How Important is Regular Checking of Brake Fluid?
First of all you have to understand how to check for the brake fluid. Even if you are not familiar with this aspect of maintenance, you should be able to check the fluid, as well as the tire pressure. There are things that you require before going ahead to refill the fluid for your brakes; hand soap, brake fluid, and the vehicle manual.
The first thing you need to do is park your car on a flat surface. This gives an accurate level of the fluid. Then you should know where the reservoir of the master cylinder is locates. It is the smaller version of a brake master cylinder’s reservoir. It is a small six by two inches rectangular piece of metal. It is usually beneath the hood on the driver’s side of the car. It has a rubber cap and tubes. It is advisable to check the manual if these steps do not lead you to the reservoir.
In older vehicles the foot brake master canister reservoir can be made completely of metal, which would oblige you to take the top off to confirm the fluid level. The top would be held securely by metal clamps. In this case, you would use a screwdriver to open the clamp and raise the lid. The cap should read “utilize only 3 or else 4 brake fluid” and should be from a sealed container.
It is important to use the correct car brake fluid if you want to avoid numerous complications. The reservoir is habitually clear and has lines that show whether it is full or low. If it indicates that the reservoir is low then you should add brake fluid. You can cleanly perform this work by using a filter to avoid spillage. Then replace the cap and make sure it is securely tightened.
The check up and fill up of the brake fluid should be after every two weeks. Another thing to note is that if the master cylinder is vacant or low, then the brake pedal may possibly go to the ground. So this means someone has more work which involves bleeding the brakes, as well as adding the brake fluid. This is why it is important to regularly check and refill the level of the brake fluid.
It is important to remember that brake fluid is extremely toxic. You should ensure to keep it away from your eyes and hands. Also avoid pouring the fluid on the ground. The next precaution would be to dispose of empty containers before someone innocently decides to wash and re-use the containers. It is vital not to pour fluid on top of your car paint. After refilling the reservoir, you should wash your hands. Never drive your car if you have run out of fluid… not until bleeding of the brakes has been done. This is something that you do not want to do haphazardly. If you are curious as to how it is done, asks your mechanic. The end result is a huge cost savings to you. Happy braking!
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Brake Parts | Comment (0)What You Don’t Know About Brake Dust on Your Rims Can Cost You a Bundle
Fancy chrome and alloy automobile rims have become more and more popular among car owners. In particular, chrome rims have proliferated in recent years on new and used vehicles to improve appearance.
But that annoying brake dust that builds up and blackens the rims is ever present and costly and time consuming to remove. As a result, many auto owners just ignore the brake dust, which is a big mistake.
With the reduction of asbestos in brake pad composition, new materials were developed to replace asbestos. These new materials are the cause of the build up of black grime on your rims as they are sticky and adhere to your rim. To add insult to injury the metallic ingredients in the pad build up an electrostatic charge that is opposite to your rims and creates an electrical bond between the brake dust and your rims.
No wonder, just going through a car was without asking and paying for your rims to be cleaned will leave you with a nice shiny car but gray or black rims.
Walk down any street and you will notice a number of cars with virtually jet black rims, particularly the front rims as that’s where the most braking occurs. What the owner is not aware of is the damage that is caused to their rims due to the caustic nature of brake dust. When brake dust is left too long on a rim it eats away at the surface causing pits that can house additional brake dust. Eventually, the rim will also become discolored if it is an alloy rim. What is worse is those beautiful chrome rims will become worthless as small bubbles will begin to appear and will eventually burst leaving bare metal that will rust.
That’s the problem, but what about solutions?
First, there are an ever growing number of products on the market to help consumers deal with the brake dust problem. In general, these products can be broken down into the following categories:
1. Spray on and hose off -
Many people reading this article can relate to the spray on and hose off products that have dominated the market for years. However, they also know that the superlative claims of the manufacturer about how easy and complete the process is often falls short in reality and the consumer still has to get out the brush and bucket of another cleaner to get the job completely done. Some of these products also boast that they leave a shine so the extra step of having to polish your rims is not needed.
