The Ultimate Polaris Ranger 500/crew 570/700/800/900/brutus/diesel/ev 2008-2022 Ceramic Brake Pad Set Markdown: -50% [rXwPnxoM]

Premium Ceramic Brake Pad Set for Polaris Ranger

Experience the ultimate in braking performance with our The Ultimate Polaris Ranger 500/crew 570/700/800/900/brutus/diesel/ev 2008-2022 Ceramic Brake Pad Set Markdown: -50% [rXwPnxoM]. Designed for high-performance off-road vehicles, these pads are engineered to deliver exceptional stopping power and durability. With their automotive-grade ceramic compound, they offer hard stopping power with less fade, making them perfect for aggressive trail riding and race riding.

Key Features and Specifications

Our ceramic brake pads are crafted from premium materials, ensuring a full set of (2 front calipers, 2 rear calipers) for a direct fit on your Polaris Ranger. This direct fit means no modification is necessary, providing a hassle-free installation process. The included part numbers are 2205949 (2), 2202413 (2), FA354, and FA656, guaranteeing compatibility with a wide range of models. These pads are specifically designed to fit the following Ranger models: Ranger 500 Mid-size 2008-2010, Ranger 500 Crew Mid-size 2011-2013, Ranger 570 Full-Size 2016-2022, Ranger XP 570 2015-2016, Ranger Crew 570 Mid-size 2014-2021, Ranger 700/700/XP 700 6x6 2008-09, Ranger Diesel/XP Diesel 2012-2018, Ranger Brutus 2013-2018, Ranger XP 800 2010-2014, and Ranger XP 900 2011-2019.

Enhanced Performance and Longevity

With our ceramic brake pad set, you can expect hard stopping power with less fade, which is crucial for maintaining control on challenging trails and during high-speed racing. The longer pad life ensures that you can rely on these pads for countless rides, providing peace of mind and reducing the need for frequent replacements. The automotive-grade ceramic compound also helps to minimize noise and heat, contributing to a smoother and quieter ride. Upgrade your Polaris Ranger's braking performance today and enjoy the confidence that comes with superior braking technology.