MICHELIN BIB MOUSSE 18" 120/90 REAR M18
Michelin Bib Mousse 18" 120/90 Rear M18. Designed for off-road competition use, this Bib Mousse is lighter than a heavy duty tube and offers the equivalent inner tube pressure of 0.9 bar, eliminating the risk of punctures. Intended for speeds up to 80 mph (130 km/h). Not for on-road use as prolonged higher speeds can cause heat build-up and potential failure. Each mousse includes a tube of Bib Mousse Fitting Gel for easier installation.
- SKU
- MIC.M057338
- Brand
- Michelin Tyres
- Availability
- Out of Stock
FULL DESCRIPTION
Michelin Bib Mousse 18 Inch Rear M18
The Michelin Bib Mousse is the gold standard for off-road competition, boasting a legacy that includes 7 MX World Championships, 22 Enduro World Championships, and 26 Dakar Rally-Raid victories since 1983. Designed for riders who demand reliability and performance, this mousse insert eliminates the risk of flats and punctures during critical race conditions.
Engineered to be lighter than a standard Heavy Duty inner tube, the Bib Mousse offers a consistent performance feel. When correctly fitted, it provides an equivalent inner tube pressure of approximately 0.9 bar, ensuring optimal traction and stability on varied terrain.
Key Features
- Race Proven Performance: Tested and validated in the most demanding off-road racing environments globally.
- Puncture Protection: Eliminates the risk of flats, ensuring you never have to retire from a race due to tire failure.
- Weight Efficiency: Lighter than traditional heavy-duty inner tubes for improved handling and reduced unsprung weight.
- Consistent Pressure: Delivers the performance feel of 0.9 bar inflation pressure.
- Included Accessories: Each unit comes supplied with a tube of specialized Bib Mousse Fitting Gel to simplify the installation process.
Important Usage Information:
- This product is strictly designed for off-road competition use only and is not intended for on-road motorcycle applications.
- The Bib Mousse is rated for speeds up to 80 mph (130 km/h).
- Exceeding recommended speed limits can cause significant heat build-up, leading to excessive wear and potential failure of the structural integrity of the mousse.