2. Spray on and wipe off -
A new development in brake dust cleaners are spray on a wipe off cleaners. These cleaners are convenient in that the consumer does not need water to get the job done. Some provide triple action in that they clean, shine and retard brake dust buildup. These products are the product of choice when a water hose is not available, such as for city dwellers, people traveling, truck drivers, and when it is just too much trouble to get the car in the driveway, get the hose out and then clean up the mess. Spray on and wipe off products also allows you to just pull the car into the garage when it is too hot or too cold outside as there is no watery or chemical run off.
3. Wipes -
A new development on the market are wipes which claim to clean shine and protect, but the jury is still out on the performance of this new product. Given the nature of brake dust one can imagine how many wipes will be needed you only have two sides of a wipe to use before it is full contaminated with brake dust and a new one is needed to ensure that you are not just leaving some brake dust on your rims. An advantage with wipes is that you do not need water to get the job done which has the same benefits of spray on and wipe off products.
4. Brush on and hose off -
Some spray on and wipe off products can also be used as a brush on and hose off product by adding some of the solution to a bucket of water. Using the product this way helps those who have a problem bending down and would rather just use a big auto cleaning brush on a pole and the solution to clean their rims.
In choosing a brake dust cleaning product, consider the following:
1. Does the product have the potential of damaging your rims if left on too long, usually no longer than 20 to 30 seconds?
2. Will the product damage any brake parts or paint if it comes into contact with such parts?
3. Will the product cause physical harm to skin, eyes, lungs or if ingested?
4. Does the product clean, shine and protect?
5. Is the product convenient under all circumstances?
6. Is the product environmentally friendly?
7. Last but not least does it live up to its superlative claims?
In summary, it is important to protect your investment in your rims and your vehicle’s resale value. Remember to keep your rims clean and don’t ignore that brake dust, it will cost you eventually if you do.
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Brake Parts | Comment (0)Pocket Bike Parts
Maintenance is an important factor in keeping your bike running smoothly, whether it is a normal bike or a pocket bike. So frequently changing worn out parts with new parts is a way to re-power your pocket bike and to make sure that it continues to operate efficiently.
There are many different parts that constitute a pocket bike, and all the parts are offered under different categories and serial numbers. However, many parts are exchangeable. The vital body parts of a pocket bike are tires, wheels, axles, gas tanks, chains, engines, pistons, carburetors, throttle units, brake parts, and cylinders. High-velocity chrome stack and high-performance air filters are also essential ingredients to boost the power of pocket bikes. Chrome racing pipes, mufflers, and other accessories are available in the market; these accessories all add a custom touch your pocket bike.
Pocket bikes offer both convenience and fun. These bikes can be easily carried in your arms, and they are able to offer fast speeds. Gas-powered engines power up pocket bikes. Disc brakes in the front and rear, racing tires, fairings, light-weight aluminum alloy cast perimeter frames and swing arms, etc., are the features that can be added to a pocket bike. Different parts of a pocket bike have their own functions; for example, the gas tank stores gasoline and the carburetor pumps air in from the environment.
Each of the different pocket bike parts have an essential role to play in the proper functioning of the pocket bike and each part needs to be properly maintained in order to maximize the life and the power of your pocket bike.
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Brake Parts | Comment (0)Upgrading Willys Jeep Brake Parts
Some Willys owners like to add modern upgrades to their vehicles while many feel it borders on sacrilege to use anything other than original Willys Jeep parts. Regardless of where you stand on this debate, the issue of safety has to be paramount.
Some of the original Willys Jeep parts just don’t stand up to modern driving. Because of this, even many owners who restore their Willys to original specifications end up using different Willys Jeep brake parts.
Willys Brakes May Not Be Up To Today’s Roads
The original Willys Jeeps weren’t designed for modern driving habits. They were meant for rugged off road use and not expected to get up to much speed. They were built to be reliable and cheap.
Stock Willys Jeep brakes aren’t inherently dangerous but don’t provide the same stopping power as the brakes on modern cars. It’s not something every stock Willys owner needs to be concerned about, but a little extra stopping power doesn’t hurt.
The real problem comes with Willys that have overdrive systems. Jeeps were not designed to get up to modern highway speeds and some owners install overdrives to give them extra velocity. Doing so without upgrading the Willys Jeep brake parts is asking for trouble.
