Are you wondering what brake boosting is? Brake boosting is a captivating concept highly valued within the automotive enthusiast community, especially among street racers.

If you share our curiosity and wish to delve deeper into this topic, read on to discover a comprehensive guide on brake boosting, covering everything from A to Z.

What is brake boosting?

Brake boosting, a term that resonates particularly with car enthusiasts and racers, summarizes its essence in its name.

It is essentially a driving technique where the brakes are intelligently used to significantly increase a vehicle’s speed. But how exactly does this maneuver work?

The mechanics of brake boosting

To activate brake boosting, the driver simultaneously applies pressure to the brake pedal and the accelerator pedal. This combination of actions may seem counterintuitive at first glance, but its purpose becomes clear once you look into its mechanisms.

When the accelerator pedal is pressed while the brake pedal is lightly engaged, the vehicle remains in a state of controlled motion.

This balance is akin to holding a sprinter at the starting line. The driver shows restraint while being ready to unleash a burst of power at the right moment.

Essentially, brake boosting represents a delicate balance between restraint and rapid acceleration.

The purpose of brake boosting

Now that we understand the technical subtleties of brake boosting, it is equally important to explore the motivations behind using such a technique. Below, we outline the multifaceted goals underlying the practice of brake boosting:

Speed enhancement

The primary goal of brake boosting is to increase a vehicle’s speed. As explained earlier, the driver skillfully manipulates both pedals to maintain a steady speed before triggering a sudden acceleration.

This dramatic increase in speed is a central aspect of brake boosting.

Racing dynamics

Brake boosting finds its most significant application in the realm of racing, particularly in the context of street racing and roll racing. It is a strategic weapon in a racer’s arsenal, allowing them to gain a competitive edge.

In a scenario involving multiple racers, the judicious use of brake boosting can give the driver a significant head start, leaving competitors in the dust.

Tactical advantage

Brake boosting embodies the very essence of tactical driving. By engaging in this braking technique, a driver can outmaneuver opponents and take control of the race.

It is a calculated move that often surprises adversaries, as they may not even realize it is being executed until it is too late.

Strategic maneuver

Beyond racing, brake boosting can be used as a strategic maneuver in various driving scenarios where rapid acceleration is required.

Whether merging onto a highway or overtaking slow traffic, the judicious deployment of brake boosting can offer a definite advantage.

In summary, brake boosting is a nuanced driving technique that combines the principles of restraint and acceleration.

Can brake boosting damage your vehicle?

Once we have discussed what brake boosting is, its purposes, and its potential dangers, the remaining topic to address is the possible damage it can inflict on your car. We outline below the potential adverse effects of this activity on your vehicle’s well-being.

• Increased wear on the braking system:

It is evident that brake boosting can damage the braking system. Specifically, it can accelerate the wear of these components.

• Risk of smoke and fire

Brake boosting involves intensive use of the brakes, which can lead to smoke formation in the braking system. In extreme cases, if not approached with caution, it can even lead to a fire risk.

Overall, brake boosting is not without risks, and it is crucial to be aware of the potential damage it can cause to your vehicle, particularly its braking system.

Distinguishing between brake boosting and left-foot braking

In previous sections, we discussed brake boosting and its occasional confusion with another racing technique called left-foot braking.

Although these techniques share some similarities, they are fundamentally distinct. This section will provide a comparison between brake boosting and left-foot braking, highlighting their key similarities and differences.

Brake boosting

• Involves the simultaneous use of the accelerator and brake pedals.
• Maintains a constant speed.
• Aims to prepare for a subsequent increase in speed and power.

Left-foot braking

• Also involves the simultaneous use of the accelerator and brake pedals.
• Primarily intended to decelerate or slow down the vehicle.
• Ultimately results in a stop.

Both techniques incorporate the simultaneous use of the accelerator and brake pedals. However, the outcomes and intentions behind these actions are very different.

Specifically, brake boosting involves using both pedals simultaneously to prepare for a significant increase in speed and power.

While the initial steps involve maintaining a gentle, constant speed, the ultimate goal is to achieve notable acceleration.

Conversely, left-foot braking is a technique used to slow down or decelerate the vehicle, ultimately leading to a complete stop. When a driver brakes with the left foot, the intention is to reduce speed or halt the vehicle’s movement.

In summary, brake boosting and left-foot braking share similar processes and theories. However, the crucial distinction lies in their outcomes.

Brake boosting enhances engine power and speed, while left-foot braking aims to slow down or stop the vehicle.

How to perform brake boosting in automatic cars

Brake boosting in automatic vehicles is relatively straightforward compared to manual cars, as there is no issue of clutch wear. Here are two methods to achieve brake boosting, with some slight variations in the steps but the same final result:

Method 1: Brake first

• Reach a constant speed of about 20 mph. Even though a speed of 20 mph may seem modest for racing maneuvers, it is generally sufficient. Gradually apply pressure to the brakes during this process.
• Once the brakes are fully engaged, press the accelerator pedal while paying attention to the sound of the turbochargers spooling up.
• When the turbochargers start to accelerate, release your foot from the brakes to feel an exhilarating surge of power! Be prepared for intense exhaust noises, but it’s all part of the experience.

Method 2: Brake and accelerate simultaneously

• Increase your vehicle’s speed to at least 20 mph. For this method, 30 mph is even better.
• Place your left foot on the parking brake and your right foot on the accelerator pedal, applying pressure to both pedals simultaneously.
• Using your left foot, gently engage the parking brake while simultaneously pressing the accelerator pedal with your right foot.
• Hold this position for about 2 to 3 seconds. Then, release your foot and let the vehicle accelerate on its own. You will be amazed by its performance!

How to brake boost a manual car

Brake boosting in a manual car follows steps similar to those in automatic cars, with the main difference being that you need to be in lower gears to achieve the desired result.

It is important to note that excessive wear on your clutches and transmission can impact the car’s long-term durability.

