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If you own a 2014-2018 Subaru Forester, worn or warped rotors can undermine braking performance, increase pedal vibration, and shorten pad life. Choosing the right brake rotors matters because the correct diameter, thickness, and surface treatment affect safety, noise, and how long the rotors last under daily driving or towing.This guide outlines the top brake rotors shortlisted for this Forester range and explains the evaluation criteria used to pick them. We focus on fitment, rotor construction, heat management, and serviceability so you can pick rotors that match your driving habits and maintenance preferences.
Looking for other parts? See all Subaru Forester parts & accessories.
Top Picks at a Glance
| Best Overall The best all-around choice for most situations | R1 Concepts eLINE Front and Rear Drilled Slotted Brake Kit with Ceramic Pads |  |
| Best Quality Built to a higher standard if you want something more solid | PowerStop Z23 Performance Brake Pad and Drilled & Slotted Rotor Kit (Front & Rear) |  |
| Best Value The sweet spot between price and what you get | A-Premium 10.78" Rear Solid Disc Brake Rotors with Ceramic Pads Kit |  |
| Best Budget The cheapest option that still gets the job done reliably | Bendix Premium PRT6333 Rear Brake Rotor |  |
| Highest Rated A top-rated pick with lots of positive feedback | Max Advanced Brakes PerformanceMAX Front & Rear Brake Kit for 2014–2018 Subaru Forester (2.5 H4) |  |
| Best Seller A high-volume bestseller chosen again and again | Detroit Axle Drilled & Slotted Front and Rear Brake Rotor and Ceramic Pad Kit for 2014–2018 Subaru Forester |  |
1. R1 Concepts eLINE Front and Rear Drilled Slotted Brake Kit with Ceramic Pads
| Included components | Front and rear drilled slotted rotors, 8 ceramic pads, hardware |
|---|---|
| Compatible vehicles | 2016–2017 Subaru Crosstrek; 2013–2015 XV; 2014–2018 Subaru Forester 2.5i variants |
| Rotor feature | Cross-drilled and diamond slotted |
| Pad type | Ceramic |
| Corrosion protection | Zinc coated rotors |
This R1 Concepts eLINE kit replaces both front and rear rotors and pads with a matched set intended for 2014–2018 Forester and compatible Crosstrek/XV years. The rotors are cross-drilled and diamond-slotted to help shed heat and debris under repeated use, and they come zinc coated to resist corrosion during normal road exposure. R1 pairs those rotors with ceramic pads formulated for low dust and quieter operation, which makes the kit well suited to daily driving and light towing or occasional spirited runs. Installation is direct-fit so a competent DIYer or most shops can swap the whole axle set without modifications. Expect slightly more aggressive bite and reduced pad glazing versus plain rotors, but drilled designs can be more prone to noise under certain conditions and may show faster cosmetic wear where the zinc coating rubs off. The kit includes necessary hardware and is covered by a one year manufacturer warranty for defects.
Best for: A balanced buyer who wants a full, vehicle-specific brake refresh that improves stopping feel and reduces dust while remaining suitable for daily driving and occasional spirited use.
Less Ideal for: Drivers who prioritize ultimate track performance or aggressive repeated high-heat use should choose a dedicated performance or competition rotor and pad combination instead.
- Matched front and rear rotors and ceramic pads included for a complete brake refresh
- Cross-drilled and diamond-slotted rotors that help reduce heat and prevent pad glazing
- Zinc coating on rotors provides corrosion protection for longer life and cleaner appearance
- Low-dust ceramic pads for cleaner wheels and reduced noise
- Direct-fit design and included hardware simplify installation
- Drilled rotors can be noisier and may show faster surface wear than plain rotors over time
Verdict: A complete, vehicle-specific rotor and ceramic pad kit that balances improved stopping, low dust, and straightforward direct-fit installation for everyday Forester drivers.
