Description
Disclaimer : Cancellations within 24 hours are subject to a cancellation fee. After 24 hours, a higher fee will apply.
Unlock serious performance gains from your 2010-2019 Audi Q7 4L with these high-flow Test Pipes, engineered specifically for the 3.0L supercharged V6 engine.
Designed to replace the restrictive factory catalytic converters, these test pipes significantly improve exhaust flow and reduce backpressure, allowing the engine to breathe more freely. The result is improved throttle response, stronger midrange pull, and a more aggressive exhaust tone that enhances the driving experience.
By reducing exhaust restriction, this upgrade helps the supercharged engine operate more efficiently across the rev range. Whether you're looking for improved performance or a louder, more engaging exhaust note, this modification delivers noticeable results.
Constructed from high-grade T304 stainless steel, these test pipes are built to withstand high temperatures and long-term use. Precision TIG welding ensures durability, strength, and OEM-style fitment for a clean bolt-on installation.
Features & Benefits
- Designed for 2010-2019 Audi Q7 (4L)
- Compatible with 3.0L TFSI supercharged V6 engine
- Removes restrictive factory catalytic converters
- Improves exhaust flow and reduces backpressure
- Enhances throttle response and midrange power
- Produces more aggressive exhaust sound
- High-strength T304 stainless steel construction
- Precision TIG welded for durability
- OEM-style bolt-on fitment
- Fully reversible modification
- Includes all necessary mounting hardware
Specifications
- Fitment: 2010–2019 Audi Q7 (4L)
- Engine: 3.0L TFSI Supercharged V6
- Material: T304 Stainless Steel
- Construction: TIG Welded
- Installation: Direct Bolt-On
- Reversible: Yes
Important Notes
- Professional installation recommended
- May not be emissions compliant in some regions
- Designed for performance use only
Warranty
All German Car Accessories products are backed by a 1-Year Limited Warranty against manufacturing defects.
