Funk Motorsports Precision Turbo Blankets
Funk Motorsports Precision Turbo Blankets
Regular price
$302.00 CAD
Regular price
Sale price
$302.00 CAD
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* IF YOU DON’T SEE YOUR TURBO SIZE REACH OUT TO US, WE ARE ALMOST GUARANTEED TO HAVE IT*
- Industry leading construction.
- Reduce temperatures by up to 90%.
- Available in three blanket finishes.
First up, what are the differences between our three turbo blanket finishes?
Here at Funk Motorsport, we offer three different finishes for our turbo blanket. Although they may look different, they are all just as effective at protecting your turbo. In the case of our carbon fibre and titanium turbo blankets, they share the same 4-layer construction with our signature Funk Motorsport insulation and a different top layer of carbon or titanium for aesthetics only.
Our inside out blanket however, has an entirely different function. With the internal material also mirrored on the outside, our inside out blankets are designed to be in direct contact with a heat source on both the inside and the outside of the blanket. This is necessary in applications where the turbo itself is positioned close to a manifold or similar, where the external face of the blanket will be in direct contact with a heat source.
Here at Funk Motorsport, we offer three different finishes for our turbo blanket. Although they may look different, they are all just as effective at protecting your turbo. In the case of our carbon fibre and titanium turbo blankets, they share the same 4-layer construction with our signature Funk Motorsport insulation and a different top layer of carbon or titanium for aesthetics only.
Our inside out blanket however, has an entirely different function. With the internal material also mirrored on the outside, our inside out blankets are designed to be in direct contact with a heat source on both the inside and the outside of the blanket. This is necessary in applications where the turbo itself is positioned close to a manifold or similar, where the external face of the blanket will be in direct contact with a heat source.