2. PowerStop Z23 Performance Brake Pad and Drilled & Slotted Rotor Kit (Front & Rear)
| Fits | 2014-18 Subaru Forester 2.0L (front and rear) |
|---|---|
| Pad Type | Z23 Carbon-Fiber Ceramic |
| Rotor Type | Drilled & Slotted, zinc plated |
| Included | Pads, rotors, installation hardware |
| Warranty | 36 Month / 36,000 Mile Limited Warranty |
This PowerStop Z23 kit replaces both pads and rotors on the Forester with carbon-fiber infused ceramic Z23 pads and drilled-and-slotted rotors for a straightforward bolt-on performance upgrade. It is intended for daily-driven vehicles that need stronger, fade-resistant stopping power and lower dust than typical factory replacements. The kit ships with stainless-steel hardware, rubberized shims and brake grease to simplify a DIY install and the rotors are zinc-dichromate plated to resist surface corrosion. In use the Z23 pads deliver quieter, low-dust braking while the drilled and slotted rotor design helps vent heat and clear debris under harder stops. Buyers should note this is tuned for street and commuter performance rather than track endurance; drivers seeking extreme track-only bite or race-spec materials may prefer a more aggressive compound or two-piece rotors. For most Forester owners wanting a tangible, noise-controlled upgrade from stock parts, this kit is a convenient all-in-one solution.
Best for: Drivers who want a noticeable street-performance upgrade and cleaner, quieter brakes for daily-driven 2014–2018 Forester use and who prefer a complete bolt-on kit they can install themselves.
Less Ideal for: Enthusiasts who prioritize track-only performance, repeated high-temperature track sessions, or lightweight race-oriented components should consider dedicated track compounds or two-piece rotors instead.
- Carbon-fiber infused ceramic pads offer improved stopping power with low dust and reduced noise
- Drilled and slotted rotors help vent heat and remove debris for more consistent braking under stress
- Includes stainless-steel installation hardware and rubberized shims for easier DIY bolt-on installation
- Zinc dichromate plated rotors resist rust and maintain appearance behind wheels
- Compound and rotor design are aimed at street performance rather than extreme track use
Verdict: A convenient, factory-fitting kit that upgrades 2014–2018 Forester braking with low-dust Z23 ceramic pads and drilled-and-slotted rotors for stronger, quieter street performance.
3. A-Premium 10.78" Rear Solid Disc Brake Rotors with Ceramic Pads Kit
| Brand | A-Premium |
|---|---|
| Manufacturer | PremiumpartsWhosale |
| Manufacturer Part Number | APBRPR126 |
| OEM Part Number | 980962R, 12147033, JBR1548, 1310111400, SBC1114, R-31605, P-1114, BR901128, BP1114C |
| Fitment note | Compatible with select Subaru Forester 2014-2018 and Crosstrek/Impreza models |
This kit replaces the rear rotors and pads on supported Subaru Forester and Crosstrek applications with a complete, ready-to-install set. It includes 10.78 inch solid disc rotors, ceramic friction pads, a pad wear sensor, and the small mounting hardware needed for a typical rear brake job. For routine street driving the rotors are a straightforward factory-quality replacement that restores braking performance and reduces vibration compared with worn components. Ceramic pads run quieter and produce less dust than many semi-metallic options, which is useful for buyers who prefer low maintenance and cleaner wheels. The package is targeted at DIYers or independent shops comfortable swapping rear brake assemblies; it is not a performance upgrade for aggressive driving or heavy towing. A-Premium backs the kit with a one-year unlimited-mileage guarantee, but buyers should verify fitment for their exact Forester year and engine before ordering.
Best for: Buyers who want a practical, no-frills rear brake replacement that restores factory-style braking and minimizes dust and noise for everyday driving.
Less Ideal for: Drivers seeking high-performance or track-oriented braking upgrades or those who need specialized rotors for heavy towing should consider other options.
- Complete rear kit includes both rotors, ceramic pads, pad wear sensor, and mounting hardware for a single axle replacement
- Direct-fit design meant to match factory mounting points for supported Subaru models
- Ceramic pads offer quieter operation and reduced wheel brake dust compared with many semi-metallic pads
- Solid (non-slotted, non-drilled) rotors are basic duty and not optimized for high-heat or track use
Verdict: A practical, complete rear rotor and ceramic pad kit that restores quiet, dust-minimized braking for everyday Forester drivers.