Method 1: Using the handbrake

Handbrakes are handy tools for manual cars and are particularly useful for those who prioritize safety.

• Press the clutch pedal and rev the engine to about 3,000 RPM.
• Engage the handbrake and hold it engaged while gradually releasing the clutch pedal.
• When the vehicle starts to move, slowly release the handbrake until the engine produces a roar.
• Now, apply maximum acceleration and enjoy your high-performance ride!

Method 2: Using the foot brake

For drivers who are not comfortable with handbrakes, the foot brake is another option, even though it may pose more safety risks than the handbrake method.

• Press the clutch pedal and rev the engine to about 3,000 RPM.
• Press the brake pedal while gradually releasing the clutch pedal.
• Gradually release your foot from the brake pedal until the engine roars as the vehicle begins to move.
• Maximize the accelerator and enjoy the exhilarating experience!

Please exercise caution and ensure safety when attempting to brake boost, as it can affect your vehicle’s performance and safety.

Is brake boosting viable for supercharged vehicles?

No, it is not possible, despite some theories suggesting otherwise. Most supercharged vehicles have a complex design that prevents drivers from obtaining a significant boost.

Turbochargers are known to increase speed by activating to overcome lag, thus releasing power when you release the brake pedal.

Superchargers, on the other hand, cannot achieve the same results without additional components (often at high costs). Even with additional support, the outcome remains uncertain and inconsistent.

Can you launch your car with brake boosting?

Yes, you can use brake boosting to launch your car into action from a complete stop, similar to BMW’s Launch Control function.

However, such practices put considerable strain on the car’s engine, which is why some drivers prefer a conventional rolling start.

Alternatively, some opt for BMW models equipped with the aforementioned Launch Control mode, offering similar results without stressing the powertrain.

Final words

You now know what brake boosting is and some of its associated issues! Overall, brake boosting is a driving technique that combines braking and acceleration.

But it is generally not common due to safety risks, increased vehicle wear, fuel inefficiency, potential strain on the transmission, and legal issues.

Have you ever encountered a problem with a misaligned steering wheel? It’s annoying because when the steering wheel isn’t centered, you have to adjust your driving and seating position. This could lead to safety issues and physical discomfort like shoulder and back pain if it lasts for a long time.

Why is my steering wheel misaligned?

There are several reasons why the steering wheel becomes misaligned. It could happen due to poor engineering and design. Although this is rare, it’s not unheard of. Most people never notice it. But a car can leave the factory with a misaligned steering wheel or tilted.

This can occur when you hit the suspension after hitting a pothole. Such sudden shocks move components from their factory-set original positions. The same problem will happen if you spend too much time off-road. When you drive a lot on rocks, the many bumps and impacts will slightly misalign the steering wheel.

Moreover, the steering wheel position depends on a vehicle’s thrust angle. Misalignment of the wheel or rear axle affects the angle between the thrust line and the centerline. The result is a crooked wheel.

Misaligned steering wheel: how to fix it?

When repairing a bent wheel, you need to work on three angles: caster, camber, and toe.

Caster – refers to the forward or backward tilt of the top of the steering axis. It regulates the directional control of the steering. According to the measurement, backward tilt is considered positive (+) while forward tilt is negative (-).

Camber – controls directional operation and tire wear. The angle refers to the bending of the wheels from the vertical position. It becomes a positive angle (+) when the wheel’s top tilt is outward. It will be negative (-) when it tilts inward.

Toe – refers to the extent of the angle at which the front or rear wheels are turned inward or outward. The toe angle is positive (+) when the wheels are turned inward and negative (-) when they are turned outward.

The simple ways to fix the steering wheel misalignment problem are as follows:

Method 1

This is the simplest method, but you need to have some technical knowledge about a vehicle’s mechanism. Also, you need the right tools because it involves removing the steering wheel from its housing.

Simply remove it and put it back in the correct position. It’s also possible to correct the alignment without disassembling the wheel. But the process involves more time and money.

Method 2

When the misalignment is too significant, you need to take the vehicle to a service workshop. Mechanics use an alignment machine that handles all four wheels and the thrust angle. They will also check the caster, camber, and toe angles to ensure the steering wheel isn’t misaligned.

Apple CarPlay is a convenient platform that allows you to access your iOS apps hands-free while driving, by establishing a connection between your iPhone and your car’s infotainment screen. And your experiences will only be truly great when everything works properly. But what if your Apple CarPlay doesn’t connect? Don’t worry! In today’s topic, we will explain how to fix Apple CarPlay when it’s not working effectively:

How does Apple CarPlay work?

Nowadays, besides basic driving needs and comfort, we also need cars equipped with high-tech and entertainment equipment for long, boring trips.

Understanding this, Apple launched a smart application called Apple CarPlay, which allows connecting the iPhone to the car. Car manufacturers are increasingly offering this application by default on new version vehicles.

Simply put, when cars connect to Apple CarPlay, the infotainment screens can perform many operations and functions similar to those of iPhones. The driver can receive calls, texts, check maps, listen to music, etc. Conversely, you can also control the car’s screen from the phone you are connected to.

Besides the iPhone’s default functions, Apple CarPlay allows the use of a number of compatible third-party applications such as iHeartRadio, Spotify, WhatsApp, Amazon Music, etc. Apple CarPlay also supports access to a number of applications developed by its rival Google: Google Play Music and Google Maps are both accessible through the software.

Notably, Apple CarPlay also supports the virtual assistant Siri, making it easier than ever to automatically control your car’s screen. This feature will be extremely convenient for you when your hands and feet are busy driving on the road.

Depending on your car, you can connect your iPhone to CarPlay using a USB port or pair your iPhone with your car’s Bluetooth if your car supports wireless connectivity.

Why is my Apple CarPlay not working?

There can be several reasons why Apple CarPlay fails to connect, stops working, or doesn’t work properly. Typical causes include:

iOS Updates

If your iOS software is outdated, it can lead to compatibility issues. Make sure to check and update your infotainment system software and the iPhone’s software promptly to ensure stable operation.

