Disc brakes versus drum brakes? (Suits you)

Instead of housing the major components within a metal drum, disc brakes use a slim rotor and small caliper to halt wheel movement. But unlike drum brakes, which allow heat to build up inside the drum during heavy braking, the rotor used in disc brakes is fully exposed to outside air.

Are disc brakes better than drum?

Disc brakes are the more effective and reliable choice, but they have their limitations. Drum brakes are not very practical, but they are crucial to parking a car – unless of course you’d like to go back to wooden blocks on sticks. Therefore, drum brakes are often still found in modern cars.

Why do some cars have drum brakes instead of disc brakes?

Drum brakes lock-up the wheels easier and make better parking brakes than disc brakes. Those who enjoy doing handbrake turns may also favour rear drum brakes since they lock-up easier (self-energizing). Drum brakes are also smaller and lighter but these are not reasons why modern cars still use them.

What are the disadvantages of disc brakes?

The disadvantages of disc brakes outweigh the advantages; they’re expensive, heavier than caliper brakes, more complicated and raise compatibility issues. Disc wheels are not going to work in your current bikes, and vice versa. There is also the risk of problems with heat dissipation on long descents.

Which brakes are more reliable in longer run?

Even though both of these are used in most cars now with disc brakes being in front and drum brakes in the back, disc brakes are still the better choice. However, you can’t rule out drum brakes. Due to their cheap cost and easy maintenance they can be quite a solid choice for the long run.

What are the advantages of over drum brake?

Lesser Frequency of Replacement – The brake pads used in a disc brake tend to live longer as compared to the brake shoes used in a drum brake system, due to better frictional properties and mechanism. This results in fewer replacements of components in a disc brake as compared to that in a drum brake.

What are the advantages of disc brakes?


  • Disc brakes offer greater stopping power, which can be helpful on long descents.
  • Disc brakes don’t heat the rim, which has been known to cause tire blowouts on long descents when rim brakes are used.
  • Disc brakes allow for more precise braking, making wheel lockup less likely.

Can a car have both disc and drum brakes?

Disc and drum brakes are built differently, with somewhat different advantages. Your vehicle may have both or just disc brakes. Both work as part of the hydraulic brake system. This is a system that’s under high pressure, is subject to lots of heat and can be compromised by road grime, air, brake dust and moisture.

What is the best braking system?

Top 5 Best Car Brakes Reviews

  • #1 Bosch BC905 QuietCast Premium Ceramic Disc Brake Pad – Top Pick.
  • #2 Power Stop K1043 Front Brake Kit – Honorable Mention.
  • #3 Wagner QuickStop ZD866 Ceramic Disc Pad Set – Best Budget.
  • #4 Power Stop K2316 Front Brake Kit – Best for Performance.

Is it worth getting disc brakes on a road bike?

Better braking power – Disc brakes generate far more braking power than standard rim brakes. A faster ride – It is considered that disc brake bikes can actually provide a faster ride. As riders will have more trust and braking power on discs they can brake fractionally later than if they were using rim brakes.

Are disc brakes safe?

Disc brakes heat up on long descents, and some riders have claimed to have been sliced open by a hot disc brake during a crash. But bike design and safety testing is better than ever, and disc brakes are not sharp. Their overall safety is improving at a rapid rate, and disc-brake-induced injuries are an extreme rarity.

Are drum brakes any good?

Drum brakes can provide more braking force than an equal diameter disc brake. Drum brakes last longer because drum brakes have increased friction contact area than a disc. Drum brakes are cheaper to manufacture than disc brakes. Drums have slightly lower frequency of maintenance due to better corrosion resistance.

Why do trucks use drum brakes?

Pick-up trucks still have drum brakes and there are good reasons for it. The main reason why pickups have drum brakes, is due to the fact they are cost effective, require replacement less often, and because they just take less maintenance than their disc brake alternative.

Can I replace drum brakes with disc brakes?

If you’re wondering if you should convert your drum brakes over to disc brakes, the answer is a resounding yes. A drum to disc conversion is one of the best “bang for the buck” upgrades you can make to your vehicle. Here’s more info about the benefits of drum to disc brake conversion.

Disc Brakes Vs. Drum Brakes: the Differences in Their Operation and Parts

If you own a car, you should arm yourself with as much knowledge as possible so that you can determine when it is necessary to undertake preventative maintenance and service. The brakes on your vehicle are one of the components that require frequent preventative maintenance and servicing. The brakes on your automobile are unquestionably the most crucial safety component it has. Modern braking systems are quite sophisticated and employ a variety of technology, including sensors, computers, and precision-engineered brake components, to bring your car to a safe stop when necessary.

Drum brakes, which have stayed basically constant throughout the years, and disc brakes, which are used by the vast majority of modern automobiles, are the two most fundamental forms of brakes.

In order to understand the differences between drum brakes and disc brakes, you should first understand why you would want to upgrade.

Drum Brakes

Because of their simplicity and low production costs, drum brakes have been in use for many years and have maintained their appeal during that time. Despite the fact that they are less effective than disc brakes, they are nonetheless functional and perform the job. For the most part, drum brakes are composed of cast iron, and their name comes from the fact that they have a drum-like form. All of the brake drum components are contained within the drum, and all automobiles built until the 1970s had them on all four wheels.