4. Bendix Premium PRT6333 Rear Brake Rotor
| Manufacturer Part Number | PRT6333 |
|---|---|
| OEM Equivalent Part Number | 26700SG000 |
| Material Type | Cast Iron |
| Exterior Finish | Machined |
| Compatible with Vehicle Type | Cars, Sport-Utility-Vehicles, Trucks |
The Bendix Premium PRT6333 is a single rear replacement rotor made from high-grade cast iron and finished with a machined surface to match factory fit and function for Subaru Forester 2014–2018. It is intended as a direct-fit replacement, so installation is straightforward for a DIYer or shop using standard hardware. Notable features include dynamical balancing to reduce vibrations, a machined finish for quick bedding with pads, and a vented design for heat dissipation during repeated stops. In practical use this rotor gives predictable pedal feel and steady stopping power for daily driving and highway commutes, with reduced brake noise compared with rougher aftermarket castings. Because it is a single-count rear rotor sold individually, buyers replacing both sides should plan to purchase two and consider matching front rotor condition. The rotor is a plain solid replacement rather than a performance-slotted or coated option, so it focuses on reliable, long-lasting service rather than enhanced cooling or corrosion resistance in harsh climates.
Best for: Practical buyers replacing worn rear rotors on a 2014–2018 Subaru Forester who prioritize reliable, factory-matching replacement parts at a lower cost than specialty performance rotors.
Less Ideal for: Drivers seeking performance upgrades, coated rotors for heavy corrosion resistance, or aggressive cooling features for track use should choose a different, performance-oriented rotor.
- Factory-style fit and finish for direct replacement on the specified Forester years
- High-grade cast iron construction for durability under daily driving
- Machined finish and dynamic balancing reduce bedding time and vibration
- Vented design helps dissipate heat to limit fade during repeated stops
- Sold as a single rear rotor so you may need to buy two for axle replacement
Verdict: A straightforward, factory-matching cast-iron rear rotor that delivers reliable stopping and durability for budget-minded Forester owners.
5. Max Advanced Brakes PerformanceMAX Front & Rear Brake Kit for 2014–2018 Subaru Forester (2.5 H4)
| Compatible years | 2014-2018 |
|---|---|
| Engine fit | 2.5 H4 |
| Included components | Front and rear rotors, pads, hardware |
| Rotor finish | Black e-coated |
| Pad material | Carbon-ceramic |
This PerformanceMAX kit supplies a full front and rear replacement—two slotted and drilled e-coated rotors plus carbon-ceramic pads and installation hardware—intended for Subaru Forester 2.5 H4 models from 2014 through 2018. The drilled and slotted rotor surfaces help dissipate heat and shed water and debris, while the black e-coating reduces corrosion on exposed wheels. The carbon-ceramic pads are formulated for low dust, quiet operation, and resistance to fade under sustained or heavy braking such as towing or long downhill runs. Including hardware and anti-seize makes installation more straightforward for a competent DIYer or technician. Trade-offs to consider are that slotted/drilled surfaces can sometimes wear pads a bit faster than plain rotors, and high-performance pad compounds may need a short bedding-in period to reach peak smoothness. For buyers prioritizing dependable stopping power and corrosion resistance on a Forester, this kit delivers a durable, vehicle-matched package.
Best for: Buyers who want a ready-to-install, vehicle-specific brake kit that emphasizes consistent stopping power and corrosion resistance for regular driving, towing, or mountainous routes.
Less Ideal for: Those seeking the lowest long-term pad wear or simple, budget-oriented replacement without performance features should consider plain rotors or a basic pad/rotor set.
- Complete front and rear kit includes rotors, pads, hardware and anti-seize for easier installation
- Slotted and drilled e-coated rotors improve cooling and resist corrosion on open-wheel applications
- Carbon-ceramic pads offer low dust, quiet stops, and fade resistance during heavy use
- Drilled and slotted rotors can increase pad wear compared with plain rotors
Verdict: A full, vehicle-specific kit that prioritizes reliable, fade-resistant braking and corrosion protection for 2014–2018 Forester owners who value durability.