Vacuum Assisted Brakes
A few models had vacuum assisted brakes and on many others the owners have added these Willys Jeep brake parts to aid stopping. The operation of a vacuum assist is simple. There is a chamber divided by a diaphragm.
While the engine is running, air is pulled from both sides of the diaphragm creating a vacuum. When the driver steps on the brake, air is let into the rear half of the chamber while a vacuum is maintained on the front. This causes the diaphragm to move forward where it pushes on the brake cylinder push rod, assisting brake application.
Contrary to popular belief, vacuum assist doesn’t make the brakes work better. It just makes the brake pedal work better. It requires less force to push the pedal, but the brakes have no more stopping power than before.
Bigger Brakes
To improve braking, the Willys Jeep brake parts needed are simply larger brakes. Most Willys were fit with 9″ brakes and upgrading to 11″ will substantially increase stopping power. Optimally you should replace both front and back brakes. However if money is tight, you will still see a significant improvement by replacing either.
If you have 15″ wheels rather than the more common 16″ wheels, you may have trouble fitting your rims back on after installing the larger brakes.
Your brakes are critical components and should be tinkered with only if you are an experienced Willys mechanic. If you aren’t, try to find someone who is and can oversee the project to be sure you don’t make any important mistakes.
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Brake Parts | Comment (0)Brake Malfunction Concerns
During recent decades there have been some positively incredible developments across all manner of technologies, and automobiles are certainly no exception to this outburst of advancement. At its core mechanical function, driving is still comprised of three basic tasks: steering, accelerating, and braking. Regardless of all the optional add-ons and newly introduced safety features that may be present in a modern automobile, the safe and proper operation of a car or truck is still wholly dependent upon the successful performance of these systems. The brake system is especially critical to protecting motorists from harm because it is necessary in so many different situations to avoid accidents, and brake malfunctions may warrant the pursuit of a legal action.
It is easy to forget exactly how much you depend on your brake pedal until it fails to respond when you need it most. Every day a driver is likely to depress the pedal dozens or even hundreds of times depending upon the demands of his or her various commutes. This may be necessitated as a response to changing traffic patterns, to come to a halt where required by stoplights or stop signs, or to avoid gaining excessive speed on a downhill grade. The failure of the brake system at any juncture can cause a motorist to collide with other vehicles or fixed objects and it could leave a car or truck in the path of oncoming traffic or traffic on a street perpendicular to the one on which a person is traveling.
Possible Causes of Brake Malfunction
The brake system is actually dependent upon the successful interaction of a number of different elements. From the instant at which a driver depresses the brake pedal to the moment that the grip is applied to the wheels, several things have to happen as intended. Possible causes of brake malfunction may include:
Manufacturer’s use of substandard materials
Mechanic’s installation of deficient replacement parts
Brake fluid lines which have become disconnected or severed
Excessive heat on the brakes
Oil leaks onto the brakes
Improper installation of brake pads and shoes
Engine vacuum failure can interfere with power brake functions
Holding the Responsible Parties Accountable
If you have suffered injuries in a car accident that was caused or worsened by a brake malfunction, you may be able to file a civil lawsuit seeking financial compensation for medical bills, vehicle repairs, and other damages. Contact the Houston brake malfunction lawyers of Williams Kherkher for help holding the responsible parties accountable for the harm that you have suffered.
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Brake Parts | Comment (0)Electric Trailer Brakes Rebuilding: A Story About How They Work and What Happens When They Don’t
This story begins when I offered to haul my friend’s Aerostar van for him. He lives at the top of a very steep gravel hill.
We drove the van on the trailer, strapped it down tight, set the weight distributing hitch and I headed down the hill. It was all going well until I hit the brakes.
Basically there were none. Only the fronts on the Suburban were locking. I pushed the big red button on my home made trailer brake controller giving them the full 13.7 volts but nothing. Well almost nothing. I was still going down way faster than I wanted to!
The trailer brakes should have locked up solid when the red button is pushed making everything at least slide straight - instead of the trailer trying to pass the Suburban. Talk about the cart before the horse!
