Vendeur: GOOFIT
Intake Manifold Boot for Yamaha TTR225 XT225 Serow ST225 | OEM 2LN-13586-01
4,58 €8,59 €46% OFF
Détails du produit
Product Overview
Restore the legendary reliability of your Yamaha trail bike with this high-performance Intake Manifold Pipe. Specifically engineered for the TTR225 and XT225 Serow series, this replacement joint replaces OEM part #2LN-13586-01. Over time, heat and vibration cause the factory boot to crack, leading to vacuum leaks and erratic idling. This premium rubber-and-alloy connector ensures a perfect seal, delivering snappier throttle response and smoother engine operation across all terrains.
Product Compatibility
Direct replacement for Yamaha 225cc single-cylinder engines. Please verify your model year and OEM number before ordering.
| Brand | Model | Fitment Years | Replaces OEM Part # |
| Yamaha | XT225 Serow | 1992–2007 | 2LN-13586-01 |
| Yamaha | TTR225 (TT-R225) | 1999–2004 | 2LN-13586-01 |
| Yamaha | ST225 Bronco | 1997 | 2LN-13586-01 |
| Yamaha | TTR225C | 1997–2004 | 2LN-13586-01 |
Specifications
| Feature | Detail |
| OEM Reference | 2LN-13586-01 |
| Material | High-Grade Anti-Aging Rubber & Metal Base |
| Component Type | Carburetor Intake Joint / Manifold Pipe |
| Engine Displacement | 223cc / 225cc Single Cylinder |
| Condition | 100% Brand New Aftermarket Part |
Key Features
- Precision OEM Fitment: Designed as an exact match for Yamaha OEM #2LN-13586-01, ensuring a seamless bolt-on installation without modification.
- Enhanced Throttle Response: Eliminates air leaks to provide a consistent air-fuel mixture, resulting in snappier acceleration and more stable idling.
- Superior Aging Resistance: Crafted from high-density rubber that withstands extreme temperature fluctuations and long-term exposure to fuel and oil.
- Off-Road Durability: Reinforced construction specifically tested to maintain a reliable seal under the high vibrations and harsh conditions of trail riding.
- Optimized Airflow Design: Features a smooth internal bore that reduces intake turbulence, maximizing your engine's power output and fuel efficiency.