  1. They work by exerting centrifugal and hydraulic force on two arched shoes that are contained within the drum, causing them to expand into the inner wall of the spinning drum as the drum spins.
  2. Even though there aren’t many benefits to utilizing drum brakes nowadays over disc brakes, there are some of them.
  3. Spring tension is used to hold all of the drum components for the brakes in place.
  4. Then it’s merely a matter of swapping in a new set of shoes, reconnecting the springs and brackets, and reinstalling the drum to be back in business.
  5. In fact, changing brake shoes on some types of cars may be completed in less than two minutes, and drum brake shoes are quite reasonably priced compared to other options.

Disc Brakes

Due to the design of drum brakes, they were unable to keep up with the increasing speed of automobiles, causing them to overheat and lose their stopping ability. The upshot was that in the 1960s, brake makers came up with a high-performance alternative to drum brakes for use in American muscle cars. A caliper (hydraulic clamp), a huge metal rotor, and two flat brake pads are all included in the disc brake assembly. When it comes to high-performance applications like racing, brake rotors are most commonly manufactured from iron, although they may also be constructed from ceramics and carbon composites.

Pressing down on the brake pedal causes brake fluid to be forced into the hydraulic clamp, which is how disc brakes are ‘activated’ (caliper).

As a result, the brake pads slow the braking rotor, which in turn slows your car down as well.

Disc brake systems can be quickly inspected without the need to remove your wheels, and the feel and modulation of the brake pedal will be significantly enhanced as a result.

Due to the fact that disc brakes are the most common type of braking system nowadays, you have a broad range of high-performance disc brake pads to choose between.


Despite the fact that disc brakes provide far greater stopping force than drum brakes, which makes them the obvious choice for every type of driving, drum brakes are nevertheless used in several situations. Even if your vehicle has four-wheel drum brakes or only two drums on the rear axle, you may still boost its stopping power by installing high-quality drum brake components or a disc brake conversion kit on the back axle. It is possible to browse for vehicle-specific brake components online, where you may get drum and disc brakes that are ideal for your particular application.

Anthony Hendriks is a professional basketball player.

Since he was a youngster, his passion for mystery novels, race cars, and travel has only grown, making it impossible for him to choose a single all-time favorite pastime to pursue.

Disc Brakes vs. Drum Brakes

‘Disc brakes vs. drum brakes: What’s the difference?’ is a query that frequently appears on automobile websites and message boards. ‘Which is preferable?’ Because your vehicle’s braking system is the most vital safety component, the professionals at Jiffy Lube® are delighted to provide information on this often asked question. The greater the number of drivers who are knowledgeable about different types of brakes and how to maintain them, the safer we will all be on the road.

Disc brakes consist of a metallic disc or rotor, caliper pistons and brake pads.

  1. Whenever you apply pressure to the brake pedal, hydraulic pressure is generated in the master cylinder, which stores brake fluid. To get to the caliper pistons, the pressurized fluid has to travel via the braking lines. The brake pads are compressed against the disc or rotor by the caliper pistons. Because of friction generated by the application of the brake pads on the disc or rotor, braking causes the vehicle to slow.

Disc brakes are now standard on the front wheels of many models, and they are also available on all four wheels of other models as an option.

Drum brakes consist of a brake drum and brake shoes.

  1. Just as it is the case with disc brakes, when you depress the brake pedal, hydraulic pressure is generated in the master cylinder, which stores brake fluid. A wheel cylinder presses the brake shoes against the inner surface of the brake drum, creating friction and causing the vehicle to slow down (here is where drum operation varies from disc operation).

When it comes to new entry-level automobiles, drum brakes are frequently seen on the rear wheels. Because the majority of the braking is performed by the front wheels, the use of drum brakes in the back can assist keep the price of a new automobile more inexpensive overall.


  • In general, they perform better when it is raining. Water is repelled by the brake rotor, and water is removed by the brake pads
  • The brakes are less prone to lock up while braking hard
  • Because disc brakes control heat better than drum brakes, you should avoid brake fade. This aids in the maintenance of more constant performance by disc brakes.

Drum brakes:

  • Installation and maintenance costs are less expensive. Drum brakes are the most cost-effective option for the rear wheels as a result. During braking, the temperature rises. Consequently, they are more vulnerable to brake fade When it is raining, they are less effective. Depending on its construction, water might pool and cause brakes to fail. This can be dangerous.


It’s easy to lose sight of the fact that all new automobiles come equipped with parking brakes and Anti-lock Braking Systems when we focus entirely on disc brakes vs drum brakes (ABS). When an automobile is parked, the parking brake is used to keep it from moving about. It is advised that you activate the parking brake every time you park your car, but this is especially vital when parking your vehicle on a slope, hill, or incline of any kind. The parking brake, which is independent of your disc or drum brakes, is attached to your back wheels and must be engaged independently of them.

  • A lever that is located between the driver and the passenger
  • Activate a button or handle located near the steering column. a pedal on the third floor

Anti-lock braking systems (ABS) are a critical safety element that may be found on the majority of contemporary automobiles. During a skid or an abrupt stop, the ABS monitors wheel speed and prevents the brakes from being locked. Jiffy Lube® professionals are familiar with anti-lock braking system technology and are trained to service these systems (ABSs). Now that we’ve looked at the different types of brakes and how they operate, let’s talk about how to properly maintain and service them.

Pay close attention to your brakes and don’t put off brake checkups or repairs if they are necessary. When it comes to your brakes, always keep these three items in mind:

  1. Brakes that are responsive and dependable are crucial to your safety, as well as the safety of your passengers and everyone else you come into contact with while driving. In addition, because you use your brakes almost every time you drive, your braking system endures a significant amount of wear, and certain components will need to be fixed or replaced from time to time
  2. When drivers are in need of attention, their brakes send out a variety of signals. As a general rule, it is advised that brakes be tested every 12 months or 12,000 miles (see your owner’s handbook for your individual vehicle’s service plan), but you should not wait until your next scheduled maintenance check to determine whether or not something is wrong with your brakes.


