FA452 sintered brake pad pair for Polaris Ranger and RZR off-road vehicles

Sintered Brake Pad Set FA452 Explorer Model for Polaris ATV and UTV Vehicles with Long Service Life and Stable Friction Performance - Corrosion Resistant Sintered Material Fit for Ranger, RZR and Crew Models (2010-2016)

Brake pad
£31.68
Sale price  £31.68 Regular price 
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FA452 sintered brake pad pair for Polaris Ranger and RZR off-road vehicles

Sintered Brake Pad Set FA452 Explorer Model for Polaris ATV and UTV Vehicles with Long Service Life and Stable Friction Performance - Corrosion Resistant Sintered Material Fit for Ranger, RZR and Crew Models (2010-2016)

£31.68
Sale price  £31.68 Regular price 
ColorBrake pad

FA452 Explorer Sintered Brake Pad Set for Polaris Ranger and RZR Models (2010-2016)

FA452 sintered brake pad pair for Polaris Ranger and RZR off-road vehicles

Maintaining consistent and reliable braking performance is crucial for the safe operation of Polaris off-road vehicles like the Ranger and RZR series. The FA452 Explorer sintered brake pad set is designed as a direct replacement component, engineered to match the specifications of various Polaris ATV and UTV models. Its sintered metallic compound construction aims to deliver the stable friction performance and high temperature resistance needed for demanding recreational and utility vehicle use, from trail riding to worksite applications. This product focuses on providing a straightforward, compatible brake pad solution for owners of specific model year vehicles.

Features and Construction

FA452 sintered brake pad pair for Polaris Ranger and RZR off-road vehicles

The FA452 brake pads are defined by their material choice and stated performance characteristics. The construction is centred around meeting the requirements of Polaris vehicles within a defined model year range, offering a specific fitment solution rather than a universal product.

Material and Build

The core component of these brake pads is the disk sintered material. Sintering is a manufacturing process that fuses metallic powders under heat and pressure, creating a dense, consistent friction surface. The source text links this material to several stated benefits: long service life, corrosion resistance, and high temperature resistance. This makes it a candidate for use in conditions where brakes can get hot during sustained use, such as hauling loads or navigating hilly terrain. The material is also noted for aiming to cause less damage to rotors compared to some other pad formulations, which can be a consideration for long-term drivetrain maintenance.

Size and Practical Fit

The primary practical specification provided is the extensive vehicle fitment list. These pads are confirmed to fit Polaris Ranger models (400, 500, 700, 800, 900, EV, HD, XP, Crew, and Diesel variants) and RZR models (4 800, 4 XP 900, 4 XP 1000, 900, XP 900, XP 1000) across specific model years predominantly from 2010 to 2016, with some fits extending back to 2006. This precise fitment information is critical for ensuring correct installation and function. The product is supplied as a pair, containing two pieces total, indicating it is intended for one axle.

Uses and Placement

FA452 sintered brake pad pair for Polaris Ranger and RZR off-road vehicles

These brake pads serve as a replacement part for maintenance and repair scenarios. Their application is tied directly to the compatible Polaris vehicle models, dictating their use context and the type of performance expected from them.

Event or Professional Use

For vehicles used in demanding scenarios such as farm work, landscaping, or organised trail rides, consistent brake performance is non-negotiable. The stated high temperature resistance of the sintered material suggests it is suited to situations where brakes may be applied frequently or for prolonged periods, such as during descent on rocky trails or when carrying heavy loads. The fitment for Crew and Diesel models, often used for utility purposes, aligns with this potential for heavier-duty use.

Everyday Home Use

For the general recreational user or landowner, these pads offer a direct replacement option when original equipment pads wear out. The key value is in restoring the vehicle's standard braking capability. The claim of causing less rotor damage can be a practical benefit for owners who wish to extend the lifespan of their vehicle's entire braking system, potentially reducing long-term maintenance costs. The long service life claim also points towards a product aiming to reduce the frequency of brake pad changes.

Benefits and Buying Value

FA452 sintered brake pad pair for Polaris Ranger and RZR off-road vehicles

The value proposition of the FA452 brake pad set is built on compatibility, stated material benefits, and the practical outcome of reliable braking for a defined set of vehicles.

Reuse and Low Maintenance

The sintered material's cited corrosion resistance is a practical feature for vehicles that may be used in wet conditions, stored outdoors, or used in environments with road salt, as it helps maintain the pad's integrity over time. Combined with the aim of reduced rotor wear, this positions the product as part of a lower-maintenance approach to vehicle upkeep, focusing on the durability of the braking components themselves.

Why Choose This Product

This product is chosen primarily for its specific fitment to a wide array of popular Polaris models. For an owner of a 2010-2013 Polaris Ranger 400, a 2014-2016 Polaris RZR XP 1000, or any of the other listed vehicles, this pad set provides a targeted solution. The stated performance characteristics—stable friction, high temperature resistance, long service life—are presented as inherent benefits of the sintered material construction. It offers a replacement part designed to match the original equipment's role, with added claims regarding its material's properties, providing a straightforward upgrade or maintenance choice based on those specifications.

FA452 sintered brake pad pair for Polaris Ranger and RZR off-road vehicles

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