Compatibility Issue

Make sure your iPhone is compatible with CarPlay and that the infotainment system supports Apple CarPlay. Nowadays, more and more car models worldwide are compatible with Apple CarPlay. Volvo, Honda, Chevrolet, BMW, Ford, and Porsche are among the dozens of brands offering CarPlay compatibility. You can ask a technician for advice or check the car purchase website to see if your car supports Apple CarPlay!

Other Reasons

• The USB cable is faulty
• Bluetooth connection problem
• Integration issues between applications

How to fix Apple CarPlay when it’s not working?

You can follow a few methods below to get your Apple CarPlay working again:

Note: Before starting the process, make sure CarPlay is compatible with your vehicle and available in your region. Otherwise, you will not be able to establish a connection or access any features.

Preliminary Inspection

Before trying any of the methods, here are a few points to check:

• Make sure your iPhone has the latest iOS version and supports CarPlay (iPhone 5 or later).
• Check if the latest version is installed on your vehicle. Look for software updates on the manufacturer’s website to receive instructions on how to update.
• Unpair the iPhone from your car and try connecting again. This is often helpful if the Bluetooth connection between your phone and your car’s infotainment system is malfunctioning.
• Disconnect any other Bluetooth devices connected to your iPhone that might cause interference or conflicts with the device and the car when using CarPlay.

If you have performed all these checks and Apple CarPlay still isn’t working, try the fixes below to see if CarPlay recovers:

1. Check Connections

If you are using a USB cable, check that the cable is not damaged or loose, or try another cable with a different USB port if you have one. If you choose to use a wireless connection, enable Bluetooth and WiFi in your iPhone’s settings.

2. Restart Your iPhone and Your Car’s Infotainment System

If CarPlay doesn’t work after trying different connections, check if the CarPlay logo appears on your car’s screen. If not, restart your iPhone and your car’s infotainment system.

To restart your car’s infotainment system, consult your vehicle’s owner’s manual. After restarting the device, try using CarPlay with your iPhone again to see if the issue is resolved.

3. Make Sure Siri is Enabled

If your car supports Siri Eyes Free, you can press and hold the voice command on the steering wheel to make your request. However, if Siri is disabled, you won’t be able to use it with CarPlay.

Step 1: To enable Siri, you choose: Settings -> Siri & Search

Step 2: Enable the following options: Allow Siri When Locked, Listen for “Hey Siri”, and Press Side Button for Siri or Press Home for Siri.

4. Disable USB Restricted Mode

USB Restricted Mode is an iOS feature that protects iOS user data from hackers using USB accessories to hack your passwords via the Lightning port. This feature will disable the internal USB data connection after a certain period of time.

Step 1: To disable this feature, open Settings on your iPhone and tap on Face ID & Passcode or Touch ID & Passcode.

Step 2: Enter your password if prompted and go to the Allow Access When Locked section.

Step 3: Then, tap on USB Accessories and turn on the switch to disable USB Restricted Mode.

Note: Once this feature is disabled, Lightning-based phone accessories can work even when your iPhone is locked. However, disabling USB Restricted Mode exposes your iPhone to certain threats. But if that’s acceptable to you, you can disable it when using CarPlay and enable it when you don’t need it.

5. Reset All Settings

Sometimes, issues with apps on your iPhone can change some system settings, which may prevent CarPlay from working correctly. In this case, resetting all system settings to default will put everything back in order.

• To reset all settings on your iPhone, open Settings > General > Reset
• Tap Reset All Settings, follow the prompt to complete the process, and check if CarPlay works correctly again.
• You can also reset your phone’s network settings, as network-related errors may have interrupted or broken the connection between your iPhone and CarPlay. To erase and reset network settings on your iPhone, open Settings > General > Reset > Reset Network Settings.

Watch more:

https://youtube.com/watch?v=6ppFtICsvmE%3Ffeature%3Doembed

We hope these tips and methods help you fix CarPlay when it’s not working. If you encounter other issues, you can contact Apple Support or your vehicle manufacturer for advice on problems related to car infotainment systems.

Let’s explore how to remove moisture from headlights. Read below to find useful tips and tricks.

Is there moisture buildup in your headlights? Well, this is a very common problem faced by many car owners. Moisture prevents headlights from functioning properly, making night driving difficult.

Therefore, it’s important to fix it immediately. But don’t worry. There are many effective ways to remove condensation from headlights quickly and easily.

How to Remove Moisture from Headlights? – An Easy DIY Method!

Moisture inside your car’s headlights can potentially dim your car’s headlights, which can make your car less visible in ongoing traffic.

Thus, it can increase the risk of accidents. To avoid such situations, here are some helpful guidelines that will guide you on how to remove water inside headlights!

Required Materials

Let’s look at the materials needed for repairing moisture in headlights:

1. A Socket and Ratchet

To unscrew the three screws around your vehicle’s headlight, you just need a socket and ratchet. Remember to consult the owner’s manual to identify the exact size. If you own an older car, a screwdriver is enough to loosen the screws.

2. Silica Gel Packs

These packs are the best for retaining moisture. Inserting these gel packs into your vehicle’s headlights is a better and inexpensive option for removing headlight moisture.

3. A Lint-Free Cloth

This cloth is used to remove current moisture from inside your car’s headlights. If there is currently no moisture, you can skip this part.

Follow the Tutorial on How to Remove Moisture from Headlights.

Now, you need to follow the steps below to remove the moisture.

1. Remove the Headlight Assembly

First, you need to remove the three screws from your headlight assembly using a socket and ratchet. Simply turn the screws clockwise to remove them completely.

2. Wipe the Accumulated Moisture

After removing the headlight assembly, it’s time to clean the moisture present in the headlights with a lint-free cloth. Wipe the entire area around the lights as well as near the lights that appear damp.

3. Insert the Silica Pack

Once the inside of the headlights is completely dry, it’s time to place the silica gel packs inside the headlights. These packs will fully absorb the moisture present there.