  • Do you come to a screeching halt? The problem of noisy brakes is frequent (and bothersome), and it may be resolved by something as simple as replacing your brake pads and grinding or replacing your rotors
  • Nevertheless, it is not recommended. New brake pads installed, but the brakes are still screechy? Excessive braking can cause rotors to get glazed, which can reduce the effectiveness of the brakes. Heavy grinding noises can be heard. The grinding or growling sound caused by metal-on-metal contact indicates that your brake pads are worn out.
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  • The vibration in the brake pedal might be caused by too harsh braking, which could have resulted in warped rotors. Slow stopping reaction might be a sign of a leak in the hydraulic system or that your brake linings have been glazed, for example. Having sensitive brakes that cause you to come to a complete stop at the least press of the pedal might indicate that your brake linings are dirty or that there is an issue with your power assist system
  • A issue with the hydraulic system or power assist may necessitate the application of additional pressure to the pedal in order to respond. If you haven’t had your braking system checked out yet, don’t delay. A vehicle pulling to one side during braking may be caused by brake linings that have been unevenly worn or that have been contaminated.


  • Is there a little pool of fluid under your car that isn’t water but may be something else? It’s possible that it’s brake fluid. Check the condition of your car
  • Inspect your brake pads for wear. If you look closely, you’ll see them between the spokes of the wheel, pressing up against the brake rotor. The next time you discover that the brake pad is thinner than the metal to which it is attached, it’s time to take your car to Jiffy Lube.


Because your braking system is so crucial, you want to be confident in the repair company who will be performing the work. As a result, you should take your vehicle to one of the many Jiffy Lube outlets located around the country for regular maintenance. Trained technicians will begin by asking you questions about your driving habits, which will aid them in better diagnosing any problems that may have occurred. What to expect next is as follows:

  • Visual assessment of your vehicle’s brakes (with the wheels on) will be performed by the technician. When a tire rotation is completed, a more comprehensive brake examination is carried out. Based on the results of this visual assessment, you will be given with brake service suggestions. There are various instances where a more thorough check may be recommended. Your braking system will be maintained by qualified specialists as and when it is required. Before and after the brake service, your vehicle will be put through its paces.

After pulling away from your nearby Jiffy Lube, you can be certain that experts conducted the brake check and any necessary repairs in accordance with the manufacturer’s recommendations for your vehicle.


What role does a brake fluid exchange have in ensuring that your braking system operates efficiently and safely? Find out more about it here. Please return to our Resource Center on a regular basis. Experts often provide new and fascinating material. Please keep in mind that not all Jiffy Lube services are available at all locations. Please contact ahead or visit jiffylube.com to confirm if the service is available.

Disc Brakes vs Drum Brakes: What’s the Difference?

We at Autopark Honda make it our duty to match customers with the vehicle that best suits their needs. We think that the more you know about vehicles, the more you will appreciate them, which is why we are here to teach you all you need to know about brakes. Each and every time we get into our car (ideally), we apply the brakes, and it appears that most drivers are highly familiar with their use – particularly in free flow lanes. Few, on the other hand, are familiar with the actual machinery that is involved in the braking process.

We’ll look at their advantages and disadvantages in common situations, demonstrate how they operate, and then compare the two.

Drum Brakes

Drum brakes were the first in-tire braking device to be developed. Brakes were merely a block of wood mounted on a lever that pushed on the tire prior to their appearance (also known as a handbrake). After being introduced on a Maybach in 1900, the first drum brakes were invented by famed automotive inventor Louis Renault and patents were issued two years later under the same name. It is possible to provide a lengthy description of how drum brakes operate, but there is nothing quite like seeing this instructional video:

Problems with Drum Brakes

A drum brake’s components tend to heat up fast due to the fact that they are all contained within a metal drum. When drum brakes heat up, they fail because the friction produced by hot brakes is reduced. The lower the amount of friction they generate, the less efficient they are at slowing down the wheels’ movement. This is referred to as brake fade in some circles. Brake fade is still a key downside of modern drum brakes even though they have made significant advancements in terms of technology.

Consequently, drum brakes are often found on the back wheels of automobiles, or in the absence of a back wheel, on the front wheels. Who will take their place? Disc brakes are used.

Disc Brakes

Frederick William Lanchester received a patent for disc brakes in 1902, the same year that Louis Renault received a patent for drum brakes. It would be half a century before the technology could successfully manufacture the pieces that they had designed, despite the fact that they were the superior design. Jaguar, a tiny business at the time, produced the first dependable caliper disc brakes for their C-Type racing vehicle in 1953, which was used in the Formula One championship. This team competed with the C-Type in the 1953 24 Hours of Le Mans and came away with the victory.

Since then, disc brakes have been the de facto norm for high-performance automobiles.

As a result of their open-air design, as opposed to being encased in a metal box, such as drum brakes, they are more efficient.

Drum vs Disc

So, which form of brake is preferable? As is true of most things in life, the solution is rarely straightforward. It is well known that drum brakes have several severe design problems, including the fact that they overheat fast, take longer to dry, and are often heavier than disc brakes. As a result of its ability to expand when hot and shrink when cold, disc brakes are not suitable for use as parking brakes. They would ultimately cool down, shrink, and lose contact with the brake disc if we used them as a parking brake after they had been used for other purposes.

