034Motorsport High Performance Silicone Throttle Body Intake Hose – Audi Q5/SQ5 3.0 TFSI

034-112-6017 - 034Motorsport High Performance Silicone Throttle Body Intake Hose – Audi Q5/SQ5 3.0 TFSI

Optimize your engine's airflow and responsiveness with the 034Motorsport High Performance Silicone Throttle Body Intake Hose (part number 034-112-6017). Specially designed for the Audi Q5 and SQ5 3.0 TFSI with the B8/B8.5 platform, this hose is a great replacement for the original part, which is often restrictive and prone to deformation under pressure. Ideal for car tuning and racing, it guarantees superior airflow, improved reliability, and a premium aesthetic in your engine bay.

Technical Specifications:

• Material: Reinforced multi-layer silicone, resistant to heat, pressure, and oils
• Increased internal diameter for optimized airflow to the throttle valve
• Design: Specifically shaped to perfectly fit the 3.0 TFSI engine, with no modifications required
• Operating Temperature: Up to 220°C
• Installation: Direct replacement for the original hose, plug-and-play installation
• Finish: Black for discreet integration and Elegant

Product Benefits:

• Superior airflow for improved engine response and increased performance
• Enhanced reliability: resistant to deformation, cracks, and leaks, even under high pressure
• Perfect compatibility with original and tuned configurations (stage 1, 2, etc.)
• Premium aesthetics in the engine compartment
• Easy installation: direct fit without modification

Vehicle compatibility:

• Audi Q5 B8/B8.5 3.0 TFSI (2013-2017)
• Audi SQ5 B8/B8.5 3.0 TFSI (2014-2017)
• Compatible with all models equipped with the supercharged 3.0 TFSI V6 engine.

Why choose the 034Motorsport throttle body intake hose?

The 034Motorsport silicone throttle body intake hose is the ideal solution for Audi Q5 and SQ5 3.0 TFSI owners looking to improve the reliability and optimize their air intake, whether for road use, tuning, or racing. Its reinforced design and optimized diameter ensure consistent performance, even in the most demanding conditions.