6. Detroit Axle Drilled & Slotted Front and Rear Brake Rotor and Ceramic Pad Kit for 2014–2018 Subaru Forester
| Fitment | 2014-2018 Subaru Forester (2.5L) / 2016-2017 Crosstrek / 2013-2015 XV Crosstrek |
|---|---|
| Rotor type | Drilled and slotted |
| Pad material | 100% ceramic (0% metallic composition) |
| Includes | Front and rear rotors, front and rear pads, brake cleaner, brake fluid, installation hardware |
This Detroit Axle kit supplies both front and rear drilled and slotted rotors plus matching ceramic brake pads and basic fluids and cleaner for a complete stop system refresh on a 2014–2018 Subaru Forester. It is intended as a direct-fit replacement that mirrors factory fit and finish while adding drilled and slotted surfaces to help dissipate heat and shed debris under heavier use. Ceramic pads reduce noise and dust compared with semi-metallic pads, and the kit includes brake cleaner and fluid to simplify a DIY install or a single-visit shop job. The rotors are described as tested for impact and fatigue to give confidence in durability, and hardware is included for a straightforward swap. Expect modest improvements in fade resistance during spirited driving but not a major performance upgrade over high-end performance rotors. Also note ceramic pads can have a slightly longer bedding time and marginally different initial bite compared with factory pad compounds.
Best for: Buyers who prioritize a reliable, factory-quality replacement with quieter, lower-dust ceramic pads and want a complete kit that makes a routine brake refresh simple and predictable.
Less Ideal for: Drivers seeking maximum track performance or race-oriented brake upgrades should consider dedicated performance rotors and pads instead of this everyday replacement kit.
- Complete kit includes front and rear rotors plus front and rear ceramic pads and basic fluids for one-stop replacement
- Drilled and slotted rotor surfaces help dissipate heat and clear gases for steadier braking under load
- Ceramic pad material produces lower dust and quieter operation compared with many metallic pads
- Includes installation hardware and fluids to simplify DIY replacement or a single-shop visit
- Drilled rotors offer improved cooling but are not a substitute for high-end track-grade rotors in extreme use
Verdict: A complete, factory-quality rotor and ceramic pad kit that simplifies brake replacement on 2014–2018 Foresters while reducing dust and noise.
Choosing the Right 2014-2018 Subaru Forester Brake Rotors: Key Factors to Consider
Fitment and Exact Dimensions
Correct fitment is the foundation of a safe brake job. For the 2014-2018 Forester you must match rotor diameter, center bore, thickness, and bolt pattern to avoid interference with the hub, caliper, or wheel. An incorrectly sized rotor can cause uneven pad contact, rubbing, or failure to seat properly against the hub.
Thickness tolerance is especially important because the minimum allowable thickness determines service life. Rotors machined or cast to tight dimensional specs reduce the risk of runout and pedal pulsation. Verify hub-facing surface finish and any required shims or hub-centric rings before installation.
Material and Construction
Rotor metallurgy affects wear rate, heat capacity, and resistance to cracking. High-quality cast iron alloys provide good thermal conductivity and predictable wear, while some rotors include additional measures such as grade-specific heat treatments to improve hardness and lifespan.
Construction choices like one-piece cast versus two-piece designs influence weight and heat management. Two-piece rotors can offer better thermal expansion control, but they add complexity and require compatible hubs. Think about the tradeoff between simplicity and advanced thermal performance when selecting rotors for your Forester.
Heat Management and Venting
Braking converts kinetic energy to heat, so how a rotor sheds heat affects fade resistance and long-term durability. Vent patterns, internal vanes, and whether a rotor is solid or vented determine airflow through the rotor and how quickly it cools after repeated stops.
Drivers who tow, carry heavy loads, or do frequent steep descents should prioritize rotors with better venting and heat dispersion characteristics to reduce glazing, warping, and brake fade during prolonged use.
Surface Design and Pad Compatibility
Rotor face treatments such as slotted or drilled patterns change how dust and gas are expelled and can alter bedding behavior with different pad compounds. Slotted faces tend to maintain a cleaner contact patch and can prolong pad bite, while drilled rotors help evacuate gases under light-to-moderate use but can be prone to stress concentration under heavy thermal cycling.
