Brake Disc Polini 190mm Yamaha Aerox / BW's NG / Slider
Brake Disc Polini 190mm Yamaha Aerox / BW's NG / Slider
Suitable for both everyday use and the racetrack. Polini stands out with perfect workmanship and top-quality materials. The wave design not only gives your scooter a more aggressive look but also improves brake disc cooling, enhancing braking performance.
- Brand: Polini
- SKU: P175.0046
- Availability: In stock
Notes and Safety Motorcycle and scooter brake diskThe brake disc on the front wheel and / or rear wheel play an essential role in the braking system of motorcycles and scooters.Brake rotors are firmly attached to the wheel or wheel hub with brake bolts. They work in conjunction with the brake pads, which are pressed onto the brake discs via the brake caliper. This pressure creates the friction that is important for braking, which allows the vehicle to slow down and come to a stop.When to change the brake rotor?Brake pads wear out faster than brake discs and need to be replaced regularly. Brake discs, on the other hand, can last between 20,000 and 40,000 kilometers, depending on driving condi
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.