If you drive a lot and often take your car for maintenance, you must be curious if you could use front brake pads on the rear brake instead of spending tonnes of money on specialized brake pads. It is a simple approach to save both time and money. However, it is paramount to comprehend the perils and consequences.
In this blog, we will look at the distinctions between front and rear brake pads, the hazards of using front brake pads on the rear, and some professional advice to help you make an informed decision about which brake pads to use on your vehicle.
Contents
Can I Use Front Brake Pads on The Rear?
No, You can not use front brake pads on the rear. The front brake pads are designed to work with the larger brake calipers on the front of the car, while the rear brake pads are designed to work with the smaller brake calipers on the rear. If you were to use front brake pads on the rear, they would not fit properly and would not provide adequate braking power.
Why Should You Avoid Using Front Brake Pads on the Rear?
Using front brake pads on the rear of your car is not recommended for several reasons. Some of the reasons are explained below:
- The front and rear brake pads have different diameters and are designed for their respective calipers. The front brake pads are too large to fit in the rear caliper.
- The brake system is calibrated for each axle, and changing the brake pads could affect this calibration.
- Front and rear brake pads wear differently and are made of different materials to account for this wear.
Using front brake pads on the rear axle can cause premature pad wear and poor braking performance.
Front Brakes vs Rear Brakes: Why Are They Different?
Front and rear brake pads are designed differently because they fulfill various functions. The front brakes deliver the prevalence of stopping power, while the rear brakes supply reinforcement and resilience. Here are the differences between the two:
Size of the brake pads
Front brake pads are often bigger in size than rear brake pads. This is because the front brakes do the majority of the work and require a larger surface area to provide the necessary friction to stop the car.
Size of the calipers
Front calipers are typically bigger than rear calipers. This is because the front brakes demand higher stopping force, requiring more hydraulic pressure to function properly.
Front pad wear
The front pads wear and tear out more often than the rear brake pads because they hold more stopping potency. The vehicle’s weight distribution can also impact the wear pattern of the front brake pads, with larger cars putting greater stress on the front brakes.
The design and function differences between front and rear brake pads are critical to the braking system’s performance. To withstand the majority of the stopping force, the front brakes must be stronger. They must also be more effective in dissipating heat.
Frequently Asked Questions
Are Front and Rear Brake Pads the Same Size?
No. The size of the front and back brake pads is different. The front brake pads’ dimensions are larger than the rear brake pads. Because more work is done at the front than the back, the front brake pad calipers are bigger than the rear brake pad calipers.
Why are front brake pads bigger than rear brake pads?
Front brake pads are larger than rear brake pads because they are used more frequently. The force delivered on the front brake is significant and hefty. Thus they must be large enough to withstand the strain. The weight of the vehicle shifts forward as you stop, causing the front brake discs to deal with more heat than the rear. The bigger front brake discs absorb and dissipate heat more effectively than the smaller rear discs.
should I change the front and rear brake pads at the same time?
Yes, it is recommended to change the front and rear brake pads at the same time. This is because the front and rear brakes work together to provide braking power, and if one set of pads is worn down more than the other, it can cause uneven braking and could lead to a crash.
Are Front Brake Pads the Same as Rear?
No, front brake pads are not the same as rear brake pads. They are different in size, material, and function.
Also Read:
- Are Brake Pads Interchangeable?
- Why Are Brake Pads Not Touching the Whole Disc?
- How Close Should Brake Pads Be To Rotors?
- Why Wheel Won’t Spin After a Brake Change?
- Does the Emergency Brake Lock All Wheels?
- Can You Put Brake Pads on Backward? Why Should You Avoid?
- Can You Spray Brake Cleaner on Brake Pads? Does It Help?
- How Long Can You Drive on Grinding Brakes? Expert Answers
- Do Ceramic Brake Pads Contain Asbestos?
- Why Does My Car Shake After Changing the Brake Pads?
- How to Install Anti-Rattle Clips on Brake Pads
- Is it safe to drive without Brake Pads?
- Brake Pad Lifespan Explained
- Fixing New Ceramic Brake Pads Making a Grinding Noise
- Ceramic vs. Semi-Metallic Brake Pads: Which is Better?
- Why Are My Brakes Grinding After New Pads And Rotors
- Ceramic vs OEM brake pads
- Ceramic vs Organic Brake Pads: In-depth Comparison
- Ceramic vs Carbon Fiber Brake Pads: A Comprehensive Comparison
Conclusion
The front and rear brake pads serve different purposes and are designed to meet the specific needs of each wheel. The front brakes provide most of the braking power and require larger pads and calipers to provide the necessary friction and hydraulic pressure. In contrast, rear brakes provide additional support and stability and do not require as much stopping power as front brakes.
The distinctions in design and function of the two brakes impact the braking system’s general efficiency. Using the correct brake pads for each wheel is important to ensure optimal braking performance, safety, and longevity.
Neglecting to use the correct pads can lead to reduced braking performance, premature wear, and even potential safety hazards. As a result, it is essential to follow the manufacturer’s instructions and change brake pads at regular intervals to keep the braking system in good working order. It is also preferable to avoid putting front brake pads on the rear.
References: