Manta 4in Aluminised DPF Back Exhaust Straight Pipe – Ranger Next Gen T6.2 V6 (2022-2026) | MKFD0296

Manta 4in Aluminised Steel DPF Back Exhaust System (No Centre Muffler / Straight Pipe) – Ford Next Gen T6.2 Ranger V6 3.0L Turbo Diesel DPF Models (2022-2026)

Maximise exhaust flow efficiency and enhance your truck's presence with this Manta 4-inch DPF back exhaust system for Ford Next Gen T6.2 Ranger 3.0L V6 Turbo Diesel Ute models (2022-2026). Engineered from heavy-duty aluminised steel with massive 4-inch mandrel-bent single piping and a muffler-delete straight pipe configuration, this bolt-on system connects directly behind the factory Diesel Particulate Filter (DPF) to deliver significantly reduced flow restriction and a deeper, more aggressive medium-level performance diesel sound profile.

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 4WDs, commercial utility vehicles, and harsh operating conditions.

Key Features

• High-Flow 4in Piping: Massive 4-inch mandrel-bent single pipe drastically increases exhaust gas volume capacity and reduces backpressure behind the DPF
• Durable Aluminised Steel: Heavy-duty pipe construction offers robust structural strength and reliable thermal endurance for long-term reliability
• Muffler Delete Design: Straight-through pipe setup allows maximum flow volume, delivering a deep, muscular medium diesel tone while keeping factory DPF systems intact
• Direct Bolt-On Fitment: Tailored specifically to bolt directly to the factory DPF flange on Next Gen T6.2 Ranger V6 chassis layouts without requiring ECU tuning

Technical Specifications

Vehicle Applications

Important Notes

• Images serve visual representation purposes only; specific component finishes may vary.
• Designed exclusively for Next Gen T6.2 3.0L V6 Turbo Diesel models equipped with a factory Diesel Particulate Filter (DPF) (2022-2026).
• Delivery schedules depend on regional fulfillment points and real-time inventory levels.