Compatible with 4.33 2.95 0.59in Extended Brake Pedal Pad for Rt L 2020-2025 Motorcycle Riders,Non Slip Textured Tablets Enhances Braking Control,Direct Replacement,Rubber

Spec:Item Type: Extended Brake Pedal PadMaterial: Rubber, SteelSize: Approx. 110 x 75 x 15mm / 4.33 x 2.95 x 0.59in(L x H x W)Fitment: Replacement for Spyders RT RT-L 2020-2025Package List:1 x Brake Pedal PadNote:1. Before making a purchase, please verify the appearance, product sizes, and applicable car model to ensure that you receive replacement parts compatible with your vehicle. 2. Product sizes are measured by hand, so please allow for tiny errors.

• PRECISE COMPATIBILITY – This brake is exclusively designed a direct replacement for Spyders RT RT-L 2020-2025 models, matches original brake pedal specifications perfectly, and ensures seamless fit and reliable function without any modifications needed for hassle-free installation
• NON SLIP TEXTURED DESIGN – This pedal features a specially textured, high-grip surface that delivers maximum foot traction during every ride, prevents accidental foot slippage in wet, dusty or uneven conditions, and enhances overall braking control for safer, more confident travels on every route
• OPTIMIZED EXTENDED SIZE – This pad measures approximately 110 x 75 x 15mm / 4.33 x 2.95 x 0.59in, offers a far larger contact area than stock pads, and enables easier foot access and more comfortable operation even during long highway rides or extended trips in all weather conditions
• EASY DIRECT INSTALLATION – This set of brake pedal accessories requires no special tools or complex modifications for setup, aligns perfectly with existing factory mounting points, and replaces worn or damaged original brake pedal pads in just minutes with no professional assistance required at all
• DURABLE MATERIAL CONSTRUCTION – This brake pedal pad is crafted with premium rubber and reinforced steel materials, withstands daily wear, extreme temperature changes, and constant road debris exposure, and delivers long lasting, consistent performance throughout regular, frequent use