Ford Explorer Brake Pad Replacement – The Professional DIY Guide
Replacing your own brake pads is one of the most effective ways to maintain your vehicle’s safety while saving hundreds of dollars in dealership labor costs. This guide provides a comprehensive, step-by-step walkthrough for a successful ford explorer brake pad replacement, ensuring your SUV stops smoothly and reliably every time.
Every Ford Explorer owner understands the importance of reliable stopping power, especially when hauling a full family or towing a trailer. You might notice a high-pitched squeal or a slight vibration in the steering wheel when you apply the brakes. These are clear signals that it is time to perform a ford explorer brake pad replacement to protect your rotors and your safety.
The good news is that this job is well within the reach of a weekend DIYer with basic hand tools. In this guide, we will walk you through the entire process, from setting up your workspace to bed-in procedures for your new pads. We will also cover the specific nuances of the Explorer’s braking system, including the electronic parking brake found on newer models.
By following these professional-grade steps, you can ensure a quiet, vibration-free ride and the peace of mind that comes with knowing your brakes were serviced correctly. Let’s gather our tools and get your Explorer back into peak mechanical condition.
Understanding the Basics of Your Explorer’s Braking System
The Ford Explorer utilizes a disc brake system on all four wheels. When you press the brake pedal, hydraulic fluid forces the brake pads against a spinning metal disc called a rotor.
This friction creates the heat and resistance necessary to stop your vehicle’s momentum. Over time, the friction material on the pads wears down, requiring a ford explorer brake pad replacement to maintain performance.
Modern Explorers often feature heavy-duty components, especially if equipped with the Intelligent 4WD system or the heavy-duty trailer tow package. These versions may have larger calipers and thicker pads designed to handle increased heat.
Ceramic vs. Semi-Metallic Pads
When shopping for parts, you will likely choose between ceramic and semi-metallic friction materials. Ceramic pads are known for being quiet and low-dust, making them ideal for daily commuting and city driving.
Semi-metallic pads offer better heat dissipation and are often preferred for towing or aggressive off-road driving. However, they can be noisier and produce more black dust on your rims.
For most Explorer owners, a high-quality ceramic pad provides the best balance of longevity and comfort. Always ensure the pads you buy meet or exceed OEM specifications for your specific model year.
Essential Tools for Your ford explorer brake pad replacement
Before you begin, you need to have the right equipment on hand. Having everything ready prevents the frustration of being halfway through a job and realizing you are missing a specific socket size.
You will need a heavy-duty floor jack and a pair of sturdy jack stands. Never work on a vehicle supported only by a hydraulic jack, as these can fail without warning.
A standard socket set (metric) is required, specifically 13mm, 15mm, and 18mm sizes. You should also have a large C-clamp or a dedicated brake caliper compression tool to reset the pistons.
- Brake Parts Cleaner: To remove oil and shipping grease from new components.
- High-Temp Brake Grease: Essential for lubricating slide pins and the back of the pads.
- Torque Wrench: To ensure lug nuts and caliper bolts are tightened to factory specs.
- Wire Brush: For cleaning rust off the caliper bracket and hub surface.
- Brake Fluid: DOT 4 is standard for most modern Explorers, but check your reservoir cap.
If your Explorer is a 2020 model or newer, you may also need a diagnostic scan tool or knowledge of the “Service Mode” sequence. This allows you to retract the electronic parking brake motors safely.
Safety Protocols and Preparation
Safety is the absolute priority when performing a ford explorer brake pad replacement. Start by parking on a flat, level concrete surface and engaging the parking brake (if you are working on the front wheels).
Loosen the lug nuts on the wheels while the vehicle is still on the ground. This prevents the wheel from spinning while you are trying to break the nuts loose with a lug wrench.
Once the vehicle is raised and secured on jack stands, finish removing the lug nuts and pull the wheel off. Place the wheel under the frame rail for an extra layer of protection in case of a stand failure.
Inspecting the Rotors
Before removing the old pads, take a close look at the brake rotors. Look for deep grooves, cracks, or a “lip” around the outer edge of the disc.
If the rotors are thin or heavily scored, they should be replaced or “turned” at a machine shop. Putting new pads on damaged rotors will lead to premature wear and annoying brake squeal.
Run your fingernail across the surface; if it catches in a groove, the rotor needs attention. Most professional technicians recommend replacing rotors and pads together for the best results.
Step-by-Step Front Brake Pad Removal
The front brakes do about 70% of the stopping work on your Explorer. To begin, locate the two caliper mounting bolts on the backside of the wheel assembly.
Use your 13mm or 15mm socket to loosen and remove these bolts. Once they are out, the caliper should slide off the rotor, though you might need a flat-head screwdriver to gently pry it loose. Crucial Tip: Never let the caliper hang by the rubber brake hose. This can cause internal damage to the line. Use a bungee cord or a coat hanger to suspend the caliper from the coil spring.
Cleaning the Caliper Bracket
Remove the old pads from the bracket and take note of how the wear indicators are positioned. These small metal tabs are designed to screech when the pads get dangerously low.
Use your wire brush to scrub away any rust or brake dust from the metal clips on the bracket. If your new pads came with new hardware clips, remove the old ones and snap the new ones into place.
Apply a thin layer of high-temperature brake grease to the points where the pad ears contact the bracket. Avoid getting any grease on the friction surface of the pad or the rotor.