  • The only difference between the two brakes is their design.
  • Despite the fact that drum brakes are not particularly practical, they are absolutely necessary for parking your vehicle.
  • As a result, drum brakes are still often used in current automobiles.
  • Some sports vehicles will have disc brakes on all four wheels, but will also have a drum brake on one of the wheels for parking purposes.

Speaking of Brakes

Could you benefit from a new set of glasses? If you’re starting to hear some squeals when you brake, it’s probably time to get your car serviced. It is possible that the braking noise is caused by debris on your brake pads, but it is also possible that your brake pads need to be replaced. On Disc Brakes versus Drum Brakes: What’s the Difference? Posted inReviews|Comments Off on What’s the Difference?

Why Does Your Truck Have Drum Brakes?

The disc braking system is often regarded as a cutting-edge technology. So what is it about some trucks that still use drum brakes?

Drum brakes are still used by vehicle manufacturers for a very simple reason: they are less expensive. Drum brakes are significantly less expensive than disc brakes. This does not imply that you must continue to use drum brakes on your truck. Drum brakes have a number of drawbacks, including:

  • Rust
  • Maintenance challenges owing to inaccessibility and rust/corrosion concerns
  • Inspection difficulties due to inaccessibility
  • Issues with wet weather performance
  • Effortless fading

The failure rate of drum brakes is likewise significantly higher than that of disc brakes. When drum brakes fail, repairing the drum can be a difficult task (by resurfacing it). Sometimes the only alternative is to completely replace the drum set. That’s a significant unexpected price that many drivers just cannot afford.

Why Disc Brakes Are Better Than Drum Brakes

Many truck owners believe that disc brakes are a significant improvement over drum brakes. This is due to the fact that:

  • There is no brake fade. improved performance in adverse weather conditions
  • Improved heat dispersion
  • More easily available
  • It is simpler to verify
  • It is simpler to replace components.
  • Disc brakes provide more uniform braking performance over the life of the pads, whereas drum brake shoes deteriorate in an uneven manner.
  • Unsprung weight is reduced with disc brakes as compared to drum brakes
  • If your car is equipped with disc brakes, you will have greater control over how you enhance and repair it.
  • A greater variety of rotors and brake pads to choose from to meet your requirements

More in-depth explanations of why disc brakes are preferable than drum brakes may be found in these two pieces of literature:

  • Why Should I Convert My Drum Brakes To Disc Brakes? What are the advantages of disc brakes over drum brakes?

Converting To Disc Brakes Is Pretty Cost Effective

It is true that upgrading to disc brakes will cost more money up front, but it will be more cost efficient in the long term. It is almost always more cost-effective to convert from drum brakes to disc brakes rather than to replace them entirely. So, if you’re having problems with your drum brakes, it could be time to upgrade to disc brakes instead.

Lugnut4x4 Offers Complete Disc Brake Conversion Kits

In the event that you wish to upgrade to disc brakes, you have two choices:

  1. Make your own disc brake conversion kit
  2. Purchase a disc brake conversion kit
  3. Or do both.

Purchasing a disc brake conversion kit is sometimes far less expensive than assembling the individual components. This blog article explains why this is the case. Our full disc brake conversion kits are available for a wide range of axles, including the following: Aside from that, we also have universal weld on disc brake systems as well as twin rear wheel disc brake kits. Our disc brake conversion kits include everything you need to make the switch to disc brakes. For example, our Dana 60 disc brake conversion kits include the following components:

  • Rotors, brackets, calipers with steel pistons, caliper pins, and brake pads are all examples of brake components. Hardware of superior quality (washers, bolts, clips, and so on)
  • Seals on the inside of the hub and wheel
  • Hoses for the brakes

If you want assistance in locating the appropriate disc brake conversion kit for your truck, please do not hesitate to contact us. We will be delighted to serve you!

Disc Brakes Vs Drum Brakes – Which Are Better?

Since the birth of the automobile, manufacturers and racing teams have been working to improve braking systems in order to improve performance. Drum brakes were utilized on automobiles up until the 1980s and 1990s, when the usage of disc brakes became increasingly widespread in automobiles. Because of its improved braking performance, disc brakes are now standard equipment on the majority of automobiles, trucks, and SUVs. But why are disc brakes preferred over drum brakes in this situation? Why do disc brakes provide superior braking performance than drum brakes?

How Brakes Work – Friction and Heat

To operate, modern automobile braking systems generate friction among its many components, allowing them to slow the vehicle until it comes to a complete stop. Drum brakes employ a spinning drum that is linked to each wheel, as well as brake shoes that are contained within the brake drum, in order to generate friction and decrease your vehicle’s speed. Whenever you depress the brake pedal, the brake shoes are pressed to the interior of the brake drum, causing friction and causing the vehicle to slow significantly.

A brake rotor is linked to each wheel, and a brake caliper is clamped down on the brake rotor.

Heat is generated as a result of friction over time, and this heat must be dispersed in order for your brakes to function effectively.

It is one of the primary reasons that drum brakes were phased out is because they do not dissipate heat at the same rate as disc brakes.

In the interior of your disc brake rotors are fins that revolve with your wheels and are capable of drawing in cold air to cool the rotor down. The design of disc brakes is far superior in terms of heat dissipation and cooling down the braking system, resulting in far less brake fade.

Advantages of Drum Brakes

Another advantage of drum brakes is that the contact patch between the brake shoes and the drums is far greater than that of disc brakes, allowing drum brakes to generate significantly more braking force than similar disc brakes. Because the contact patch between the brake shoes and the drum is bigger, the braking power may be distributed over a broader area, allowing drum brakes to last longer than disc brakes with equal specifications. The fact that they are less expensive to manufacture than disc brakes is another advantage of drum brakes, which is one of the primary reasons they are employed in low-cost automobiles.

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Disadvantages of Drum Brakes

In the past, drum brakes were often seen on automobiles, but they have since been phased out in favor of disc brakes. The two most significant difficulties with drum brakes are the accumulation of heat and the difficulty in servicing drum brakes. Drum brakes have a number of disadvantages, one of which being the design of their drums. It is important to note that due to the design of drum brakes, cold air will mostly flow on the outside of the drum and will not be able to readily enter inside of the brake drum to cool the internals of the brake drum down.

Heat may also cause the shoes in drum brakes to glaze over, which stops them from being able to effectively grasp the drum and provide the friction necessary to lower the vehicle’s speed.

It is necessary to remove the drum brake and replace each shoe within the drum in order to replace the shoes and brake pad material on a drum brake.

How To Replace Drum Brakes

Because of the intricacy of the internals of drum brakes, changing the shoes on drum brakes can take significantly longer than replacing the brake pads on disc brakes. If you’d like to see a video that demonstrates how to change the brake shoes on a drum brake, please see the video embedded below this paragraph.

Advantages of Disc Brakes

One of the primary advantages of disc brakes over drum brakes is that they are intended to dissipate heat more efficiently than drum brakes. When it comes to disc brake rotors, they feature two smooth surfaces on which the brake caliper and brake pads will be clamped together. The fins that run along the centre of the brake rotor divide the two smooth sides of the rotor from one another. As your wheels spin, the brake rotors will spin at the same rotational speed as your wheels, sucking in air through the brake rotor’s fins, which cools the brake rotor down as it does so.

  1. As an added bonus, disc brakes are less complicated to service and replace than drum brakes.
  2. Even if you needed to change your disc brake rotors and pads, it’s not that difficult to do it yourself if you have the correct equipment for the task and the right knowledge.
  3. Modern advancements such as numerous brake caliper pistons enable the brake calipers to generate greater amounts of braking force and stopping power, which is increasingly vital as cars get heavier and more massive.
  4. Carbon-ceramic disc brake rotors are significantly tougher than steel disc brake rotors and can withstand greater amounts of brake fade than steel disc brake rotors.

However, as costs fall, carbon ceramic brakes may make their way into more consumer vehicles. The use of ceramic brake rotors in Formula One vehicles and high-end sports cars such as Porsche and Ferrari is now reserved for the most elite of drivers.

Disadvantages of Disc Brakes

Disc brakes, like drum brakes, are not impervious to heat buildup and can be adversely impacted by heat in the same way as drum brakes are. If your brake rotors become too hot, they may distort, which can produce vibrations when you use the brakes on your car’s brake pedal. Once brake rotors have been warped, the only option is to replace them with new brake rotors and pads to prevent further damage. When disc brakes are compared to drum brakes, one of the most significant drawbacks is the increased expense connected with installing disc brakes on your vehicle’s brakes.

However, keep in mind that the price of disc brake rotors might vary significantly depending on where you get them.

How To Replace Disc Brakes

In the event that you decide to change your disc brakes yourself, I recommend going to YouTube and watching a video on the technique for your particular automobile. Because every automobile is unique, the technique will change somewhat from one vehicle to the next. The video below shows the whole procedure on a car that is most likely not yours. If you only want to view the process in detail, go here.

Disc Brakes VsDrum Brakes –Stopping Power

When it comes to stopping power, drum brakes actually have a bigger surface area than disc brakes, which allows them to bring a vehicle to a complete stop more quickly. However, the primary disadvantage of drum brakes is that they are not capable of withstanding numerous heave braking cycles back to back without overheating excessively. When drum brakes get extremely hot, their braking power is limited until the brakes have had a chance to cool down and recover their strength. Warping of drum brakes is more likely to occur while they are hot, which is one of the primary disadvantages of drum brakes.

As a means of increasing the stopping power of disc brakes, car manufacturers have begun designing disc brake calipers that feature several pistons.

Most of the time, brake calipers with many pistons are reserved for high-performance automobiles or heavy-duty trucks that require greater stopping strength to safely bring the vehicle to a complete stop.

Otherwise, you will be responsible for completing the installation of the upgraded calipers (which will often include the use of new braking rotors and pads).

Related Questions

What is the reason for the continued use of drum brakes? Drum brakes are gradually being phased out, although there are still some situations in which they are necessary. Drum brakes are primarily employed because they are less expensive to manufacture than disc brakes and because they are capable of generating more braking force than disc brakes of equal size. Is there an anti-lock braking system (ABS) on drum brakes? It is possible to equip both drum and disc brakes with ABS (Automatic Braking Systems) systems, which allows the ABS system to activate in the event of a skid or slide being detected.

  1. This is because the system recognizes that a wheel has lost grip or that the vehicle is slipping out of control.
  2. How long do drum brakes have a useful life?
  3. Fortunately, the lifespan of drum brakes is expected to be far greater than that of disc brake pads before they need to be changed.
  4. While disc brakes will occasionally need to be changed before 50,000 miles, drum brakes will not.
  5. The most significant drawback of the drum brake system is the accumulation of heat that might develop during strong braking operations.
  6. If the temperature rises to an excessive degree, drum brakes may distort and vibrate when the vehicle’s brakes are used.

Disc Brakes Vs Drum Brakes – In Conclusion

The distinctions between disc brakes and drum brakes should be clear by now, and you should be able to make an educated decision about which type of braking system is best for your vehicle and driving style. In comparison to older technologies, disc brakes are more recent and will be better built to withstand heat and brake fade. Drum brakes are less expensive, but they are more difficult to maintain and are less effective at dispersing heat.

What Are The Differences Between Drum Brake vs Disc Brake?

Do you want to know the differences between a drum brake and a disc brake, as well as the advantages and disadvantages of each? This article will teach you all you need to know about various types of automobile brakes. It goes without saying that all automobiles require brakes since they all must slow down or come to a complete halt. Drum brakes and disc brakes are two types of automotive brakes that are often seen in today’s vehicles. Drum brakes, on the other hand, are frequently used in the rear wheels, whilst disc brakes are frequently utilized in the front wheels.

In this post, Philhyundai.com will go through the different types of brakes in great depth with you. Let’s get right to it and compare and contrast! What is the difference between a disc brake and a drum brake?

1. Drum brake vs disc brake: The ultimate comparison

The drum brake and the disc brake are two types of brakes that are often seen in modern automobiles. They both have the following characteristics in common:

  • Either reduce the speed of the vehicle or completely halt its travel. To generate friction, hydraulic fluid is used. Have a pedal side
  • Need pressures to be applied to the pedal side in order to switch on the braking system

However, there are certain distinctions between drum brakes and disc brakes, which are listed below:

Drum brake Disc brake
Structure Drum brakes are structured a bit differently from disc brakes. It consists of shoes, a wheel cylinder, and a drum. Disc brakes are set up there from wheel hub assembly, disc brake rotor, and brake caliper assembly.
Working mechanism When you put a force on the brake pedal, the hydraulic fluid will flow and press on the shoes located inside the drum. This force again pushes the shoes to press on the drum. The drum rotates with the wheel. These pressures create friction, which either slows down or stops the vehicle. When you apply and put a force on the brake pedal, a high pressure made by hydraulic fluid from the master cylinder will push on the cylinder, then the piston. The pressure also is created against the surface of the disc brake rotor. The process continues with the hydraulic fluid flow back and pushes the caliper frame, then navigates an outer brake pad to squeeze against the disc rotor, and creates friction. This friction creates a force for the vehicle to stop.
Place of installment People often use the drum brake at the rear of their vehicles, due to its ability to work as a parking brake. People often use disc brakes in the front of their vehicles due to its stopping function.
Form Drum form Flat (disc form)

The brakes on the Hyundai Eon were available in two configurations: discs up front and drums at the rear.

2. Drum brake vs disc brake: Pros and Cons

As a result of the advantages and disadvantages of each kind, automobile manufacturers frequently combine these two types in the same car. The following are the advantages and disadvantages of drum brakes versus disc brakes:

Drum brake Disc brake
Pros Drum brake can work as a parking brake. It is much cheaper than disc brakes due to its lower cost of shoes inside and the drum Disc brake provides the vehicle an effective stopping function, thereby disc brake is placed in the front wheels.The disc brake is less affected by heat or water. Therefore, it can work longer than a drum brake.
Cons A drawback of drum brakes is its internal part can be affected by the heat, and the drum can store water. More expensive than drum brakes due to more expense on caliper replacement and higher cost of the installment (all discs have to fit within the tire).That is why people like to mix disc brakes with drum brakes to reduce the expense of the brake system without changing the braking ability.

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3. Drum vs disc brake: FAQs

The braking system in an automobile is a sophisticated piece of equipment. Also, here are some frequently asked questions concerning drum brakes vs disc brakes that we receive: 1: What is a drum brake and how does it work? Drum brakes are similar in appearance to a drum and are operated by a large cylinder that is opened from the back. When a force is applied to the pedal, the curved shoes within the drum are pushed outwards, resulting in friction between the shoes. Because of the friction, the wheel slows down and eventually comes to a stop.

  • Disc brakes, often known as ‘disk’ brakes, are metal rotors that are flat and disc-shaped and fit snugly against the wheel.
  • 3: Why are drum brakes used at the back of so many automobiles?
  • Drum brakes are less expensive to manufacture than disc brakes, so automakers can provide many of the benefits of disc brakes while also lowering costs.
  • Fourth, how can I tell if my vehicle has a disc brake or a drum brake?
  • If you are able to see some or all of the brake assembly, you may use the form and structure of the assembly to determine the braking system of your car.
  • 5: What is the difference between a drum brake and a disc brake, and how can I tell the difference?
  • Disc brakes have higher heat resistance than drum brakes, which allows them to perform their duty for a longer period of time than drum brakes.

The working mechanism of disc brakes also aids in the removal of water from the device, whereas the drum design of drum brakes has the tendency to retain water within the device.

4. Conclusion

We hope that this article has provided you with a better understanding of the differences between drum brakes and disc brakes, as well as the advantages and disadvantages of each. Parts for your brakes are now readily available, and there are several options for upgrading them. However, there is a little variation in their working processes, which means that drivers need be familiar with a variety of maintenance methods to keep their vehicle’s brake systems operating properly. Hyundai Stories will keep you up to date with more useful car reviews and maintenance advice!

Disc brake vs Rim brake – Which one is better?

When it comes to purchasing a new road bike, the traditional argument is whether to go with disc brakes or caliper brakes. Despite the fact that disc brakes are becoming increasingly popular, the conventional rim brake appears to be here to stay, and for good reason. Not sure which option to choose? Ash pits them against one other to find which brakes are best for you. To a certain extent, both are successful in their particular applications. We take a look at our Endurance SL and Endurance SL Discon and discuss the advantages and disadvantages of various brakes.

