Green Ceramic ZOOM Brake Pads for Kugoo G-Booster Electric Scooter

Green Ceramic ZOOM Brake Pads for Kugoo G-Booster Electric Scooter

These Green Ceramic ZOOM Brake Pads are specifically designed for the Kugoo G-Booster electric scooter. This set includes two brake pads, a spring, and a pin, providing the necessary components for replacing worn pads in one caliper.

Key Features and Benefits

• Ceramic Compound: The ceramic lining is engineered to offer a balance of quiet braking performance and an extended lifespan compared to other pad materials.
• Quiet Operation: Ceramic pads are known for reducing braking noise, contributing to a smoother and more pleasant riding experience.
• Compatibility: These brake pads are compatible with ZOOM MT200, M315, M355, and M395 brake calipers, commonly found on the Kugoo G-Booster electric scooter.

Choosing the Correct Brake Pads

To ensure correct fitment, please verify that your electric scooter uses ZOOM MT200, M315, M355, or M395 brake calipers. Visually compare your existing brake pads with the product images to confirm the shape and mounting hole alignment. The backing plate of these pads is green, which may help in identification.

Installation and Safety Guidance

Brake pad replacement is a critical maintenance task that directly impacts rider safety. If you are not experienced with brake system maintenance, it is recommended to have these pads installed by a qualified technician. Proper installation ensures optimal braking performance and prevents potential hazards.

• Always replace both pads in a caliper at the same time.
• Ensure the brake caliper and rotor are clean and free from oil or grease before installation.
• After installation, perform a "bedding-in" procedure by gently applying the brakes several times at low speed to allow the pads to conform to the rotor surface.
• Regularly inspect your brake pads for wear and replace them when the friction material is close to its minimum thickness limit. Contaminated or excessively worn pads can severely compromise braking effectiveness.