The way the load was pushing around that Suburban, I was really glad I had not tried to tow with my little Jeep Cherokee.
Once that job was done I backed the trailer into the shop to take my first look at those trailer brakes. I have owned this trailer for nearly twenty five years and I have never seen inside the brake drums on it. I guess it was about time.
My inspection of the first drum showed me a little about how electric trailer brakes work. There is an electromagnet that pulls against the inside of the drum. The friction of the magnet against the drum moves one shoe that in turn moves the other shoe with a cam action.
Pretty simple. But I did not see anything wrong. The shoes looked fine, the drum was fine except for some scoring where the magnet rubbed. I put power to the magnet and it seemed to pull OK. But, the friction of the magnet against the drum was obviously not enough to work the shoes.
I could not figure out how a magnet could go bad, but that is what it seemed. Time for some Internet research.
I eventually found a site that said magnet failure was common on electric trailer brakes. So I went shopping for trailer brake magnets. Most places wanted more for the magnet than I could buy the whole backing assembly for. To get one at a local parts store I would have to pay more than I could buy two backing assemblies for. And new magnets are included in the backing plate assemblies.
Just when I was about to give up and order new assemblies, I stumbled upon Auto Safety House. They could use some work on their web site, but they have great prices.
I found a pair of new drums on e bay and I was the only person who bid so I got both for the price of one. Then the wait for Danny - my UPS driver - to bring them to me. Naturally the drums and magnets arrived on different days so he got to visit with my dog Smash twice.
Upon closer inspection of the trailer brakes, I noticed that I still did not understand how they worked. Something just did not look right about the way the cams worked. It sure looked like they would be stronger in reverse. And this trailer has always been tough to back up when the brakes are working right.
A quick look at the Dexter Brakes web site confirmed my suspicions. The rear axle on my trailer was installed backwards.
I decided the bearings did not really care if they were spinning backwards, so I elected to simply swap the brake assemblies left to right.
Having them off made installing the magnets and routing the not so little green wires somewhat easier. I found that some lubricant made getting them through the grommets a lot easier.
Dexter Magnets are identified by the wire color. The correct one for my 3500lb axles is the green wire. Nice they have not changed that in 25 years.
The magnets are held in by spring clips that are really hard to get off. I used a small screwdriver and a pry bar and bent them slightly to get them off. The new magnets came with new clips anyway.
I loaded the new bearings with axle grease and installed the new brake drums. They are not Dexter brand but the fit just fine.
The wiring is was pretty simple to reconnect since there is no polarity on the magnets. Just connect one wire to the brake controller power lead and one to ground. Dexter recommends running a separate ground wire but I just grounded it to the trailer frame like it had been done before.
Now my trailer has brakes again.
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Brake Parts | Comment (0)Saving Money Maintaining Your Motorbike
While the old adage ‘if it ain’t broke, don’t fix it’ holds, it’s the thorough checking that ‘it ain’t broke’ that counts. Many modern bikes have very long service intervals, and are vastly more reliable than machines of the past. But don’t let this make you complacent, regular checks are essential to the well being of your bike and yourself.
Easy scheduled maintenance
Doing the simple work yourself not only keeps your bike running well and safely, it saves you money - especially if you choose pattern service parts as an alternative to their hard to get and expensive ‘Genuine’ counterparts. Often made in same factory as the originals, pattern service parts are generally as good as or better than original equipment.
While these recommendations are applicable to most motorcycles, always check manufacturer’s recommendations for correct service intervals for your machine.
Daily checks
Lights, indicators and horn
Speedometer
Tyres and tyre pressures - valve caps that indicate correct pressures are available
Fluid levels - oil and coolant if applicable. Quality synthetic oil should be used for newer performance bikes, semi-synthetic for older bikes. A specific quality motorcycle oil like ‘Rock Oil’ should always be used
Chain - if you’re doing 100 or more miles per day this should be lubricated and adjusted as necessary
Steering Does it operate freely without notches and uneven feel? Does it interfere with the operation of any cables at full lock?
Kill switch functionality
Side and centre stands - do they return to their correct position for riding?
Brake hoses - can you see any chafing or banjo bolts causing weeping?
