Mount Bracket

dbw pedal PRP DBW Pedal Mount BracketThese CNC cut billet aluminium drive by wire pedal brackets are designed to suit Nissan 180SX and Silvia S chassis platforms, including S13, S14, and S15. They allow fitment of the GM Holden VE Commodore drive by wire throttle pedal, specifically GM part number 92238396, making them ideal for modern ECU upgrades and DBW conversions. Each bracket is precision machined from billet aluminium and anodized for long term durability and corrosion resistance,

These CNC-cut billet aluminium drive-by-wire pedal brackets are designed to suit Nissan 180SX and Silvia S-chassis platforms, including S13, S14, and S15. They allow fitment of the GM / Holden VE Commodore drive-by-wire throttle pedal, specifically GM part number 92238396, making them ideal for modern ECU upgrades and DBW conversions.

Each bracket is precision machined from billet aluminium and anodized for long-term durability and corrosion resistance, delivering a clean, professional finish that integrates neatly into both street and motorsport builds.

Designed as a true bolt-in solution, these brackets maintain correct pedal geometry and alignment while eliminating the need for custom fabrication or expensive aftermarket pedal assemblies. A simple, reliable, and cost-effective option for those upgrading to drive-by-wire.

Vehicle Fitment:

• Nissan 180SX

• Nissan Silvia S13

• Nissan Silvia S14

• Nissan Silvia S15

Features:

• CNC-machined from billet aluminium

• Durable anodized finish

• Suits GM / Holden VE DBW throttle pedal
  (GM P/N: 92238396)

• Bolt-in installation – no modification required

• Designed for Drive-By-Wire (DBW) conversions

• Maintains proper pedal position and feel

Additional Information:

• Right-Hand Drive (RHD) vehicles only

• Bracket only – throttle pedal NOT INCLUDED  - Accessories listed above

• Suits the pedal model listed above only

This DBW pedal bracket provides a clean, reliable, and affordable solution for S-chassis owners transitioning to drive-by-wire without unnecessary complexity.