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The inevitability of a wet weather excursion! The possibility to use a mudguard is a feature included across our 2019 lineup. When it comes to stopping in wet weather, there is no doubting that a disc brake will produce a more constant and responsive stopping force than a typical rim brake. It will also remove the dreaded sound of a gritty wet pad colliding with your lovely shining wheel rim. After everything is said and done, there is something to be said for the simplicity of a cable-actuated braking system.

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Tyre Clearance

If you choose disc brakes instead of rims, you may run a tyre up to 32mm wide (on our Endurance SL disc), as compared to 28mm on the rim version. This allows you to ride with a significantly larger tyre footprint and utilize lower tyre pressure for the best possible comfort and traction. The Endurance SL Disc features a large clearance for tyres up to 32mm in diameter.

Check out a selection ofroad disc bikes here

A rim brake caliper with readily changeable brake pads that is operated by a cable. When it comes to conventional cable-actuated rim brakes, there is a certain elegance to their simplicity. They are almost never unreliable, and when they do fail, they are considerably easier to repair on the side of the road. Consumables (such as brake pads and cables) are also less expensive with rim brakes! Most people would agree that contemporary disc brakes are also dependable and inexpensive to maintain; but, they can be a little more difficult to repair if something goes wrong with them.

  • It’s also worth mentioning that contracting your brake lever with a wheel that isn’t currently attached to your bike will not be the end of the world if you’re using your trusted rim caliper to do it.
  • Disc brake caliper spacers, on the other hand, are given in order to avoid such problems.
  • In terms of maintenance, your ability to do so will be strongly influenced by your level of technical knowledge.
  • following that, slide out the old pad and pop in the new one, then tighten the screw back up after that (repeat).

Disc brake pad replacement can be a little more involved, but it is otherwise very similar, with the exception of a simple tip of pushing the pistons back before removing the old pads because the pistons self-adjust as the pads wear and so on, but sometimes the caliper may require re-centering.

which is where riders frequently get themselves into trouble. A set of hydraulic brakes will require bleeding rather than merely changing a set of brake wires, and if you are not very technically inclined, it would be better to leave this to the professionals.


I suppose it’s up to each individual on this subject. To my own satisfaction, flat mount technology and ice-tec rotors have made significant improvements in this area; in addition, cleaning up the bridge of the fork and the seat-stay junction on frames has produced some really clean lines on the bikes we see these days. On the contrary, you could argue that the hub/drop-out region of these bikes now appears to be a touch intimidating and overcrowded.


Quick release with a cam lever mechanism that is standard. A significant element that is sometimes neglected is the fact that both braking systems make use of distinct types of axles. Quick release skewers are the tried and true technique of securing the wheel on a typical road bike with rim brakes that has been in use for years and years. The disadvantage of this form of flex is that wheels can bend and your rim can come into touch with the brake pads while the vehicle is under load. A thru axle bolt with an allen key head necessitates the carrying of an allen key on each ride.

A through axle is secured to the fork legs by screwing it through the wheel and straight into the fork legs on one side using an allen key.

Improved steering control and handling are the result of this, which enhances the whole riding experience.

Check out theEndurance SL Disc here

During rigorous testing, an Endurance SL Disc is pushed through its paces and put to the test. If you want a disc brake version of your bike, you will have to pay additional money for it. There are several reasons for this, including the fact that disc brake frames are more expensive to manufacture because the braking forces are concentrated entirely on the non-drive side of the bike, as opposed to the center of the bike with a traditional caliper, and the engineering required for the bolt-through style axles that are increasingly being used in conjunction with disc brakes.

The Endurance SL is subjected to a variety of tests.

Check out theEndurance SL Caliper here

So, which do you decide to go with? Several aspects influence my recommendation to you if you’re undecided which path to choose. They are as follows:

  • What do you think: Is this going to be your greatest weather show and shine bike because you also have a winter bike? If you are never going to be riding in rainy or bad weather, then rim brakes are the way to choose since you will still get more than adequate braking power performance on your fair-weather dry rides.
  • What if this is your one and only bike, and you plan to ride it no matter what the weather brings? You’ll have more constant braking performance regardless of the weather conditions, and you’ll get longer life out of your wheels because you won’t be wearing down your rims in severe weather circumstances.
  • Is the weight of your bike your number one concern? Then choose for forrims, which are lighter.
  • You want to buy the greatest bike you can afford, and your budget permits you to do so. Again, choose for the discbrake since it will always provide the most efficient braking performance.
  • I’m a complete novice when it comes to cycling. Then come into one of our showrooms to try them both out and decide which one you prefer.

No matter which option you choose, there is no right or wrong answer – which is why our new 2019 range includes both options throughout our Endurance and R872 model lines.

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Authored by Ashley Brough, a triathlete, CrossFit king, Ribble Mailbox store manager, and super dad to Lola.

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Here’s where you can see the all-new Ribble Bike Range for 2019.

If you need assistance with picking the appropriate gears, consult our gearing explained page.

Ceramic vs. Metallic Brake Pads, What’s the Difference?

Your vehicle’s braking system is, without a doubt, the most important safety feature it has. However, while you rely on brakes on a daily basis to get you from point A to point B safely, you generally don’t give much thought to what happens when you hit the brake pedal. The fundamentals of how the system works are as follows: when you press your brake pedal, your automobile sends pressurized fluid down its braking lines and into a caliper at each wheel, where the brake pads are placed. The braking fluid presses the brake pads against a disc rotor in each wheel, slowing the vehicle and eventually bringing it to a complete stop on the road.