Ensure these gel packets are not exposed to the headlight bulbs; otherwise, they will block the light coming from the headlights.

4. Reinstall the Headlight Assembly

After completing the insertion of the silica gel, you need to reinstall your headlights. Simply place the headlight where you detached it and firmly insert the screws.

FAQ on How to Remove Moisture from Headlights

1. Why are my headlights foggy or filled with moisture?

Headlights can become foggy or accumulate moisture due to temperature changes, condensation, worn seals, or cracks in the lens. This can affect visibility and the overall appearance of your car.

2. Can I still drive with moisture in my headlights?

It is not recommended to drive with moisture in your headlights as it can reduce the effectiveness of the lights and compromise your visibility, especially in bad weather or at night.

3. How can I tell if there is moisture in my headlights?

Headlights may appear as foggy or cloudy lenses, water droplets inside the housing, or visible condensation when the lights are on.

4. What can I do to prevent moisture buildup in my headlights?

To prevent moisture buildup, regularly inspect your headlights for cracks or damaged seals. Additionally, avoid exposing your car to extreme temperature changes and high-pressure car washes.

5. Can I remove headlight moisture myself?

Yes, you can try to remove headlight moisture yourself, but it depends on the severity of the problem. Simple methods like using a hairdryer or silica gel packs may work for minor condensation.

6. How to use silica gel packs to remove headlight moisture?

Place silica gel packs or desiccant bags in a plastic bag and place them in the headlight housing. Leave them overnight to absorb the moisture. Make sure the headlight is completely dry before sealing it back up.

7. Are there commercial products to remove headlight moisture?

Yes, there are commercial headlight restoration kits and moisture removal products. Follow the manufacturer’s instructions for safe and effective use.

8. Can I use a heat gun to remove headlight moisture?

While a heat gun can help evaporate moisture, be cautious to avoid damaging the plastic lens or causing cracks. Keep the heat gun at a safe distance and use it sparingly.

9. Should I drill holes in my headlights to let moisture out?

It is not recommended to drill holes in your headlights as it can lead to further moisture penetration and compromise the integrity of the headlight housing.

10. What to do if the moisture in my headlights doesn’t go away?

If DIY methods fail to remove the moisture, or if the moisture returns, it is best to seek professional help from an auto repair shop or a trusted dealership.

11. Can I prevent moisture buildup by sealing my headlights?

Sealing headlights is not recommended as they are designed to allow proper ventilation to prevent condensation. Attempting to seal them can do more harm than good.

12. Is it better to replace or repair foggy headlights?

In case of severe moisture issues or damage, it may be better to replace the entire headlight assembly. In other cases, repairing and cleaning the headlight lens may suffice.

Remember, the presence of moisture in your headlights can affect visibility and safety while driving. It is essential to address the issue promptly and follow safe methods to remove the moisture or seek professional help if necessary.

Watch the CarLubeTv video for more details on removing headlight condensation!

https://youtube.com/watch?v=HqYYPFRohV4%3Ffeature%3Doembed

Conclusion

You are now learning more about how to remove moisture from headlights and some related advice on removing headlight condensation. You can say goodbye to foggy headlights by following these simple and quick tips.

Catalytic converter theft has become a worsening problem in recent years. According to data from the National Insurance Crime Bureau (NICB), an estimated 65,398 thefts occurred nationwide in 2021. This represents a 353% increase compared to all catalytic converter thefts reported in previous years. Even though the surge in catalytic converter thefts appears to be easing in 2023, it continues to concern many drivers significantly. So how can you prevent catalytic converter theft? Let’s explore the solution to this issue.

Why Are Catalytic Converters So Popular Among Thieves?

Have you ever wondered what’s inside catalytic converters that makes them worthwhile for thieves? Required by law in the United States since the 1975 model year, car manufacturers must use precious metals such as platinum, rhodium, and palladium to help reduce vehicle exhaust emissions.

In each catalytic converter, palladium, platinum, or rhodium can control the flow of car emissions by reacting with certain gases such as CO and NOx, thereby reducing the harmful effects of emissions when released into the environment. On the market, the precious metals contained in catalytic converters cost the same as, or even more than, the price of gold. And that’s the main reason for catalytic converter thefts.

After the COVID-19 pandemic, many automotive manufacturer supply chains had to close, leading to a slowdown in the auto parts and accessories market.

Thus, supply is insufficient to meet demand. Thieves take advantage of this opportunity to steal spare parts and then resell the entire unit for profit. They can even be shipped abroad and sold on online black markets…

However, in 2023, as the accessories market gradually recovered, the number of catalytic converter thefts significantly decreased compared to previous years, which is also a good sign for car owners worldwide.

Catalytic converter thefts can occur in garages, at private residences, or even at car dealerships. Be especially cautious when parking on the street. What should we do to stop this problem?

How to Effectively Prevent Catalytic Converter Theft?

The truth is, it only takes a thief a few minutes to slip under your vehicle and cut out the catalytic converter with a battery-powered reciprocating saw. And car owners who rarely drive will often be targets for thieves, and there is no way to completely avoid this issue. In some states, scrap collectors may be required to provide photo identification when purchasing catalytic converters, but in many states, the black market for these items is difficult to track.

Replacing a catalytic converter can cost you several thousand dollars, so how can you prevent your catalytic converter from being stolen? To minimize the risk of falling victim to catalytic converter theft, you can follow some of the tips below:

1. Know the Signs If Your Car Is a Target for Thieves

SUVs, hybrids, and trucks are the vehicles that attract thieves the most, as the catalytic converters on these cars are often easily removable. Below, we want to share some specific car models to help you better understand:

• Ford F-Series
• Chrysler 200
• Chevrolet Silverado
• Toyota Prius
• Toyota Camry
• Honda CR-V

…

One of the main characteristics of these cars is that they all have high ground clearance, which will make it easier for thieves to access your catalytic converter.

