Quicksilver Twin-Tip Sport Exhafts-Mercedes AMG G63/G500 (W464) 2018-now

Upgrade your Mercedes AMG G63 or G500 (W464) With Quicksilver Twin-Tip Sport Exhaust-a high-performance system that combines powerful sound, reduced weight and improved gas response.

This active valve -controlled exhaust system is specially developed to preserve all original functions, while providing a significant improvement in the sound experience. When the valves are open, you get a deep, muscular V8 noise with clear turbohyins, sharp pops and aggressive cracking at speed. When closing, the sound becomes more civilized and adapted to quieter driving.

The exhaust system is equipped with Sound Architect ™ technology, which makes it possible to control the sound level via the car's original control system. The system is compatible with OPF/GPF Delete Pipes for maximum sound experience.

✅ Features:

• Fits:

  • Mercedes AMG G63 (W464) - 2018 - now

  • Mercedes G500 (W464) - 2018 - now

• Material: Lightweight stainless steel with carbon end pipes

• Valve control: Electronic/pneumatic with integration in OEM control

• Sound: Deep and muscular V8 sound, adjustable via the car's driving program

• Design: Double exhaust outlet with carbon finish

• Gas response: More effective airflow and faster response

• Compatibility: Can be combined with OPF/GPF Delete Pipes

• Sporty accent: Turbohvinings, bass-filled V8 roar and pop on gas reduction

⚠️ Note:

• For track only / off-road use when combined with OPF / GPF Delete

• Use occurs at your own responsibilities

• Requires ECU adaptation to avoid error message (CEL) if OPF/GPF is removed

🛠️ Mounting:

We offer professional mounting of Quicksilver Twin-Tip Sport Exhausts Through our partners. Do you want offers for mounting?
Contact us at info@kongperformance.no For more information and price quotes.

📦 Delivery:

This product is not currently stocked, but is available for delivery within approx. 2 weeks.
Feel free to contact us at info@kongperformance.no For ordering and further information on delivery time.