Match rotor surface style to the pad type you plan to use and the typical driving conditions for your Forester. Ensure the rotor surface finish and taper tolerances are appropriate for the chosen pad compound to avoid premature wear or uneven transfer layers.
Resurfacing, Serviceability, and Minimum Thickness
Knowing whether a rotor is intended to be resurfaced affects maintenance costs and lifecycle planning. Each rotor has a minimum-machining thickness; resurfacing below that value compromises safety. Rotors with generous starting thicknesses allow more resurfacing cycles, while thin rotors may need replacement at the first signs of unevenness.
Consider how easy the rotor is to remove and reinstall, availability of compatible hardware, and whether replacement hardware or anti-seize measures are recommended. These factors affect labor time and long-term serviceability for owners who perform maintenance themselves.
Noise, Vibration, and Harshness (NVH)
Rotor design influences pedal feel and cabin vibration. High runout, inconsistent material, or poor surface finish can cause brake judder or audible noise. Designs that prioritize tight machining tolerances and hub-centric fitment reduce the chance of vibration transferring into the steering wheel or brake pedal.
If your Forester is used for daily commuting, prioritize rotors with better NVH characteristics. If you accept a slightly noisier rotor for improved cooling or initial bite, be aware of that tradeoff and choose accordingly.
Understanding 2014-2018 Forester Brake System Basics
The braking system on a 2014-2018 Forester relies on rotor geometry and caliper clearance that are consistent across the model range. Knowing the basic rotor mounting and how the caliper engages the rotor helps you interpret fitment data and installation notes when choosing replacement rotors.
Pay attention to wheel offset and any aftermarket wheels you may use. Even properly sized rotors can exhibit unexpected contact or altered cooling when combined with wheels that change airflow around the brakes.
- Verify center bore and bolt pattern before purchase.
- Confirm rotor thickness matches or exceeds the vehicle service manual minimum.
- Check compatibility with ABS and wheel-speed sensor locations.
Slotted Versus Drilled Versus Smooth Rotors
Each rotor face style serves a different purpose. Smooth rotors offer even pad contact and are less likely to develop stress points, making them a reliable choice for everyday driving on the Forester. Slotted rotors maintain a cleaner pad surface and help manage dust and gas buildup, which can be beneficial if you want quicker bite in wet conditions.
Drilled rotors help evacuate gases rapidly but can introduce stress risers if subjected to repeated heavy thermal loads. For the typical Forester driver, consider whether the aesthetic and light-performance benefits of drilled or slotted patterns are worth the potential tradeoffs in durability.
- Smooth: best for even wear and minimal noise.
- Slotted: good for pad cleaning and consistent bite.
- Drilled: improved gas evacuation, use with caution under heavy use.
When to Resurface Versus Replace Rotors
Resurfacing can return a rotor to usable condition if the thickness after machining remains above the minimum specification and the rotor shows no deep cracks or structural damage. For a Forester, check the rotor for scoring, taper, and runout during routine service and measure thickness accurately to determine resurfacing viability.
Replace rotors if the remaining thickness would fall below the minimum, if cracks are visible, or if repeated warping has occurred. Replacement is also the safer option when choosing a different rotor design or surface treatment than the original because machining to adapt a different design is not practical.
- Measure thickness at multiple points using a micrometer.
- Inspect for radial cracks and deep grooves that indicate replacement.
- Resurface only if post-machining thickness stays above minimum.
Checking Rotor Wear Symptoms on Your Forester
Recognize common symptoms of rotor wear such as vibration in the steering wheel or brake pedal, pulsing during braking, excessive brake dust, or a grinding sound that suggests pad-to-metal contact. These symptoms indicate it is time to inspect rotor thickness, runout, and surface condition.
Regular inspections during pad changes make it easier to catch early-stage wear. Addressing issues early prevents further damage to calipers and pads and preserves braking performance under emergency stops.
- Pulsation: often indicates runout or uneven thickness.
- Grinding: usually means the pad backing is contacting the rotor.
- Squeal or chirp: could be glazing or minor surface contamination.
