Pomiń, aby przejść do informacji o produkcie
1 z 3

PW Motor

Lamborghini Huracán EVO / STO Titanium Valvetronic Exhaust System | PW Motor

Lamborghini Huracán EVO / STO Titanium Valvetronic Exhaust System | PW Motor

Cena regularna £3,999.00 GBP
Cena regularna Cena promocyjna £3,999.00 GBP
W promocji Wyprzedane
Koszt wysyłki obliczony przy realizacji zakupu.

Shipping and taxes calculated at checkout

Important: Before placing an order, it is recommended to contact us to confirm the price and stock status.

All PW MOTOR products come with a lifetime warranty.

IMPORTANT INFORMATION

Performance vehicle modifications should always be installed and used in accordance with local regulations and vehicle requirements.

As legislation and testing standards may vary, customers are responsible for confirming suitability for their intended application before purchase and installation.

For technical guidance, compatibility advice or product recommendations, please contact the PW Motor team.

CERAMIC COATING — KEY BENEFITS
  • Reduced engine bay heat: Helps retain heat within the downpipe, lowering radiant temperatures around sensitive components.
  • Performance support: Hotter exhaust gases maintain energy and velocity, supporting responsive turbo behaviour.
  • Corrosion protection: Shields against moisture, road salt and oxidation — ideal for daily and year-round use.
  • Cleaner finish: Reduces surface discolouration and keeps the exhaust looking presentable for longer.
  • Component longevity: Limits heat soak to nearby hoses, wiring and plastics.
HEAT SHIELDED — KEY BENEFITS
  • Lower under-bonnet temperatures: Significantly reduces radiant heat under sustained load.
  • Heat containment: Keeps heat inside the exhaust path, supporting consistent performance.
  • Reduced intake heat soak: Helps maintain lower intake air temperatures (IAT).
  • Component protection: Shields wiring, sensors and hoses from long-term heat exposure.
  • High-load reliability: Ideal for high-power, track-driven or aggressively tuned vehicles.

Unleash the true sound of Lamborghini's naturally aspirated 5.2L V10 with this premium Pw Motor Titanium Valvetronic Exhaust System, designed for the Huracán EVO and STO.

Engineered by Pw Motor for drivers who demand an unmistakable exhaust note, lightweight construction and complete control over their driving experience, this system takes the character of the Huracán to another level.

Pure V10 Sound. Total Control.

Our system is design to Experience the full character of Lamborghini's legendary V10 engine with an electronically controlled valvetronic exhaust system.

Using convenient app-based valve control, you can adjust the exhaust character to suit your driving preferences. Enjoy a more refined sound when cruising or open the valves to unleash a louder, more aggressive V10 soundtrack.

From deep, purposeful tones to the unmistakable high-revving scream of a naturally aspirated Lamborghini, this system is built for enthusiasts who want more from every drive.

Premium Titanium Construction

Manufactured from lightweight titanium, this exhaust system offers a premium alternative to conventional stainless steel systems.

Titanium construction provides excellent strength, corrosion resistance and reduced weight, making it an ideal choice for performance-focused supercars.

Key Features

  • Titanium Construction: Lightweight Grade 5 titanium, durable and corrosion-resistant material.

  • App-Controlled Valvetronic System: Electronically adjustable exhaust valves for greater control over sound.

  • Aggressive V10 Sound: Enhances the distinctive exhaust character of Lamborghini's naturally aspirated 5.2L engine.

  • Adjustable Exhaust Note: Switch between a more restrained tone and a louder, more aggressive sound.

  • Performance-Focused Design: A premium exhaust upgrade for Lamborghini enthusiasts.

Vehicle Compatibility

Make: Lamborghini
Model: Huracán EVO / Huracán STO
Engine: 5.2L Naturally Aspirated V10
Product: Titanium Valvetronic Exhaust System
Valve Control: App Controlled

Pokaż kompletne dane