Installing the New Brake Pads
Before the new, thicker pads will fit, you must compress the caliper piston back into its housing. Open the brake fluid reservoir cap under the hood to relieve pressure.
Place an old brake pad over the piston and use your C-clamp to slowly squeeze it back until it is flush with the caliper body. Watch the fluid reservoir to ensure it doesn’t overflow as the fluid is pushed back up the lines.
Slide the new pads into the caliper bracket. They should fit snugly but be able to move slightly. If they are too tight, double-check that you have cleaned the bracket thoroughly.
Reassembling the Caliper
Slide the caliper back over the new pads and the rotor. Reinstall the mounting bolts and tighten them to the manufacturer’s torque specification, usually around 25-35 lb-ft for these specific bolts.
It is a professional “best practice” to clean the slide pins during this stage. Pull them out of the bracket, wipe off the old grease, and apply a fresh coat of silicone-based brake lube.
Stuck slide pins are the number one cause of uneven pad wear and reduced braking efficiency. Ensuring they move freely is vital for a high-quality ford explorer brake pad replacement.
Navigating the Electronic Parking Brake (EPB)
If your Ford Explorer is a newer model year, the rear brakes are likely equipped with an Electronic Parking Brake. You cannot simply compress these pistons with a C-clamp.
Doing so can destroy the internal screw mechanism and the electric motor, leading to a very expensive repair. You must put the vehicle into Brake Maintenance Mode via the dashboard or a scan tool.
To do this manually on many Fords: Turn the ignition on, press the accelerator to the floor, hold the EPB switch in the “Release” position, and cycle the ignition off and then back on within five seconds.
Confirming Maintenance Mode
You will know you are successful when the dashboard displays a “Brake Maintenance Mode” message. You will also hear the electric motors on the rear calipers retracting fully.
Once the job is finished, you must exit this mode using a similar sequence. This “re-homes” the pistons so they can properly apply the parking brake again.
If you are uncomfortable with this electronic step, it is best to consult a certified technician. Damaging the EPB system is a common pitfall for many first-time DIYers.
Final Checks and the Bedding-In Process
Once all pads are replaced and the wheels are back on, lower the vehicle to the ground. Tighten the lug nuts in a star pattern to 100 lb-ft to ensure even pressure on the hub.
Before you shift into gear, pump the brake pedal several times. The first few pumps will go to the floor as the pistons move out to meet the new pads. Do not skip this step, or you will have no brakes when you try to back out of the driveway!
Check your brake fluid level one last time. If it is low, top it off with fresh DOT 4 fluid from a sealed container. Brake fluid absorbs moisture, so never use an old bottle that has been sitting open.
The “Bedding” Procedure
To get the best performance from your ford explorer brake pad replacement, you need to “bed” the pads. This transfers a thin layer of friction material onto the rotor surface.
Find a quiet road and perform five to six moderate stops from 40 mph down to 10 mph. Do not come to a complete stop during this process, as it can cause “hot spots” on the rotors.
Allow the brakes to cool for a few minutes by driving at a steady speed without using the pedal. You may smell a slight “burning” odor during this time; this is normal as the resins in the new pads cure.
Common Mistakes and Troubleshooting
One of the most frequent errors is installing the pads backward. It sounds simple, but in a dark wheel well, it is possible to put the metal backing plate against the rotor. This will cause immediate damage.
Another issue is squealing shortly after installation. This is usually caused by a lack of grease on the contact points or using low-quality “white box” pads that lack proper shims.
If you feel a pulsation in the pedal after the job, it means your rotors are warped. New pads cannot fix a warped rotor; the disc itself must be replaced to solve the vibration.
Always double-check that your brake lines aren’t twisted when you reinstall the caliper. A kinked line can cause the brake to “drag,” leading to overheating and rapid wear on your new parts.
Frequently Asked Questions About ford explorer brake pad replacement
How long should brake pads last on a Ford Explorer?
Typically, front pads last between 30,000 and 60,000 miles. This depends heavily on your driving style, whether you tow frequently, and if you drive in hilly terrain or stop-and-go traffic.
Do I need to bleed the brakes after changing pads?
Generally, no. If you did not open the hydraulic system (the bleeder screws or lines), you don’t need to bleed them. However, a fluid flush every two years is recommended for system longevity.
Why is my brake pedal soft after the replacement?
A soft pedal usually means there is air in the system or the pistons haven’t fully seated yet. Pump the pedal several times. If it remains soft, you may need to perform a full system bleed.
Can I just change the pads and not the rotors?
You can, provided the rotors are within the minimum thickness specified by Ford and are not warped. However, for the smoothest performance, replacing both is the “gold standard” for DIYers.
How much does a ford explorer brake pad replacement cost at a shop?
A professional shop will typically charge between $250 and $450 per axle, including parts and labor. By doing it yourself, you can often complete the entire vehicle for under $150 in high-quality parts.
Conclusion: Taking Pride in Your Maintenance
Completing a ford explorer brake pad replacement is a rite of passage for many DIY mechanics. It not only saves you money but gives you a deeper understanding of how your vehicle keeps you safe on the road.
By taking your time, using the correct tools, and following the safety steps outlined here, you can achieve professional-grade results in your own garage. Remember to always prioritize high-quality components and never cut corners when it comes to your braking system.
Whether you are prepping for a cross-country road trip or just ensuring the daily commute is as safe as possible, your Ford Explorer is now ready for the miles ahead. Stay safe and stay comfortable!
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