Semi-Metallic Brake Pads for NUTT Brakes for VSETT 10+

Semi-Metallic Brake Pads for NUTT Brakes for VSETT 10+

These semi-metallic brake pads are specifically designed for NUTT hydraulic disc brakes found on the VSETT 10+ electric scooter. They provide reliable braking performance for both front and rear wheels, ensuring confident stopping power in various riding conditions.

Key Features and Benefits

• Semi-Metallic Compound: The pads feature a semi-metallic compound, which offers a good balance of braking power, durability, and heat resistance. This type of compound is suitable for general riding and provides consistent performance.
• Direct Replacement: Engineered to be a direct fit for NUTT brake calipers on the VSETT 10+, these pads ensure straightforward replacement and proper function.
• Complete Set: Each order includes a pair of brake pads along with the necessary spring clip and cotter pin for installation, as shown in the product images.

Compatibility and Installation

These brake pads are compatible with NUTT hydraulic disc brake systems. While primarily designed for the VSETT 10+, they may also fit other electric scooters equipped with NUTT or ZOOM hydraulic brake calipers that use the same pad shape and dimensions. To ensure correct fitment, please compare the shape and dimensions of these pads (approximately 30mm wide by 17mm high, excluding the mounting tab) with your existing brake pads before purchasing.

Proper installation is crucial for safe and effective braking. If you are unsure about the installation process, it is recommended to consult a qualified technician or refer to your scooter's service manual.

Maintenance and Safety

Regular inspection of your brake pads is essential for safety. Replace pads when the friction material wears down to the wear limit, or if they become contaminated with oil or grease, which can severely reduce braking performance. After installing new brake pads, a "bedding-in" period is recommended. This involves a series of gentle stops to allow the pads to conform to the brake disc, optimizing braking efficiency and longevity.