Manta 2.5in Dual Aluminised Turbo Back Exhaust System – Ford FG FG-X XR6 Turbo Sedan (2008-2016) | MKFD0173

Manta 2.5in Dual Aluminised Steel Turbo Back Exhaust System with Dump Pipe & High Flow Catalytic Converter – Ford Falcon FG & FG-X 4.0L XR6 Turbo, G6E Turbo & FPV F6 Sedan (2008-2016)

Enhance turbo spool rate, power output, and exhaust gas flow with this complete Manta 2.5in dual turbo back exhaust system for Ford Falcon FG and FG-X 4.0L Barra 6-Cylinder Turbo XR6 and G6E Turbo sedans as well as FPV FG F6 Sedan models (2008-2016). Engineered from heavy-duty aluminised steel with a high-flow dump pipe, catalytic converter, center resonator, and rear muffler setup, this dual 2.5-inch system dramatically reduces backpressure right from the turbocharger turbine housing while delivering a deep, aggressive medium performance exhaust tone.

Warranty

• Stainless Steel Systems – 10 years
• Aluminised Systems – 2 years

Why Choose Manta Performance?

Manta Performance is an established Australian brand specializing in exhaust systems and components engineered for local performance vehicles and harsh operating conditions.

Key Features

• Complete Turbo Back Performance: Replaces factory dump pipe, catalytic converter, and cat-back section for complete exhaust stream optimization
• High-Flow 2.5in Dual Piping: Dual 2.5-inch mandrel-bent piping maximizes gas velocity and power gains for boosted 4.0L Barra engines
• Durable Aluminised Steel: Heavy-duty construction offers robust performance and thermal durability
• Medium Sound Tone: Balanced muffler and resonator combination produces a sportier, deep turbo note with minimal unwanted cabin drone
• Direct Fitment: Designed to mount directly to the factory turbocharger flange and integrate with FG/FG-X turbo sedan chassis points

Technical Specifications

Vehicle Applications

Important Notes

• Images serve visual representation purposes only; specific component finishes may vary.
• ECU re-tuning is recommended after upgrading to a complete turbo back system to optimize power delivery and fuel air ratios.
• Delivery schedules depend on regional fulfillment points and real-time inventory levels.