Weekly or 200 miles (whichever is sooner)
All the above, plus:
Check oil level - does it require topping-up?
Check tyre pressure - check with an accurate gauge
Check battery - if not maintenance-free, then check electrolyte level and top up with distilled water if necessary. If you have an alarm or immobiliser fitted it may be worth giving it a charge (this is especially true if the bike is not being used regularly). The best solution is getting an intelligent charger, and having it plugged in permanently whilst the bike is garaged for any period of time. A battery left uncharged will have a shorter life
Check control cables - lubricate as necessary
Check brakes - pads and disks should be checked for wear and replaced if necessary; check and top-up fluid. Adjust drum brakes as necessary
Make a full visual inspection - check for loose nuts & bolts and spokes if applicable. Fork seal leaks and any other oil leaks.
Monthly or 1,000 miles (whichever is sooner)
All the above, plus:
Check spark plugs - clean and adjust or replace, anything other than a light/medium brown deposit may indicate problems
Check control cables - adjust free play
Check Idle speed - adjust as necessary
Lubricate control lever pivots
Every 3 months or 2,500 miles (whichever is sooner)
All the above, plus:
Change oil & filter
Change air filter
Check wheel and steering head bearings - grease and replace if necessary
Check exhaust system for leakage
Every 6 months or 5,000 miles
All the above, plus:
Adjust carburettor synchronization - if applicable
Check overflow pipes - replace any that are blocked or missing
Every 12 months or 10,000 miles
All the above, plus:
Replace spark plugs
Check suspension linkages - for play, replace linkage, bearings, bushes as necessary
Laying up a bike over the winter:
Regularly charge the battery - better still, invest in an intelligent charger
Leave on the main stand - if your bike doesn’t have one, kits are available for most bikes. Or invest in at least a rear paddock stand to get the weight of the bike off of the tyres, which should be kept correctly inflated
Consider draining the petrol as this can deteriorate over time and can, in extreme cases, evaporate leaving a nasty deposit which can block the carburettors. At least turn off the fuel tap and run the engine until the float bowls are empty. Fuel stabilisers are available that can help with this
Wax well and lubricate - all parts that generally need lubricating. Make sure the bike is completely dry, then cover with a dust sheet and keep somewhere dry, preferably not in the same room as a tumble drier or other condensation causing machinery. If you have to keep it outside, then invest in a good quality, breathable waterproof cover and cover the exhaust outlets with plastic bags
A quick guide to some common service parts:
Brake pads - Generally for road use brake pads are available in two types: GG and HH, related to the friction coefficient of the braking material. HH offers more stopping power for a given force on the brake lever than the GG. But that doesn’t make HH pads better - it’s more a matter of balance, taste and riding style.
Some people find HH pads too ‘grabby’, especially on lightweight machines. Don’t fit HH pads to the rear of bike and GG to the front, this will make the overall braking balance too rear biased, which isn’t good. However many people find the reverse: HH on the front and GG on the rear very comfortable and effective.
Many newer sports bikes should only use HH pads, so check the manufacturer’s specifications. A noticeable downside to using HH pads is that they tend to wear the brake rotor more quickly.
Chains and Sprockets - there’s a lot of misleading information given about chains and sprockets (sometimes even by manufacturers promoting their own products), whether X-ring lasts longer than O-ring, or whether one manufacturer is better than another.
It’s actually a question of your riding style, how much use your machine gets, your weight, if you lubricate and adjust the chain correctly, the weather and road conditions. Suffice to say, if you pull wheelies, weigh 35 stone, don’t oil or adjust your chain and only ride on wet salted roads your chain won’t last very long! That said, if you don’t do many miles in a year, you may find that an X-ring will last you longer than an O-ring - or if you ride like Barry Sheene, why bother buying an expensive heavy chain that will cause extra drag?
On a modern sports bike fitting a new chain and sprockets could give you 8bhp over the old ones, sometimes more, possibly about the same as an expensive ‘go faster’ ignition system, and it’ll make the bike feel like new.
Engine maintenance is very bike specific so oil pumps, valve clearances, ignition timings etc. are not mentioned here; refer to manufacturers’ guides, and if in doubt don’t trust the geezer down the pub who used to have moped in the 70s, seek expert advice.