2. Paint a Catalytic Converter

Spray painting your catalytic converter is another way to combat thieves. As recommended by the police, painting can make your catalytic converter a less attractive target, as it’s a sign indicating to scrapyards or auto shops that this part has been stolen. And the idea is that they will be less likely to buy these stolen parts. You can get most of what you need for this painting process at local auto stores.

You should choose a high-temperature bright paint or an exhaust manifold paint, as exhaust components get very hot and normal paints cannot withstand that temperature. Remember to use a scrubbing pad or sandpaper to prepare the surface so the paint adheres better. Additionally, you should engrave the VIN on your catalytic converter to easily check if this part has been sold on the market.

3. Choose a Good Parking Spot

If possible, keep your car in the garage. When you have to park on the street, choose a safe location and park in a well-trafficked area or near the entrance of a building or residents. Furthermore, experts state that drivers should park with their wheels facing the curb. This small trick can make it more difficult for thieves wanting to steal parts from your car. The difficult parking method mentioned above will make thieves quickly abandon their idea because it takes a lot of time and draws attention from those around them.

4. Use an Anti-Theft Device on the Catalytic Converter

Although installing such a device cannot guarantee 100% protection of your catalytic converter, it is likely to reduce theft of this component. Typically, anti-theft devices will be attached to your car’s chassis, making them difficult for thieves to remove. They usually include a metal clip or bracket that surrounds the catalytic converter and require special tools for removal. Catalytic converter locks are widely available and can serve as an obvious deterrent. If your vehicle is equipped with an alarm system, set the alarm to vibrate when the catalytic converters are cut, and the system will trigger the alarm.

Watch more:

https://youtube.com/watch?v=n643Zizjdng%3Fstart%3D26%26feature%3Doembed

5. Car Insurance

The question is, “Does car insurance cover catalytic converter theft?” If, unfortunately, your catalytic converter is stolen and you have comprehensive insurance on your vehicle, the insurance company will handle the replacement of the catalytic converter and necessary repairs, minus your deductible. If you are unsure whether your auto insurance policy covers the loss of a catalytic converter, contact your insurance company for clarification.

I hope that after reading this article, you know how to protect your catalytic converter and travel safely.

What could be the most unsightly and potentially dangerous thing in a beautiful car? Well, nothing beats scratches on the windshield or windows! A scratch on the body paint comes close, but it certainly doesn’t cause an accident. How to remove windshield scratches? Can you even fix this problem or do you have to change the glass?

What can cause windshield scratches

Several everyday objects can damage a car’s windshield.

Faulty windshield wiper blades

The surface of windshield wiper blades can harden with age and neglect, producing scratches, especially when the glass is dry. The same can happen if a small object, like a pebble, gets stuck between the blades.

Improper cleaning

Scratches can appear on your windshield if you wipe it with a rough/dirty cloth. The simplest technique for proper and safe cleaning is to use a soft microfiber or cotton cloth.

Road debris

Scratches are also produced by pebbles and stones thrown onto your windshield from the road, especially when driving behind vehicles and trucks, which easily trap road pebbles.

Damaged ice scrapers

If you live in a cold, snowy climate, you may sometimes need to remove ice from your car’s windshield and windows. Ice scrapers are designed to protect the windshield, but if they wear out or break, they can damage it.

How to remove windshield scratches?

A scratch or chip on the windshield obstructs vision while driving. Furthermore, even a hairline crack can turn into a real laceration over time. Once that happens, you have no other option but to replace the windshield, which is expensive.

What to do? You can simply repair the chip or crack so it doesn’t get bigger. Remember that it is not possible to repair a deep scratch, one deeper than 50 microns.

How do you know it’s technically repairable? If the crack catches your fingernail, it’s too deep to be repaired at home. If not, follow these methods:

For light scratches

Using an acrylic scratch remover to fill a light scratch or crack is the simplest answer to your windshield scratch removal problem.

You need to apply this liquid to the affected areas and rub with a damp microfiber cloth or super fine sandpaper (600 grit or higher). It will appear transparent once dry and conceal the damage with a protective layer.

But this chemical is not available in many local stores. In this case, you can use a glass scrub product (such as Glass Science Glass Scrub).

It is mainly used to remove stubborn stains and grime. However, it also works very well for repairing light cracks on the windshield.

Wrap your hand in a damp microfiber towel, pour a little liquid on it, and rub the damaged area. Work on a small section (if the crack is large) at a time and maintain even pressure throughout.

It is an abrasive ingredient that will go through the surface if applied directly.

For deep scratches

Cerium oxide is an excellent solution for repairing deep scratches. These are still less than 50 microns but deeper than a simple surface scratch.

The chemical ingredient is mainly used in the ceramics and jewelry industries due to its low abrasiveness. It’s good for polishing metal, ceramic, and glass objects.

Add water to the powdered cerium oxide to get a semi-liquid paste. Apply it to the scratched area. A hand drill with a hard rubber polishing wheel attached will be useful in this case.

Use it to polish the area where the cerium oxide is used. The entire process requires patience and consistent application of the paste and polishing.

Pay attention to the consistency of the mixture and the amount of pressure applied by the drill. The reward will be a clean, scratch-free windshield that provides clear vision while driving.

How to prevent windshield scratches

Regular cleaning and maintenance

• Clean it regularly using a soft microfiber cloth and a mild glass cleaner.
• Remove stubborn dirt and bugs with a mixture of water and mild soap.
• Avoid aggressive rubbing, which can cause scratches.

Proper wiper blade maintenance

• Replace them every 6 to 12 months.
• Keep the windshield and wiper blades clean.
• Avoid using your wipers on a dry or icy windshield.

Parking considerations

• Park in a garage or in a shaded area to minimize exposure to the elements.
• Avoid parking under trees where falling branches or sap can cause damage.

Using windshield protection films

• Clear adhesive films can provide an extra layer of protection against debris.
• These films are almost invisible and can be easily replaced if damaged.