In this article, we’ll take a deeper look at this crucial component of your brake system, as well as the advantages and disadvantages of each type of brake pad — ceramic vs semi metallic brake pads, for example — to help you determine which is ideal for your vehicle and driving style.


You can drive over snow and ice in your SUV, CUV, or pickup truck

Blizzak LT

Built to withstand the harshest of blizzards and winters in a commercial light truck or van

Blizzak W965

Maintain the operation of your commercial vehicle or van throughout the winter.

Blizzak DM-V2

You can drive over snow and ice in your SUV, CUV, or pickup truck

Blizzak LT

Drive safely over snow and ice in your SUV, CUV, or pickup truck.

Blizzak W965

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The three varieties of brake pads available now are ceramic, semi-metallic, and organic, and drivers generally have an option between them. However, this was not always the case. The first documented usage of brake pads dates all the way back to the late nineteenth century. Bertha Benz, a prominent inventor and the wife of Mercedes-Benz founder Karl Benz, is credited with developing the first brake pads made of leather for an early design of their vehicle in 1888, which was subsequently patented.

It wasn’t until the mid-to-late twentieth century, when drum brakes were gradually phased out in favor of contemporary disc brakes, that manufacturers began developing the ceramic, metallic, and organic brake pads that are still in use today.


In the beginning, asbestos was used to make the brake pads for disc brakes since it was a heat-absorbing substance that was well-suited for the amount of wear and tear that brake pads were subjected to. The discovery of asbestos as a highly-potent carcinogen, capable of causing cancer in individuals who have been exposed to it over an extended period of time, changed everything. Drivers would unwittingly inhale asbestos when these asbestos-based brake pads were worn down to the point where they could no longer stop the vehicle.

Consequently, organic brake pads — also known as non-asbestos organic (NAO) brake pads — have been developed to fill the need.

Organic brake pads are composed of a variety of fibers and materials such as rubber, carbon compounds, glass or fiberglass and KevlarR, which are linked together with resin.

Organic brake pads, in contrast to performance brake pads, which are generally used in heavy and high-performance vehicles, create a moderate degree of friction without generating a significant amount of heat, making them acceptable for drivers who use their cars for everyday driving and commuting.

As opposed to other types of brake pads, however, organic brake pads provide several distinct benefits over conventional brake pads.

They also have a tendency to perform optimally when exposed to a narrower range of temperatures.

The compressibility of organic brake pads is also greater, which means the driver must apply more effort to the brake pedal in order for the brakes to be activated.


Unlike other types of brake pads, ceramic brake pads are created from a substance that is structurally similar to the sort of ceramic used to make pottery and plates. In contrast, ceramic brake pad material is denser and far more durable than steel. To further improve friction and heat transmission, small copper fibers are inserted into ceramic brake pads to help them perform better in cold weather. Since its introduction in the mid-1980s, ceramic brake pads have seen a steady growth in popularity, which may be attributed to a variety of factors:

  • Acoustic Characteristics:Ceramic brake pads are extremely quiet, producing little to no additional noise when the brakes are engaged. Ceramic brake pads tend to emit less dust and other particles as they wear down as compared to organic brake pads. Compared to organic brake pads, ceramic brake pads can be more dependable in a wider range of temperatures and driving circumstances
  • Nonetheless, ceramic brake pads are more expensive than organic brake pads.

Ceramic brake pads, on the other hand, have some limits. First and foremost, ceramic brake pads are the most expensive of
all brake pad kinds. This is owing to the increased production costs associated with ceramic brake pads. Furthermore, because both ceramic and copper are not as good at absorbing heat as other types of materials, more of the heat created by braking will flow through the brake pads and into the rest of the braking system than other types of materials. Additional wear and strain on other brake components may result as a result.

If you’re driving in really cold weather or preparing for a race, and you’re deciding between ceramic brake pads and semi metallic brake pads, you’ll want to choose metallic brake pads.


There are, however, significant limits to using ceramic brake pads. In terms of price, ceramic brake pads are the most costly of all the brake pad varieties. This is mostly owing to the greater expenses associated with their manufacture. Furthermore, because both ceramic and copper are not as good at absorbing heat as other types of materials, more of the heat created by braking will transfer through the brake pads and into the rest of the braking system than via the pads alone. The wear and tear on other brake components may be increased as a result of this situation.

For extreme cold conditions or a future race, metallic brake pads are preferable to ceramic brake pads.


Among ceramic, semimetallic, and organic brake pads, which is the best choice for you among the three types of brake pads? It is dependent on the recommendations of the car manufacturer, the ride quality you anticipate from your vehicle, and your driving style. If you drive a high-performance sports car, or at the very least use your vehicle as if you do, semi metallic brake pads are likely to be a better choice for you. If, on the other hand, you spend a lot of time travelling in metropolitan areas, a solid ceramic brake pad would be a better choice for you.

Maintaining your brakes and replacing your brake pads on a regular basis is important, no matter which type you pick.

When it comes to brake pads, tangs are built into all of them as a wear indication; if you hear one, don’t wait too long to replace your pads.

The following is a straightforward table that highlights some of the key differences between organic, ceramic, and metallic brake pads in terms of performance.

Price $ $$$ $$
Performance Low Medium High
Noise Low Very Low High
WearTear On Brake System Low Very Low Medium

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