Intake Rubber Boot Malossi 24/25mm PHVA / PHBG long
Intake Rubber Boot Malossi 24/25mm PHVA / PHBG long
Note: The connection size is measured on the carburetor. Rubber mounts are often slightly smaller, as the rubber expands during installation.
- Brand: Malossi
- SKU: M1311128B
- Availability: On demand
- Carburetor side: 25mm (1 bead)Engine side: 24mm (without bead)Passage: 21mmHeight: 37mmStraight
Notes and Safety Intake manifold rubberThe intake rubber is a relatively simple product, but nevertheless very important for the function of the intake and carburetor. It must seal 100% to ensure optimum engine performance.It connects the metal intake manifold to the carburetor, in carburetors with intake rubber assembly. On 4-stroke engines, the intake manifold is often just a simple intake sleeve; on 2-stroke engines, the intake manifold itself is often flexible so that the carburetor can be attached directly to it. In some cases, the rubber flange serves as a kind of adapter to change the type of mounting and allow the use of a different type of carburetor (e.g. Peugeot Speedfight).
Technical Specifications
Performance Features
CNC Machined
Precision-engineered components for perfect fitment and maximum performance.
Lightweight Design
Optimized weight reduction for improved acceleration and handling.
Racing Performance
Track-proven design delivering consistent power and reliability.
Increased Reliability
Premium materials ensure long-lasting durability under extreme conditions.
High RPM Stability
Engineered to maintain balance and performance at maximum RPM.
Improved Cooling
Advanced thermal management for consistent performance.
Fitment & Compatibility
| Brand | Model | Engine | Years |
|---|---|---|---|
| Piaggio | Vespa S | 2-Stroke | 2008-2020 |
| Piaggio | Vespa LX | 2-Stroke | 2005-2015 |
Technical Data
Shipping & Delivery
Installation Information
Professional installation recommended. Improper installation may void warranty and cause engine damage.
Always use proper torque specifications and break-in procedures for optimal performance and longevity.