Avoiding abrasive cleaning materials

• Use only microfiber cloths and mild cleaners.
• Avoid using abrasive sponges or towels that could scratch the glass.

Choosing the right windshield repair kit

In case of scratches on your windshield, it is essential to have the right repair kit:

• Choose a high-quality windshield repair kit suitable for the type and severity of the damage.
• Follow the instructions carefully for the best results.

Professional windshield maintenance

• Schedule regular windshield inspections with a professional.
• Address minor issues before they worsen and require costly replacements.

Signs it’s time to replace the windshield

Some signs indicate that a windshield replacement is necessary:

• Deep and extensive scratches that obstruct your vision.
• Multiple cracks and chips on the glass.
• Compromised structural integrity, posing a safety risk.

FAQ on how to remove windshield scratches

1. Is toothpaste effective for removing scratches on a windshield?

To remove scratches from your windshield, do not use toothpaste. It is intended for teeth, not glass, and can worsen scratches.

2. How much does it cost to repair a scratched windshield?

The cost of repairing a damaged windshield varies depending on the type of automobile, the year of manufacture, and the extent of the damage. Please contact your local AIS Window Experts service center for an accurate price.

3. Is WD 40 effective for removing scratches on glass?

You should never use WD 40 to remove scratches from glass. WD 40 is not a polish; it’s a petroleum-based lubricant.

4. Are DIY windshield repair kits effective?

DIY kits can be effective for minor scratches, but for major damage, it’s best to seek professional help.

5. How often should I replace my wiper blades?

Wiper blades should be replaced every 6 to 12 months or as soon as you notice streaking or poor visibility.

Watch this video by John Engel to learn more about a simple DIY project to remove scratches from your glass!

https://youtube.com/watch?v=jfVjYtsSze0%3Ffeature%3Doembed

You now know how to remove windshield scratches and have discovered some tips to avoid them.

Generally speaking, maintaining a scratch-free windshield is essential for your safety and driving experience. By following these preventive measures and promptly addressing any issues, you can enjoy a clear and unobstructed view of the road.

Remember that a little care today can go a long way in preserving the longevity and functionality of your windshield.

No matter how much you spent on your car, you will need to jump-start it sooner or later. However, starting a car is quite simple, but some issues, such as sparking, can occur when starting your car. Sparking when jump-starting a car is always a suspicious situation. Whether it’s sparks from the jumper cables or anything else, it’s important to know the reason for the spark and its consequences before it’s too late.

So, let’s see if sparking is safe or not.

Is Sparking When Jump-Starting a Car Safe?

There can be many reasons behind sparking when you try to start your car. You must be very careful when connecting the battery terminals with the cables. And facing such a situation while doing this can lead to dangerous circumstances.

1. Sparking – Normal or Strange?

When you stand in front of the car battery holding those cables, even a small spark can lead to greater danger. Sparking when jump-starting a car is worse than anything you’d want to see in your car. Follow every step of the car jump-starting method and try not to leave any gaps between the steps. The sudden spark could surprise you, and the chances of you hitting your head on the hood are higher. Moreover, hydrogen emission is a natural phenomenon of the battery. A small spark can cause an explosion that can blow acid onto everything, including you.

Additionally, sparking at the connections is a sign of a discharged battery that exceeds about 10 A, which is dangerous for voltage spikes. If the spark comes from detachments, the situation could be worse than you think. The inductance may have been affected when the power is cut off and can generate a spark of a hundred volts.

In any phase, if you get a spark while proceeding with the jump-start, carefully attach the red jumper cable to the positive terminal of the good battery and the other to the positive terminal of the dead battery. Now, attach the black cable to the negative terminal of the good battery and the other cable to the grounding point of the dead battery.

2. The Right Way

If there is still sparking, leave it. Some car models have this feature where the battery grounding point is meant for sparking. It is not dangerous at all. Whether you are jump-starting for the first time or repeatedly, the correct method must be followed in every possible way. If you are unsure about the procedure, contact experts immediately. They will handle the situation and also share some maintenance tips with you.

Follow the steps below to learn more about this process:

Use the Appropriate Cable

Use sturdy, high-quality jumper cables specifically designed for jump-starting vehicles. The cables must be properly insulated and in good condition.

Turn Off Your Vehicles

Turn off both vehicles before connecting the jumper cables, including all electrical components such as the radio or headlights, to avoid power surges and reduce the risk of sparking.

Connect the Cable

Connect the positive (+) and negative (-) terminals of the jumper cables in the order of the dead battery and the good battery terminals. It is important to connect them in the correct order and ensure a secure connection.

Keep Cables Away from Moving Parts

Ensure the jumper cables are clear of any moving parts, such as engine fans or belts. Make sure they are placed away from hot surfaces or areas that could cause damage or pose a safety risk.

Maintain a Safe Distance

Once the cables are connected, step away from the engine compartments and keep bystanders at a safe distance. If sparking occurs, it is best to move away from the immediate area to avoid potential injury.

Start the Donor Vehicle

Start the engine of the donor vehicle (the one with the good battery) and let it run for a few minutes. This will help charge the dead battery.

Start the Stalled Vehicle

Try to start the stalled vehicle. If it starts properly, let it run for a while to allow the alternator to recharge the battery.

Disconnect the Cables

Once the stalled vehicle is running, carefully disconnect the jumper cables in the reverse order of connection (negative first, then positive). Avoid letting the clamps touch each other or any metal surfaces.

Remember, if you are unsure about jump-starting a car or if there are safety concerns, it is always best to seek help from a professional or roadside assistance service.

Watch more:

https://youtube.com/watch?v=knTZtqibibA%3Ffeature%3Doembed

The Verdict

The battery becomes inefficient over time. So, replace the old battery with a new one before you face sparking while jump-starting a car. Be cautious and stay safe with the right guidelines.

The Annoying “Park Assist Blocked” Light. If you drive a relatively recent vehicle, you may have seen this message (or a variant) appear on your dashboard screen. But what does it mean and should you be concerned?