Measuring Rotor Thickness and Runout
Accurate measurement is key when deciding between resurfacing and replacement. Use a micrometer to measure rotor thickness at multiple locations and compare readings to the vehicle's minimum thickness specification. A single reading can be misleading because rotors wear unevenly.
Runout is the lateral wobble of the rotor and is measured with a dial indicator mounted to the hub while turning the wheel. Excessive runout causes pedal vibration and can often be corrected by machining if the rotor thickness permits. If runout cannot be corrected within tolerance, replacement is required.
- Measure thickness in at least two concentric rings near the braking surface.
- Check runout at the rotor face within specified tolerance with a dial indicator.
- Document measurements to track wear over time.
Still looking for the perfect fit?
Select your Subaru Forester configuration to see the most relevant Brake Rotors recommendations
How We Chose the Best 2014-2018 Subaru Forester Brake Rotors
We shortlisted rotor candidates based on fitment accuracy and vehicle-specific specifications for the 2014-2018 Subaru Forester. Primary evaluation criteria included exact diameter and thickness tolerances, hub and bolt pattern compatibility, and rotor offset to ensure correct installation without hub or caliper modification. We prioritized rotors manufactured to meet or exceed OE material and hardness specifications to preserve pad life and consistent friction characteristics.Thermal performance and durability were key decision dimensions. We considered rotor designs and surface treatments that improve heat dissipation, resist cracking, and limit warping under repeated stops. Serviceability and maintenance also mattered: rotors that accept common resurfacing tolerances or straightforward replacement procedures scored higher. NVH characteristics such as noise and vibration under normal driving were evaluated through documented tolerances and design features that reduce pedal pulsation.We excluded rotors that require extensive hub or suspension modification, those with unclear fitment information for the 2014-2018 Forester, and any designs known to compromise ABS or wheel-speed sensor operation. The result is a focused set that balances safety, longevity, and real-world braking performance for this vehicle.
Our full evaluation process is outlined in our review methodology.
FAQ
How do I know if my Forester rotors need replacement or resurfacing?
Check rotor thickness with a micrometer at multiple points and compare to the minimum spec. Also inspect for radial cracks, deep grooves, or excessive runout. If machining would reduce thickness below the minimum or cracks are present, replacement is required.
Can I switch from smooth rotors to slotted or drilled on my Forester?
Yes, but consider how the new surface interacts with your brake pads and driving habits. Slotted faces help keep the pad surface clean, while drilled faces evacuate gases. Avoid drilled designs if you do heavy towing or frequent high-temperature stops because they can concentrate stress.
How often should I check rotor thickness on a 2014-2018 Forester?
Inspect rotors whenever you replace brake pads and at regular service intervals. For typical driving, checking thickness every 20,000 to 30,000 miles or if you notice vibration or noise is a reasonable approach. More frequent checks are wise if you tow or drive in mountainous terrain.
What causes pedal pulsation after rotor replacement?
Pedal pulsation is usually caused by rotor runout or uneven bedding between new rotors and existing pads. Ensure the rotor-to-hub mating surfaces are clean and flat, torque wheel bolts to specification, and perform a proper bedding procedure to help eliminate transfer layer inconsistencies.
Are two-piece rotors better for my Forester?
Two-piece rotors can offer improved heat management and potentially lower unsprung weight, but they add complexity and may require specific hubs or hardware. For most Forester owners focused on durability and simplicity, well-made one-piece rotors remain a practical choice.
Will changing rotor style affect ABS or stability control systems?
Rotor style itself does not directly alter ABS function as long as the rotor maintains the correct dimensions and does not interfere with wheel-speed sensor targets. Always confirm fitment and sensor clearance when selecting replacement rotors.
Final Verdict
Prioritize correct fitment, minimum thickness, and thermal behavior when replacing brake rotors on a 2014-2018 Subaru Forester. Think about whether you value low NVH and simple serviceability or improved heat dissipation for heavier use. Understand the resurfacing limits and how surface design interacts with your chosen brake pads.By focusing on these tradeoffs you can select rotors that restore confident braking and minimize repeat service. Choose rotors that match the Forester's dimensions and your driving profile to achieve the best balance of safety, longevity, and pedal feel.
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