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The 4 Types of Drivetrains: What You Need To Know

The engine is the heart of every vehicle – a complex machine built to convert the heat generated from fuel burning into mechanical energy. The mechanical energy it supplies is then used to increase the vehicle’s kinetic energy, causing it to move.

By itself, all of the energy the engine generates stays in the engine. It has to have the means to transfer the energy from the engine to other parts of the vehicle. This is where your vehicle’s drivetrain comes into play.

A vehicle’s drivetrain is a crucial part of your car that contains all the components necessary to transfer the engine’s energy to the wheels, enabling your vehicle to move. It comprises the vehicle’s transmission, driveshaft, CV joint, U-joint, differential, and axle shafts, working together to deliver power to the wheels.

Four different drivetrain types can be used for different kinds of vehicles. While the overarching principle generally remains the same, each is unique and has its own advantages. 

Learn more about the different types of drivetrains and what they’re used for below.

 

Front-Wheel Drive (FWD)

Front-wheel-drive-type vehicles are some of the most commonly spotted on the road. All rotational power is directed to the car’s front wheels in a front-wheel drivetrain. Essentially, the vehicle’s front wheels are responsible for both its forward movement and steering.

Advantages

  • Fuel Efficiency: FWD vehicles are known for their fuel efficiency. Since there is no need to connect the front axles to the rear wheels, the drive axles tend to be shorter, which makes for a lighter vehicle. This equates to less power required and lower fuel consumption for the car.
  • Lower Cost: FWD drivetrains are less complicated for manufacturers, making them less expensive to produce. On the user’s side, this makes vehicles more affordable and easier to maintain.
  • Excellent Performance in Different Weather: FWD vehicles maintain good traction on various road surfaces. They respond well to wet conditions, snow, gravel, sand, and more. Further, they have a lower tendency to ‘fishtail’ on low-friction surfaces.

Disadvantages

  • Not For Off-Road Use: FWD vehicles can handle various road surfaces and conditions, but they are more well-suited for everyday driving than off-road usage.
  • Lower Turn Radius: Less room under the front of the vehicle makes the vehicle’s turn radius much larger, which means it needs more space on the road for turning than other cars.
  • Tires Wear Out Faster: The vehicle’s front wheels bear much higher loads than other drivetrains due to the combined weight of the engine, transmission, and other components. Combined with the added load of everyday acceleration, steering, and braking, all of these cause the front tires to wear out faster.

 

Rear-Wheel Drive (RWD)

In rear-wheel drive vehicle systems, the engine is positioned at the front of the vehicle, while all power is delivered to the rear wheels to push the car forward. These systems utilize the vehicle’s transmission and driveshaft to provide the needed energy to the rear wheels. This creates a more balanced approach where the rear wheels are responsible for movement while the front wheels handle the steering.

Advantages

  • Excellent Acceleration: From a standstill position, RWD drivetrains offer faster acceleration without being impacted by torque steer, unlike their FWD counterparts. This means vehicles with RWD drivetrains provide superior handling while accelerating from a complete stop.
  • Better Turning Radius: Having all power transmitted to the vehicle’s rear frees up more engine and front suspension space, allowing them to have a much better turning radius. Essentially, rear-wheel drive vehicles can make sharper turns than FWDs. 
  • Higher Payload Capacity: More weight is placed over the rear wheels, enabling RWD vehicles to have a much higher towing capacity.
  • Balanced Weight Distribution: In RWD drivetrains, the weight is more evenly distributed between the front and rear wheels, which means both wheels wear out at about the same time, but at a much slower rate.

Disadvantages

  • Poor Performance in Inclement Conditions: Besides normal road conditions, RWD drivetrains tend to perform relatively worse when road surfaces are less than ideal. This means that when the road conditions are wet or covered in snow, they have a much higher tendency to ‘fishtail.’
  • Less Fuel Efficiency: To achieve the same performance level as FWD vehicles, RWD vehicles will typically require more powerful engines, which means they consume more fuel.

 

Four-Wheel Drive (4WD)

Four-wheel-drive-type vehicles are the most popular vehicle type for off-roaders and sports enthusiasts. These systems are designed to deliver full power to all four wheels, making them more powerful and stable when road conditions are less than ideal.

Further, there are two types of vehicles with four-wheel-drive-type drivetrains: full-time 4WD and part-time 4WD. As the name suggests, full-time 4WD vehicle systems provide power to both the front and rear wheels all the time, while part-time 4WD systems offer drivers the choice to switch between 2WD and 4WD driving modes. 

Advantages

  • Superior Off-Road Capabilities: With power supplied to all four wheels, 4WD vehicles offer excellent traction and stability even in challenging terrain, such as those covered in mud and rocks, and have steep inclines.
  • Significantly Higher Towing Capacity: 4WD vehicles have heavy-duty suspensions and powerful engines, making them ideal for towing other vehicles, whether on the road or off.
  • Unmatched Performance in Inclement Weather: Vehicles with 4WD drivetrains are known for having excellent traction and stability in less-than-ideal road conditions, which means they are well-suited for driving on wet, snowy, or muddy roads.