In this article, we will explain what triggers the “Park Assist Blocked” warning, what it means for your car, and most importantly, what you can do to resolve this annoying issue.

What is Park Assist?

Over the past decade, car manufacturers have worked tirelessly to equip their vehicles with the latest and most advanced driving assistance features. As a result, vehicles have become safer to use when driven by detail-oriented drivers trained in using this technology.

One of the most useful and appreciated driving assistance features is Park Assist.

Park Assist provides drivers with audio and visual signals that help them park their vehicle safely. In almost all cases, an audible alarm triggers when you maneuver your vehicle in a way that positions it too close to an obstacle of one type or another.

In many cases, external cameras are also used to provide a visual image of these obstacles.

The latest versions of park assist now offer the ability to automatically apply a vehicle’s brakes if you get close enough to a stationary obstacle that a collision seems imminent. This, in turn, has virtually eliminated parking-related collisions among the newest vehicles, thereby saving thousands of insurance claims.

What Does a “Park Assist” Warning Mean?

Typically, the issuance of a “Park Assist Blocked,” “Park Assist Unavailable,” “Park Assist Off,” “Park Assist Malfunction,” or any other similar message means that a vehicle has identified a malfunction that would prevent its integrated park assist system from operating seamlessly.

In most cases, this means that one or more inputs are unavailable, which normally allows the park assist system to perform intelligent calculations regarding the proximity of obstacles relative to the vehicle itself.

Due to the risk of collision in less-than-ideal circumstances, a vehicle will disable all park assist functions, thereby mitigating unnecessary risks. In many cases, the only way to reactivate the park assist function is to resolve the underlying issue itself or perform a hardware reset of the fault in question.

However, if the latter of these options is chosen, the aforementioned park assist lockout is likely to recur as soon as the fault in question is re-registered.

Park assist sensor warnings are quite common. Car manufacturers have even issued service bulletins (like this one from GM) regarding this issue.

Common Causes

There are several potential causes for the appearance of a recurring “Park Assist Blocked” message. Understanding these potential causes can help you quickly identify the reason for your vehicle’s current issues and restore park assist functionality.

Here are some of the most common causes of park assist failures. Some vehicles may even display a more specific message like “Park Assist – Clean Sensor,” but the actual cause may be entirely different.

#1 – Dirty Sensors

Fortunately, the most common cause of a “Park Assist Blocked” message is dirty sensors. This is often due to dirt, mud, or gravel dust obstructing one or more sensors entirely.

In this case, the only viable solution is to thoroughly clean each of your vehicle’s sensors.

#2 – Heavy Rain

If you have ever encountered a park assist failure while driving in heavy rain, what you witnessed could be described as fairly normal.

If the precipitation becomes strong enough to interfere with a park assist sensor’s detection range, a “Blocked” message will often appear.

#3 – Excessive Speed

Many vehicles are programmed to allow the use of park assist functions only at certain speeds, for safety reasons. Although this lockout does not apply to all park assist functions, it is significant enough to warrant discussion.

If you are reversing at a relatively high speed and receive a “Park Assist Blocked” message, try slowing down your pace for better results.

#4 – Damaged Sensors

If your vehicle has recently been involved in a collision of any kind, do not be surprised if park assist functionality is lost. This is especially true if a vehicle’s front or rear bumpers have been damaged.

The sensors used by most park assist systems tend to be relatively fragile and prone to damage.

#5 – PCM Malfunctions

Although this is extremely rare, a vehicle’s PCM can fail, preventing it from effectively calculating data relayed by individual park assist sensors. As a result, park assist functionality is often lost.

However, you should absolutely rule out all other possibilities before condemning a PCM for such issues.

Where Are the Park Assist Sensors Located?

In most cases, vehicles using park assist functions are equipped with several ultrasonic sensors positioned in their front and rear bumpers. Each sensor is mounted and articulated in a specific way that offers a maximum detection angle.

This ensures that no obstacle in a vehicle’s path goes unnoticed and that safety is paramount in every situation. Typically, each of the aforementioned sensors has a dedicated detection range of 4 to 8 feet.

How to Reset a “Park Assist Blocked” Message

The exact procedure for resetting a vehicle’s “Park Assist Blocked” message differs from one vehicle model to another. For this reason, it is important to research the exact reset procedure provided for your specific vehicle make/model.

In any case, this warning message should be resettable via an interactive menu accessible using a quality automotive scan tool.

In most cases, a general reset of a vehicle’s park assist function can be achieved by toggling this option in your vehicle’s preferences menu. Doing so resets the system, thereby checking all its inputs in the process.

Assuming the issue previously encountered by your vehicle was intermittent in nature, this should restore park assist functionality.

Is It Safe to Continue Driving?

It is safe to continue driving in light of the “Park Assist Blocked” message. Although park assist functionality is canceled, you can continue to drive your vehicle as you normally would, as no other vehicle systems will be affected.

You will simply need to park manually without any additional audio or visual signals, as you would otherwise when driving a vehicle not equipped with park assist.

Is Unavailable Park Assist on Tesla the Same Thing?

Yes, in many ways, the “Park Assist Unavailable” message often displayed by various Tesla models is one and the same with the “Park Assist Blocked” warnings recorded by other vehicles.

Simply put, a malfunction in the parking guidance system has caused all park assist functions to be deactivated. This happens with Teslas for the same reason as with other vehicles.

The only exception is that Tesla vehicles tend to display this message immediately after downloading various updates, for largely unknown reasons.

Driving your car in the rain is like a nightmare, but it’s even worse when you’re stuck in the middle of the road with a dead battery. So the question is, “Is it safe to jump-start a car in the rain?”

The common belief is that it’s very dangerous when water and electricity come into contact, so many drivers fear that jump-starting a car in the rain could damage electrical components and might even pose a risk. What is the truth?

Is It Safe to Jump-Start a Car in the Rain?

