Scorpion RP-1 GP Exhaust to fit Yamaha MT-10 (2016 - 2021)
- Scorpion's most powerful exhaust
- UK Road Legal Silencer
- Huge weight savings compared to stock
- Usable power increases throughout the rev range
- Dyno developed to ensure no fuelling modifications are needed
- Fitting kit and instructions supplied
- No re-packing required
- De-cat pipe available (see 'Similar Products' tab)
About the Scorpion RP-1 GP Exhaust:
The Scorpion RP-1 GP silencer is a high-tech, high performance exhaust system for a range of BMW, Honda, Kawasaki, Suzuki and Yamaha bikes. Precision-engineered here in the UK, this unique exhaust is Scorpion's most powerful and lightweight silencer.
Although primarily designed for track use, this exhaust is marked as road legal for UK road use. Every aspect of the silencer is designed for optimum performance, with usable power gains throughout the rev range.
This silencer is not only powerful but super light: Scorpion have used carbon fibre to give huge weight savings over stock (e.g. 9kg on the 2009 GSX-R1000). If you want to save even more weight and boost the volume of your exhaust, you can purchase a de-cat pipe which removes the stock catalytic converter (see 'Similar Products' tab).
The distinctive design of this silencer looks great on any bike. A unique Scorpion 'Red Power' tip inlay pairs with flawless 'lobster claw' pipework bends. The exhaust is available in carbon fibre, hand-built by British engineers who share your passion for bikes.
Scorpion offer complete peace of mind when you buy their exhausts. Not only is there a lifetime guarantee on Scorpion (terms and conditions apply); but you can also benefit from a half-price replacement if you crash out and damage your silencer (on a like-for-like basis, terms and conditions apply). Please note that both of these offers apply to the original exhaust purchaser only.
Scorpion exhausts are mostly made to order, with the majority of orders completed in 7 to 10 days. If your order is an exception to this, you will be contacted immediately with a more accurate time frame.