Disadvantages

  • High Fuel Consumption: 4WD drivetrains are considerably more complex than other types. They require more complex and rugged components, adding more weight to the vehicle while making its operation more complex. All of these factors increase the amount of fuel needed to operate the vehicle.
  • Need For More Frequent Maintenance: Additional complex components require more parts to be subjected to regular servicing and maintenance. Further, 4WD vehicles tend to be used in harsher environments, making them more susceptible to wear and tear that will require even more upkeep.
  • More Expensive Than Other Drivetrains: Due to the complexity of the entire system, 4WD vehicles tend to be more expensive than 2WD vehicles.

 

All-Wheel Drive (AWD)

Based on the name, AWD and 4WD drivetrains may sound similar, as they do have some similarities in some aspects. However, both work differently and are distinct enough to be considered their own category.

An all-wheel-drive-type drivetrain works with the vehicle’s onboard computer to collect necessary information, which it then uses to transfer power between the front and rear wheels. This functionality allows the computer to make the best decision to switch which set of wheels needs power the most in response to road conditions, whether it’s improved traction during wet or snowy conditions or the need to accelerate more quickly. 

Advantages

  • Unmatched Versatility: Offers the best of all worlds with the drivetrain’s ability to switch between FWD or RWD, or even 2WD and 4WD, while doing so automatically based on the given conditions of the road.
  • Excellent Performance Under Inclement Weather: In AWD drivetrains, power is delivered to where it is needed most, allowing vehicles to perform optimally, regardless of the road conditions.

Disadvantages

  • High Fuel Consumption: The additional functionalities offered by all-wheel drive vehicles call for more complex components, which makes them heavier. This also means they consume more fuel.
  • Need For More Regular Maintenance: AWD vehicles require considerably more moving parts, which may require even more frequent maintenance to ensure everything is working properly.
  • More Expensive: AWD vehicles are arguably the most expensive due to the complex nature of their operation.

 

Keep Your Car Running Smoothly with Berryman Products

Understanding your car’s drivetrain type, how it works, and its strengths and weaknesses allows you to operate your vehicle more efficiently. However, merely knowing your car’s drive type is one thing – keeping it well-maintained is another thing entirely.

For over 100 years, Berryman Products has been a trusted provider of quality, innovative products that help motorists worldwide maintain their vehicles’ optimal performance on the road. From fuel additives and lubricants to tire sealants and eco-friendly cleaners, Berryman Products is your partner in road safety. For more information on our products, check out our product catalog or send us a message.

These Cars Are the Cheapest to Maintain Over 10 Years

 

cheap maintenance cars
The cost of owning a car goes beyond the amount you paid when you bought the vehicle. You also have to deal with monthly payments for car insurance, fuel, registration, taxes, car maintenance and vehicle repairs. Choosing a vehicle with low servicing requirements and using top-quality maintenance products can significantly reduce the cost of ownership for many consumers. For this reason, you should look for cars that are easy to repair with low maintenance costs.

Berryman Products is a trusted brand offering vehicle maintenance solutions customized to your needs. Reach out to our specialists today for more vehicle maintenance tips.

 

Cars with Low Automotive Maintenance Costs

Consumer Reports, automotive experts and other organizations have released reviews on the cheapest cars to maintain over ten years. Several factors should be considered when ranking vehicles based on car maintenance costs. These include the vehicle’s mileage, age, model and make, which means the cost of maintaining a car will vary throughout its service life.

With these factors in mind, here are the cars with the most affordable maintenance:

Nissan Leaf

This fully electric compact hatchback was introduced in 2010 with maintenance costs estimated at $1,190 for over ten years. Like many electric vehicles in its class, it was designed with energy efficiency and sustainability in mind. Since they have fewer moving parts, don’t need oil changes, have reduced cooling needs and regenerative braking, and require fewer fluids, electric cars often have lower maintenance costs.

Toyota Camry

The Camry is one of the best-selling cars in the U.S.; production started in 1982. It’s best known for fuel efficiency, comfort and reliability. With spacious interiors, it quickly became a popular choice as a family car. This vehicle’s 10-year average car maintenance cost is estimated at $2,510.

Toyota RAV4

This compact crossover SUV was introduced in 1994 and is still popular today. This vehicle requires minimal car repair and automotive maintenance and is well-known for safety, reliability and versatility. The average maintenance cost for the RAV4 over ten years is $2,970.

Lexus ES Hybrid

Toyota’s luxury division marketed this midsize sedan executive car, with production beginning in 1989. It offers a balance of fuel efficiency, performance and luxury. With its environmentally friendly design, this vehicle is easy to maintain. The average vehicle repair cost for this car is $3,015 over ten years.