Jump-starting a car is like a lifeline when your battery is dead, but can heavy rain prevent you from performing this process or not? This question has raised many concerns among drivers. Don’t worry! Let’s state it clearly in this article:

“You can jump-start a car in the rain if you perform the process with the right precautions,” that’s our answer, but why? As we know, the car’s electrical system typically has a very low voltage of about 12 volts, so this will limit the risk of electric shock. Therefore, jump-starting a car in the rain can be safe and less likely to pose a danger to the driver. It can be said that repairing or doing anything with electrical equipment in the rain or in damp conditions also poses a danger to the repairer. However, if you must jump-start your car in the rain, it cannot harm you.

Human resistance can be up to 10,000 ohms, while the maximum current of a 12-volt battery is 0.012 amperes or 12 milliamps; it’s too low to cause electrocution. However, also be aware that just because there are no serious risks doesn’t mean there’s no potential danger, but remember that water is a very good conductor of electricity. To ensure safety, let’s follow a few steps below:

Safety Precautions Before Jump-Starting Your Car in the Rain

Common beliefs might scare us when jump-starting a car in the rain. You don’t need to be afraid; during this process, you should note the tips to ensure your safety and that of the vehicle:

• Check the cable’s condition to ensure the insulation is working properly. This task is extremely important because when water seeps into a damaged cable, it will cause a short circuit.
• Ensure raindrops do not enter the battery terminals and inspect your battery to make sure it’s not cracked before starting to jump-start your car.
• Additionally, when trying to recharge the battery, keep it as dry as possible. Even if you run the least risk, the delicate electronics of the engine still don’t work well with water. Use an umbrella if you have one.
• Always wear rain gear and rubber gloves to protect yourself from electric shocks. Moreover, you should equip yourself with extra eye protection to wear when you must come into contact with dangerous explosive or corrosive materials.
• Connect the red wire to the positive terminal of the battery, marked with a (+) and a red cap. It should be noted that the red wire must not touch the ground or the vehicle’s body as it’s very dangerous. In general, please do not let the cables touch each other or any metal surface except your engine and the battery.
• When jump-starting a car, never forget not to let your body touch the car, as it could accidentally become an electrical bridge between the two vehicles and the current could pass through the person, thus endangering their life.
• Note that the terminals should always be cleaned and rust removed, ensuring electrical conductivity. You can use a dry cloth to clean the 2 terminals of the battery charger.

How to Properly Jump-Start Your Car in the Rain?

Although car batteries are only 12 volts DC, that doesn’t mean jump-starting a car is without risks, such as eye injuries or damage to your car. Jump-starting your car in the rain can be safe and manageable as long as you follow the correct steps. Except for a few precautions like those mentioned above, we want to emphasize that performing these operations is equivalent to jump-starting in normal weather.

Step 1: Prepare Your Car

Just like the normal jump-starting process, the first step is to disconnect all electrical equipment in the car, such as the radio, air conditioning system, and lights… please switch to auto-stop mode so that the sensors don’t operate to reduce battery power consumption as much as possible.

Note: When jump-starting your car in the rain, you should not open the hood too early; keep the hood closed until you find another car to start the jump-start process. Because if water or moisture enters the engine compartment too much, it will be dangerous for the car’s components and for the jump-starting process. You can use covers or waterproof items on the hood to prevent the parts under the hood from getting wet.

Step 2: Park the Vehicles

The parking positions should be safe, with warning signals on or using warning devices to ensure safety. You should park the 2 cars as close to each other as possible to ensure the cable ends can reach, but keep a short distance between the two vehicles so they don’t touch and cause potential hazards.

Step 3: Connect the Cables

Before connecting the cable ends to the car battery, dry the battery and the clamps because wet batteries can conduct too much electricity, thus endangering the driver and the vehicle. Additionally, you must ensure the battery terminals are always clean and eliminate rust, thus ensuring electrical conductivity.

Connect the red clamp of the jumper cable to the positive terminal (+) of the dead battery. And the other end of the red cable to the positive terminal of the good battery. Use black ends (color to avoid confusion) to connect the negative terminal (-) of the booster battery to any metal component (unpainted) in the engine compartment of the vehicle with the dead battery, such as the chassis or body… Absolutely do not connect to the negative terminal (-) of a dead battery, as this could cause ignition and start a fire.

Step 4: Start and Test Your Car

You will then start the assisting vehicle to power the vehicle with the dead battery. Start the car with a good battery to run the engine for 3 to 5 minutes, then start the car with the dead battery. Let both cars run for about 3 minutes before removing the cables. If your car doesn’t start, try waiting a few more minutes, then continue restarting the engine until the car restarts. If the car still doesn’t start, you can contact towing service for quick assistance.

Step 5: Disconnect the Cables

If your vehicle operates normally as expected, in this last step, you will proceed to remove the cable in the reverse order of connection (remove the negative terminal first, then the positive). Once the vehicle is running stably again, you should go to the nearest reputable car maintenance center to check and repair it in time. Additionally, to limit this problem of a dead battery in the middle of the road, you should pay attention to regularly checking the car battery and replacing it at the right time or when you detect strange signs.

Some Possible Risks of Jump-Starting a Car in the Rain

Can you jump-start a car in the rain? Yes, positive. You should note that the car’s electrical system is 12 volts, not 110 or 240 like home wiring, so it will be safe to perform the jump-start process in the rain. However, this process will always carry some potential risks, regardless of the weather conditions in which you do it.

According to experts, making mistakes during jump-starting can sometimes have serious consequences. It can cause a fire in the car’s computer system and, even more dangerously, can cause the battery to explode, leading to serious injuries or even death, as we know that the acid in the car battery can be particularly dangerous in terms of skin burns or blindness. The next risk you might take is that of the assisting vehicle, as you don’t know how the vehicle operates and the manual may not be available, which could result in damage to the assisting vehicle. Moreover, not following instructions or incorrect technique can lead to an electric shock for the person holding the cable or anyone nearby.