Brake Performance Blogs

How Winter Wrecks Your Brakes (And How to Prep Now)

Winter Brake Prep: Cold, Salt & Rotor Corrosion Checklist

Winter Brake Prep: Cold, Salt & Rotor Corrosion Checklist
Cold, road salt, and frozen moisture are hard on brakes in ways summer heat never is. Here's what actually happens to your pads, rotors, and fluid in winter — and how to get ahead of it.

Regenerative Braking Is Rusting Your Rotors. Here's the Fix.

Why EV Brake Rotors Rust Faster (And How to Stop It)

Why EV Brake Rotors Rust Faster (And How to Stop It)
Regenerative braking is great for range — but it's quietly rusting EV rotors. Here's why one-pedal driving causes corrosion, what it means for your next brake job, and how to prevent it.

Brake Rotors For Multiple Model Years

Will Performance Brake Kits Fit Different Model Years? Here's What You Need to Know

Will Performance Brake Kits Fit Different Model Years? Here's What You Need to Know
Can a brake kit from one model year fit another? Sometimes yes, sometimes no. Learn what determines compatibility and how to ensure you order the right performance brakes for your vehicle.

The Benefits of Hand-Machined Brake Rotors

Why Hand-Machined Brake Rotors Deliver Better Performance and Quality

Why Hand-Machined Brake Rotors Deliver Better Performance and Quality
Not all brake rotors are manufactured the same. Discover how precision hand-machining improves braking performance, consistency, durability, and quality.

When Should You Upgrade to Drilled and Slotted Rotors?

When Should You Upgrade to Drilled and Slotted Rotors? A Driver-by-Driver Guide

When Should You Upgrade to Drilled and Slotted Rotors? A Driver-by-Driver Guide
Not every driver needs performance rotors, but many can benefit from them. Learn when drilled and slotted rotors make sense, how they improve braking performance, and which vehicles see the greatest advantages.

Summer Brake Safety: How Heat and Road Trips Affect Your Brakes

Summer Brake Safety: How Heat, Traffic, and Road Trips Affect Your Brakes

Summer Brake Safety: How Heat, Traffic, and Road Trips Affect Your Brakes
Summer driving creates unique challenges for your braking system. Heat, traffic, mountain roads, and towing can all increase brake wear and reduce stopping performance. Learn how to prepare your brakes before your next road trip and avoid costly or dangerous problems.

SMARTER BRAKE MAINTENANCE AND SAFETY

Should You Check Your Brakes Every Time You Change Your Oil?

Should You Check Your Brakes Every Time You Change Your Oil?
Routine brake inspections during oil changes help identify worn brake pads, damaged rotors, and braking issues before they become expensive or dangerous. Learn why consistent brake maintenance matters for every driver.

PERFORMANCE BRAKING FOR DAILY DRIVERS

Do Performance Brakes Make a Difference on a Non-Sport Car?

Do Performance Brakes Make a Difference on a Non-Sport Car?
Performance brakes are not just for sports cars. Discover how upgraded brake pads and rotors can improve stopping performance, reduce brake fade, and increase confidence on everyday sedans, SUVs, trucks, and commuter vehicles.

Most drivers overpay without realizing it.

Brake Kit vs Buying Pads and Rotors Separately: What Saves You More?

Brake Kit vs Buying Pads and Rotors Separately: What Saves You More?
Should you buy a complete brake kit or piece together pads and rotors? Learn the real cost differences, performance impact, and why complete kits often deliver better value.

Performance isn’t a label. It’s measurable.

Do Performance Brake Kits Reduce Stopping Distance? Real Data vs Myth

Do Performance Brake Kits Reduce Stopping Distance? Real Data vs Myth
Do performance brake kits really stop faster, or is it just marketing? We break down what actually impacts stopping distance, where performance upgrades make a difference, and when upgrading your brakes is worth it.

