OEM style Heat Shield
Our downpipes feature an OEM-style heat shield designed to reduce radiant heat in the engine bay, especially important for vehicles with high-mounted turbos. An added bonus is their clean, factory-inspired OEM+ appearance.
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Motorious Performance
Motorious Performance Catted 3" Downpipe W/Heatshield - BMW X5M X6M F95/F96 LCI 2024+
$2,500.00 AUD
In Stock - Ready to Ship
Fast Dispatch
Orders are usually shipped within 2 business days.
Installation Service
Professional installation available. Message us.
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Product Description:
Unleash the power of the V8 TT S63 engine with our high flow downpipes. Our downpipes removes restrictive catalytic converters with high flow cat or catless option, to significantly increase sound, improve throttle response, and add roughly 30-50+ HP when tuned.
Only suitable for 2024+ BMW X5M X6M F95/F96. It will not fit older models within the F95/F96 family.
To remove the CEL, buyers should either get the car tuned or turning off the Cat efficiency check via software & APPS.
Product Features:
- 200 Cell High Flow Cat
- 3″ 304 Stainless Steel Downpipe
- Heat Shielded: Reduce radiant heat by up to 20%
- 100% TIG-Welded
- O2 Sensor bungs in OEM location
- OEM Style V-Band Flanges
- Bolt on to OEM mid pipe
Vehicle Compatibility:
Catted & Catless Options
We offer both catless and high-flow catalytic converter options for most of our downpipes, catering to a variety of builds. However, we do not recommend running the catless version unless the vehicle is used exclusively for track purposes.
Flex Joint
Our downpipes feature flex joint positioned in the OEM location to reduce stress on the exhaust system. This flex joint absorbs engine movement and vibration, minimising the risk of cracks or fatigue over time. By maintaining proper alignment under varying load conditions, it ensures durability and reliability, even on track cars.
TIG Welded
All our downpipes are TIG welded with full back purging to ensure optimal weld strength and internal cleanliness. This process eliminates impurities and oxidation inside the pipes, promoting smoother exhaust flow and exceptional durability under high-temperature conditions.
