Sintered Brake Pads Model FA452 Polaris Ranger RZR Fitment Kit for 2006-2016 UTV Models Providing Long Service Life with Corrosion and High Temperature Resistance for Stable Brake Performance
FA452 Sintered Brake Pads for Polaris Ranger & RZR UTVs: Long-Life Performance

Designed as a direct fitment for a wide range of Polaris off-road utility vehicles, the FA452 sintered brake pad kit addresses the need for reliable and durable braking components. These pads are specified for models spanning from 2006 to 2016, including the Ranger 400 through to 900 series, Crew variants, EVs, and the performance-oriented RZR line. The core benefit cited is a long service life, supported by characteristics like high temperature resistance and corrosion resistance, which aim to provide stable friction performance and minimise damage to rotors over time.
Features and Construction

The FA452 pads are built for the specific demands of UTV use, where consistent braking under load and in varied conditions is essential.
Material and Build
These brake pads utilise a sintered material formulation. This construction is often associated with durability under the friction and heat generated during braking. The product information highlights that this material contributes to a long service life and is engineered for high temperature resistance, a key factor in maintaining brake performance during sustained use, such as descending trails or carrying loads.
Size and Practical Fit
The kit provides one pair of pads, which equates to two pieces for a complete axle set. Their primary practical advantage is the precise and extensive vehicle compatibility. They are confirmed to fit over a decade of Polaris Ranger models (400, 500, 700, 800, 900, Crew, EV, HD, XP, Diesel) and RZR models (4, XP 900, XP 1000, standard 900), covering model years from 2006 through to 2016, which simplifies parts sourcing for owners of these vehicles.
Uses and Placement

These pads are intended as replacement parts for the specified Polaris utility task vehicles, used in both work and recreational settings.
Event or Professional Use
For professional or heavy-duty use, such as farm work, landscaping, or commercial trail operations, the stated benefits of long service life and corrosion resistance are particularly relevant. These properties aim to reduce downtime for maintenance and provide reliable braking performance when the vehicle is used frequently under demanding conditions, potentially carrying heavy loads or operating in wet or muddy environments.
Everyday Home Use
For the private UTV owner using their Polaris Ranger or RZR for property maintenance, hunting, or trail riding, the fitment clarity is a major benefit. Knowing the pads are a direct replacement for a specific model range from 2006-2016 provides confidence. The aim to minimise rotor damage and provide stable braking performance contributes to safer operation and can help lower long-term maintenance costs associated with brake system wear.
Benefits and Buying Value

The value of these brake pads lies in their targeted compatibility, stated durability characteristics, and the practical benefits they aim to deliver for Polaris UTV owners.
Reuse and Low Maintenance
The product information emphasises a long service life and stable friction performance. For the user, this translates to the potential for fewer brake pad changes over the vehicle's lifespan. The mentioned corrosion resistance also suggests the pads are designed to withstand environmental exposure, which can be a common cause of component degradation on vehicles used outdoors, potentially extending the functional period between services.
Why Choose This Product
This FA452 pad set is distinguished by its explicit, wide-ranging fitment list for Polaris UTVs and its sintered material construction. For an owner seeking a replacement part, the clear model-year coverage from 2006 to 2016 reduces the risk of ordering an incorrect part. The described engineering focus on high temperature resistance and minimised rotor damage addresses common concerns with UTV braking systems, positioning these pads as a practical, performance-oriented replacement option based on the provided specifications.
