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Brake Pad Materials: Which Is Best for Towing This Summer? (2026)

Planning heavy towing this summer means choosing brake pads that resist fade, last under load, and minimize rotor damage. This head-to-head compares three Bendix Priority1 semi-metallic brake pad sets so you can choose the best material for towing and heavy-duty driving. I selected these by focusing on material composition, OE-fit claims, customer feedback about durability and fit, and features that affect fade resistance and rotor wear under load.

Quick Answer

For towing this summer, semi-metallic Bendix Priority1 pads (B01LGSROS0) are the best overall pick — they deliver strong fade resistance and high-temperature stopping power. If you need a lower-cost option for heavy vans choose B01LGSW2G4; for peak performance on performance cars pick B01LGSX4PW.

Quick Comparison

Select 2-3 products to compare side-by-side

Product comparison table
Compare Product GarageGist Score Price Tier Key Feature Best For Action
Bendix Priority1 CFM737 Semi-Metallic Front Brake Pads for Porsche Boxster 2008-1997, Cayman 2008-2007 Bendix CFM737
4.8
Mid-Range OE-fit semi-metallic compound Towing and heavy street use Check Price
Bendix Priority1 CFM1328 Semi-Metallic Front Brake Pads for Select Models Ford E-150, E-150 Econoline, E-250, E-350 Super Duty, E-450 Econoline Van, Wagon Bendix CFM1328
4.8
Budget Budget semi-metallic OE replacement Cost-conscious heavy-duty vans Check Price
Bendix Priority1 CFM1792 Semi-Metallic Front Brake Pads for Ford Mustang 2023-2015 Bendix CFM1792
4.8
Premium Premium semi-metallic for performance cars Performance towing and spirited driving Check Price
0 products selected

1. Bendix Priority1 CFM737 Semi-Metallic Front Brake Pads for Porsche Boxster 2008-1997, Cayman 2008-2007

Bendix Priority1 CFM737 Semi-Metallic Front Brake Pads for Porsche Boxster 2008-1997, Cayman 2008-2007
4.8/5 GarageGist Score · editorially ranked

A mid-range, OE-replacement semi-metallic pad engineered for fit and high-temperature stopping. Customers praise fit, braking power, and quiet operation; semi-metallic composition gives strong fade resistance under load while being durable for towing duties.

Key Specs

  • OE replacement fit, form, and function
  • Semi-metallic friction material for high-temp performance
  • Includes shims, slots, and chamfers for noise control
  • Designed to reduce brake fade

Pros

  • Better fade resistance than many ceramic options under heavy load
  • Cleaner OE-style fit and quieter operation than the budget Bendix model
  • Durable stopping power suited to towing and heavy use

Cons

  • Produces more brake dust than ceramics (common for semi-metallics)
  • Can be tougher on rotors compared with ceramic compounds

Best For: Towing and heavy street use

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2. Bendix Priority1 CFM1328 Semi-Metallic Front Brake Pads for Select Models Ford E-150, E-150 Econoline, E-250, E-350 Super Duty, E-450 Econoline Van, Wagon

Bendix Priority1 CFM1328 Semi-Metallic Front Brake Pads for Select Models Ford E-150, E-150 Econoline, E-250, E-350 Super Duty, E-450 Econoline Van, Wagon
4.8/5 GarageGist Score · editorially ranked

A budget-priced semi-metallic pad that matches OE fit and function for large vans and Econoline platforms. It provides reliable stopping power and good installation ease, making it a sensible choice where cost and dependable fade resistance matter more than minimizing rotor wear.

Key Specs

  • OE replacement for select Ford E-series models
  • Semi-metallic material for high-temperature stability
  • Included hardware and OE-style fitment
  • Engineered to reduce brake fade

Pros

  • Better value for money than the premium Bendix option for fleet or van owners
  • Good stopping power and ease of installation similar to pricier Bendix pads
  • Solid fade resistance for heavy-duty, low-speed towing tasks

Cons

  • May produce noticeable brake dust compared with ceramic alternatives
  • Less refined noise control and finish than the mid-range Bendix CFM737

Best For: Cost-conscious heavy-duty vans

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3. Bendix Priority1 CFM1792 Semi-Metallic Front Brake Pads for Ford Mustang 2023-2015

Bendix Priority1 CFM1792 Semi-Metallic Front Brake Pads for Ford Mustang 2023-2015
4.8/5 GarageGist Score · editorially ranked

A premium semi-metallic pad aimed at performance vehicles like the Mustang. It emphasizes high-temperature consistency and industry-tested reliability, offering excellent fade resistance and firm bite under load—ideal for occasional towing plus spirited driving.