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Brake Parts | Comment (0)Various Parts of Hydraulic Press Brakes
Press brakes are used to make bends in thick heavy sheets and to make complex bends in thin materials. There are two types of press brakes: mechanical and hydraulic. Since a large amount of power is required to bend the sheets or plates, the hydraulic presses are usually more appropriate for each job. Hydraulic presses are available in capacities exceeding 50,000 metric tones. They are highly preferable in operations requiring steady pressure throughout the substantial stroke length, wide variations in the stroke length, and high or variable forces.
In order to fully understand the operation of a hydraulic press brake, you need to know how it works. Since hydraulic press brakes are made up of a number of components, keeping track of them all can be difficult. So, here is a basic list of some of the most prominent components.
1. Hydraulic fluid - Hydraulic fluid is transmitted through various parts of the machine. High pressure is exerted on hydraulic fluid by the hydraulic pump, thus creating highly energized fluid. This fluid then travels to the cylinders (actuators) where it delivers its stock of large amounts of energy to the piston, which operates the bending tools. After delivering the energy, the de-energized hydraulic fluid travels back to the pump to regain its energy and continue the operation of the machine. The hydraulic fluid is usually petroleum oil with various additives.
Apart from transferring the energy, the hydraulic fluid also lubricates the various components of the hydraulic press brake and removes the contaminants and metal fittings. The hydraulic fluid should be capable of operating at high temperatures, including a few hundred degrees Celsius, as it gets heated when it receives the energy in the hydraulic pump.
2. Hydraulic pump - The hydraulic pump actually produces the power that energizes the hydraulic fluid and transmits it through the machine to carry out the pressing operations. If a pump has the rating of say 5,000 psi, it can maintain the flow of liquid against the loads of 5,000 psi or it can apply that much pressure. The power density of hydraulic motors is ten times that of electric motors by volume. The hydraulic pump is operated by an electric motor or an engine connected by gears, belts, or flexible couplings. It can be a gear pump, vane pump, axial piston pump, or radial piston pump. The hydraulic pump is the “generator” side of the whole hydraulic press brake system.
3. Actuator - The power contained in the hydraulic fluid is delivered to the actuator, which carries out the pressing operation. There are various types of actuators, but the one used in hydraulic press brake is the hydraulic cylinder. The hydraulic cylinder is comprised of a cylinder barrel and a reciprocating piston. The large amount of energy contained in the hydraulic fluid is transmitted to the piston to carry out the linear work of pressing the metal sheets. The stroke length of the piston can be programmed to vary depending upon the thickness of the metal sheet and angle of the bend. The total stroke length of the piston depends on the length of the cylinder. The forces and pressure of the piston can be accurately controlled, and full pressure is available throughout the entire stroke. During the operation of the presses, the speed can be programmed to vary or remain constant. The hydraulic cylinder is the “motor” side of the whole hydraulic press brake system.
4. Control valves - The control valves direct the hydraulic fluid to the desired actuators. They control the amount of fluid and energy that is transmitted to the actuator. If there are multiple actuators, control valves distribute the fluid evenly among them as per the requirements of the operation.
And there you have it: the four main components in a hydraulic press brake. Now, you should be able to understand more fully the complete inner workings of a press brake system.
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Brake Parts | Comment (0)Craftsman Part # 184907, Arm Brake
Craftsman Part # 184907, Arm Brake Craftsman: 184907 Craftsman Part # 184907, Arm Brake
Craftsman Part # 184907, Arm Brake
- 131335, 179748 spring (used with 184907 brake arm assembly)
- New Replacement for 130794 Spindle, or Mandrel, Craftsman, Poulan, Husqvarn, More…. with pre-tapped mounting holes, includes mounting bolts.
