EBC Redstuff Rear Brake Pads Subaru WRX 2022-2025 AT with Electronic Parking Brake | DP32257C

Fitment: These EBC Redstuff brake pads are exclusively designed for 2022 - 2025 Subaru WRX models with automatic transmission and electronic parking brake. Note that they don't work with models having eyesight technology. Features: EBC Redstuff uses the brand's top - notch low - dust ceramic brake pad material, setting new benchmarks in street - performance braking. It's an aramid fiber and ceramic particle enhanced premium material. The less aggressive aramid fibers are easy to clean off wheels and won't damage wheel lacquers or alloys. It's copper - free, sulfide - free, and lead - free, offering high friction with low dust. This long - wearing pad takes about 500 Kms (300 miles) to fully bed in. All EBC pads come surface - coated with EBC's signature red Brake - in ™ compound to help with the bedding process. Brake location: Rear. Recommended uses: Performance driving, performance street use, and street & track events. Noise level: Low. Dust level: Low. Sold as a pair. Please note the image is a representation, and the actual item may differ.

Using your EBC Redstuff rear brake pads is straightforward. First, make sure your vehicle is a 2022 - 2025 Subaru WRX with automatic transmission and electronic parking brake, and without eyesight technology. When you first install the pads, keep in mind they need about 500 Kms or 300 miles to fully break in. During this period, drive normally but avoid sudden and hard braking. To help with the break - in process, EBC has coated the pads with a special red compound. As for maintenance, regularly check your wheels for dust. Since the aramid fibers are easy to wash off, you can simply clean your wheels with a mild soap and water solution. Also, listen for any unusual noises while braking. If you notice excessive noise or reduced braking performance, it might be time to have your brakes inspected. Remember, these pads are sold as a pair, so always replace both together for optimal performance.