Key Specs

  • OE replacement fit for Ford Mustang applications
  • Semi-metallic compound optimized for high-temp braking
  • Shims, slots and chamfers for quieter braking
  • Designed to meet or exceed industry standards

Pros

  • Stronger high-temp consistency and fade resistance than the budget Bendix model
  • Engineered shims and slots reduce noise relative to more basic pads
  • Well-suited to performance cars that may tow trailers occasionally

Cons

  • Higher price tier without large gains in rotor friendliness versus mid-range option
  • Semi-metallic nature still means more dust and potential rotor wear than ceramics

Best For: Performance towing and spirited driving

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How to Choose the Right Product

How to Choose the Right Brake Pad Material for Towing

Towing stresses a braking system with extra heat and continuous load; choose pads with strong fade resistance, predictable bite, and longevity. Semi-metallic pads—like the Bendix Priority1 lineup reviewed here—use metal fibers mixed with friction materials. That composition gives excellent thermal conductivity and resistance to fade under repeated heavy stops, which is why semi-metallic is often recommended for towing. However, semi-metallic pads tend to produce more brake dust and can be harder on rotors than ceramic compounds. If minimizing rotor wear is your top priority, ceramic pads are gentler, but they can soften under extreme heat.

When comparing these Bendix semi-metallic sets focus on three towing-specific attributes: fade resistance (how well the pad maintains stopping power at high temps), longevity under load (material durability and pad life during repeated heavy braking), and rotor wear (how abrasive the compound is to rotors). Fit and OE compatibility matter for installation ease and consistent caliper performance—Bendix emphasizes OE replacement fit across these models, which reduces fit-related noise and uneven wear. Also weigh cost and value for money: fleet and van owners may prefer the budget Bendix CFM1328 for predictable performance at lower cost, while drivers of performance cars towing occasionally may prefer the premium-tuned CFM1792.

Comparison Breakdown

Fade resistance: All three are semi-metallic and perform well; the premium CFM1792 and mid-range CFM737 have slightly finer formulations and engineered shims for steadier bite. Longevity under load: Budget CFM1328 holds up well for heavy, low-speed towing; CFM737 and CFM1792 offer a bit more refined wear life for mixed driving. Rotor wear: Semi-metallic pads will generally be more abrasive than ceramics—expect more dust and potential rotor surface wear. Noise: CFM737 and CFM1792 include shims and chamfers tuned for reduced noise over the budget pad. Fit & installation: All are OE-replacement designs and praised for fit and ease of installation in customer feedback.

Budget Tiers

Budget: Choose CFM1328 if upfront cost and dependable fade resistance for vans/fleet use is primary. Mid-Range: CFM737 balances noise control, fit, and towing-capable fade resistance for most drivers. Premium: CFM1792 targets performance-oriented vehicles that need high-temp consistency along with OE fitment.

Which One Should You Choose?

If you tow regularly and want the best overall balance, choose the Mid-Range Bendix Priority1 CFM737 (B01LGSROS0). It combines OE-level fit, engineered shims for quieter operation, and the semi-metallic compound's strong fade resistance—ideal for repeated heavy stops while towing.

If budget is tight and you operate large vans or a fleet that needs dependable stopping at an affordable price, pick the Budget Bendix Priority1 CFM1328 (B01LGSW2G4). It sacrifices some noise refinement for value but keeps the fade resistance towing requires.

If you drive a performance vehicle and occasionally tow trailers, or you need the sharpest high-temperature consistency, go with the Premium Bendix Priority1 CFM1792 (B01LGSX4PW). It gives the best high-temp bite and engineered noise control among these semi-metallic options.

Best for Specific Scenarios

  • Regular towing of heavy trailers: Bendix CFM737 (B01LGSROS0) because it balances fade resistance, durability, and quieter operation.
  • Fleet or Econoline van owners on a budget: Bendix CFM1328 (B01LGSW2G4) because it delivers OE fit and dependable stopping at a lower cost.
  • Performance cars that tow occasionally: Bendix CFM1792 (B01LGSX4PW) because the premium semi-metallic compound holds up best under very high temperatures.

Frequently Asked Questions

Are semi-metallic pads the best choice for towing?

Semi-metallic pads are often the preferred choice for towing because their metal content conducts heat well and resists fade during repeated heavy braking. They’re durable under load, but expect more brake dust and slightly higher rotor wear than ceramics.

Will these Bendix pads fit my vehicle?

Each Bendix Priority1 set is engineered as an OE replacement for specific vehicle applications. Check the product's vehicle compatibility for your year and model before purchasing to ensure correct fit and function.

Do these pads cause more rotor wear than ceramic pads?

Yes—semi-metallic compounds are generally more abrasive than ceramic formulations, which can accelerate rotor wear over time. If minimizing rotor wear is a top priority, consider ceramic pads, but accept trade-offs in extreme heat performance.

How We Selected These Products

Our recommendations are based on data-driven analysis: we evaluated 75300+ products across 7930+ brands using a composite scoring system that weighs rating (40%), review volume (30%), price value (20%), and demand signals (10%). Every product is ranked by data, not opinions.

Reviewed by GarageGist Editorial Team

Our team analyzes thousands of products and real customer reviews to find the best options in every category. We use data, not opinions.

Last updated: July 28, 2026

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