High Performance Brake Pads

Ceramic vs. Semi-Metallic Brake Pads: Which Is Right for Your Driving Style?

Ceramic vs. Semi-Metallic Brake Pads: Which Is Right for Your Driving Style?
Not all brake pads are built the same. Understanding the difference between ceramic and semi-metallic options can help you choose the right balance of performance, comfort, and durability for your vehicle.
What are Brake Pad Shims and when do I use Brake Lube?
Brake noise is often blamed on rotors, but the real issue is frequently missing or improper brake shims. Understand how shims reduce vibration, prevent rattling, and improve overall braking performance.

Brake Pad Installation Errors

Brake Pad Installation Errors
Most brake issues stem from installation errors.

Minimizing Brake Noise

Minimizing Brake Noise
Brake noise starts at the friction surface. Learn how to prevent it.

Brake Pad Install Tips

Brake Pad Install Tips
Brake pad installation is easier than you think with the right tools and steps.

Metallic Brake Pads or Ceramic Brake Pads?

Metallic Brake Pads or Ceramic Brake Pads?
Choosing the right brake pad material impacts stopping power and comfort.

Semi-Metallic vs. Ceramic Brake Pads Comparison

Semi-Metallic vs. Ceramic Brake Pads Comparison
Choose the right brake pad based on driving demands and vehicle type.

2004-2008 Ford F-150 Brake Job Tips

2004-2008 Ford F-150 Brake Job Tips
Servicing 2004–2008 Ford F-150 brakes requires attention to model differences, rotor design updates, and known issues. These expert tips help ensure accurate parts selection, proper installation, and reliable performance.
Tech Tips: Rough Feeling in New Hubs NOT an Indication of Defect

New hub units may exhibit rough feel when rotated by hand, a characteristic common with today's high performance products. SKF reports the rough or coarse feel of some new hub units if they are rotated by hand before installation and explains why these conditions are normal for technicians to experience.

In recent years there have been concerns about new hub bearings being rough or difficult to rotate. Many technicians inspect a new replacement hub bearing visually and by rotating the assembly once or twice by hand.

During the inspection process, it is not abnormal to feel a rough, coarse sensation as the two halves of the hub are rotated. This condition is not an indication of a defective bearing; these hub units should not be returned as suspected defective parts.

This condition is caused by the premium grease SKF uses in many of its bearings, especially in hub bearings. SKF uses GHG grease that provides a significant advantage over other standard greases.

SKF GHG contains many performance-enhancing additives, some of which are in the form of soft crystalline structures when the grease is new. These crystalline structures can create a rough, coarse feeling when the hub bearing is first turned by hand, before the bearing has experienced significant rotation.

These additives are important to optimum wheel bearing performance and include anti-brinelling and extreme pressure performance enhancers and solid lubricant components. This advanced technology grease chemistry improves bearing performance from many aspects, ranging from protecting against bearing damage during vehicle transport to maintaining proper lubrication conditions during high load/low speed operation to lubricant stability at elevated operating temperatures.

Even though the bearing may feel rough when it is initially rotated by hand, after rotating on the vehicle for a few minutes, the soft crystalline structures in the grease will break down into finer structures, and the bearing will rotate smoothly. There is no detrimental effect of the SKF GHG grease run-in. This is the normal and desired behavior of this type of grease.

Another item that may contribute to a hard turning hub bearing is the seal. In some hub bearings, the seals also have more interference with the bearing. Once the bearing is rotated for a few minutes, the bearing will gradually turn freely. This is a normal situation.

As a reminder, Generation 3 hub assemblies need to be fully preloaded/seated with the correct torque in order to operate properly. Without the proper bearing seating on a hub assembly, the bearing may have a feeling of roughness when turning it. The rough feel is more noticeable in bearings that are preloaded from the factory, as many of these newer generation hub units are preloaded. Always remember to follow the OE manufacturer's recommended torque specifications and procedures when installing the axle nut. This will create the correct preload for the hub assembly.