- Oregon Replacement Spindle Pulley for AYP # 153535 42″ Craftsman Mower
- 138776, 157722, 173984, Self Tapping Mounting Bolt for Blade Spindle
- Craftsman, Poulan, Ayp, Husqvarna Replacement Belt 144959, 138255, 130801
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Brake Parts | Comment (0)Maintaining, Changing VW Brake Parts
Maintaining and changing brakes on your own VW vehicle is not as hard as you may think. But, keep in mind that when you change your own brake pads, there are some other aspects that should be checked also to ensure that your brake pads are safe and dependable. If the brake pads or brake shoes are worn and need to be replaced, chances are other VW brake parts in the brake system may require attention too. The most obvious ones would be the brake rotors or drums and brake calipers or wheel cylinders. Both the front and rear brakes should be inspected.
A quality brake job should cover everything from the brake master cylinder where you add the brake fluid, to the calipers and wheel cylinders.
Changing the brakes include inspecting all the mechanical, hydraulic, and electrical components in both the front and rear brakes. If necessary, replace the front and rear brake pads. Then, inspect or replace brake rotors or disks.
Brake rotors require a clean, smooth, flat surface on the rotors. Otherwise your brake performance will suffer. A rough surface will accelerate pad wear. It will also increase the risk of noise. An uneven surface or variations in rotor thickness can cause vibrations, noise and annoying brake pedal pulsations. Brake drums that have grooves or any kind of damage should be replaced immediately. Sometimes, you cannot do all auto work by yourself. Your local auto parts store can help you turn the rotors for these discs to have extra life so you do not have to buy new.
The next thing to do is to check the level and condition of your brake fluid. Changing the fluid is recommended to get rid of moisture contamination. Always follow vehicle manufacturer’s recommendations.
Changing the brake pads is the next step. Remember that there are books at your local auto parts store, on eBay, and at any bookstore that you can also buy. These will give you step by step instructions along with picture illustrations as to how to change and maintain brake pads.
First off you need to purchase break pads, which are available from any local auto parts store. You can also purchase the pads from a dealer but they run a lot more than the local auto parts store. There are many different brands of brake pads but what you have to put on my vehicle are the ones that are considered lifetime. These run a little more, but the cost covers itself in the long run. The next time you do a break job you take the lifetime ones back in and they exchange them free of charge.
Do not hurry up. Take your time in familiarizing yourself with the brakes on your car before you begin work. It is also a good idea to work on one side at a time in case you have trouble. In that way, you have one side to use as a reference. Remember that your front brakes provide most of the stopping power for your vehicle.
Changing the front brake pads require setting of your parking brake, and block the rear tires so your vehicle will not move. Loosen the lug nuts. Using a jack, raise your vehicle and place it securely on jack stands. Then, remove the lug nuts and remove the wheel.
Now you can see the brake calipers holding the brake pads against the rotors. There are 2 pads in each wheel that squeeze the rotor. Unbolt the caliper mounting bolts and pull the caliper back from the rotor. Be careful not to bend or break the brake hose. Sometimes the caliper mounting bolts require you to use a Torx or Star bit instead of a normal socket set. These can also be purchased at your local auto parts store and an employee will help you to purchase the size that is just right for your VW vehicle. Plan ahead and make sure you have the right tools for the job to save you a trip back to the auto parts store.
After you remove the caliper, remove the front brake pad and leave the rear pad in place. Using a C-clamp, compress the caliper piston into the caliper housing. Make sure you remove the cap off the brake reservoir before you do this. This needs to be done so that when you put the new pads in the caliper, it will create a space to put the caliper back on.
Examine the break pads for unusual or uneven wear. These could be signs of a problem that need to be taken care of immediately.
While doing this, it is also a good time to examine the condition of the rotors. You will need to get the rotors turned or replaced if they have deep groves or if you have noticed that the car shudders when you hit the brakes.
Install the new pads in the caliper. Usually it is best to place the inner pad first, then the outer pad second. Before you install the pads back on to the caliper, make sure the piston is fully depressed. Once the pads are properly seated in the caliper, put the caliper back on the rotor and bolt it firmly in place.
If everything is correct, then you can put the wheel back on, hand tighten the lug nuts, and lower the car to the ground. Finish tightening the lug nuts in a start pattern so that they are even.
The last thing to do in doing a brake job is to test the brakes. Carefully check your brakes and brake fluid levels before entering traffic. Sometimes some air can get into the brake lines when you change the brake pads. If this happens, you will need to bleed the brakes before you try to move the car again.
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