Ford Edge

This midsize crossover SUV has been around since 2007. It is best known as a very comfortable ride with generous interiors offering plenty of legroom. Coupled with outstanding performance, the Ford Edge is easy to maintain and practical for family weekend trips. The average car repair costs of this vehicle are estimated at $3,190.

Cheap cars to maintain

This vehicle features sleek modern interiors, spacious interiors and plenty of premium features. This midsize SUV is also known for its safety features and reliable performance. The average car maintenance cost for this vehicle over ten years is estimated at $4,365.

 

Reduce Maintenance Costs with High-Quality Products

Using high-quality maintenance products can help reduce vehicle maintenance costs. At Berryman Products, we have spent decades building a reputation for providing solutions that prolong your car’s service. Contact us today to learn more about cost-effective maintenance products for your vehicle.

Different Types of Drivers: Which Are You?

The number one wish of most motorists is for safety and common sense to prevail on the road. However, that isn’t always the case.

The United States is home to over 238.6 million licensed drivers. Throughout the country’s driving population, you may encounter diverse drivers, whether driving across state lines or to your local grocery store.

Unfortunately, many of these drivers aren’t always the safest on the road. There’s no telling who you might meet on your commute, so it’s important to brush up on who these drivers are so you know how to react accordingly.

The following are some of the common types of drivers you might encounter on U.S. roads:

types of drivers, drivers, aggressive drivers, student drivers, cautious drivers, driving behavior

Student Drivers

Student drivers are new to driving and still practicing how to drive. These drivers need more experience operating a motor vehicle and may still be familiarizing themselves with the rules of the road.

This learning period can be exciting for new drivers, especially those eager to learn. At the same time, it can also be a terrifying time, as they can easily get overwhelmed by those they encounter while driving on the road. Although having a driving instructor can certainly help, many student drivers can still feel nervous, anxious and unsure of what to do, so they may be uncoordinated, distracted or inconsistent.

All drivers go through a period of inexperience at some point in their lives. It’s important to remain patient and understanding as student drivers go through the learning process. If you spot a student driver, maintain a safe distance and avoid aggressive behavior as much as possible.

 

Overly Cautious Drivers

Overly cautious drivers are too hesitant or polite even when it’s unnecessary or safe to do so. Some examples of extremely cautious behavior include driving slower than the speed limit, taking too long to cross an intersection and yielding excessively to other drivers, cyclists and pedestrians.

Although it’s always important to be cautious on the road to protect your and other drivers’ safety, excessive cautiousness is not recommended as it can cause confusion and disruption to traffic. In extreme cases, this can lead to unsafe situations for the overly cautious driver and everyone around them.

 

Aggressive Drivers

Aggressive driving is one of the most dangerous behaviors on the road. This is often marked by such actions as driving over the speed limit, tailgating, cutting off drivers, weaving in and out of traffic, excessive honking and being verbally abusive to other drivers.

Often, these behaviors are fueled by rage, frustration, impatience and a sense of entitlement. Through these emotions, aggressive drivers will be more likely to break the law by running stop signs and red lights, swerving or being involved in road rage incidents that may cause disruptions in traffic, injury or death. 

If you spot these types of drivers, it’s best to avoid engaging them or matching their behavior with equally aggressive actions. 

 

Slow Drivers

Driving over the speed limit is dangerous and can put the driver and other drivers at risk. The reverse is also true, as driving significantly below the speed limit can be equally dangerous.

Contrary to popular belief, driving slowly can actually be dangerous on the road. Whether intentional or not, it can create several risky situations for the driver and everyone around them. For instance, a slow driver can impede traffic flow, causing impatient drivers to behave aggressively. 

Slow drivers can also cause congestion, delays and frustration among other drivers. If you do encounter slow drivers, stay patient and assess the situation. If passing them is necessary, make sure it’s safe to do so.

 

Inattentive Drivers

Focus is important when driving on the road. Inadequate focus is what makes inattentive drivers dangerous. Engaging in any activity that keeps you from focusing on the task at hand poses a danger.

Distracted driving is a significant hazard and one of the leading causes of road accidents yearly. Such activities as eating, drinking, taking a call, texting, tinkering with your radio or simply daydreaming are all perfectly normal but must be avoided when you’re in the act of driving. Or else, you may fail to notice road signs, incoming traffic or pedestrians, which can cause injury, damage to property or fatality. 

 

Impaired Drivers

Impaired driving is a serious issue that is one of the leading causes of accidents and fatalities on the road. It refers to the act of driving while under the influence of alcohol, drugs or a condition that causes you to feel ill or tired. These can affect your vision, coordination, sense of judgment and reaction times, leading to collisions with stationary or moving objects.

Aside from the hazardous consequences of driving while impaired, numerous legal consequences exist, such as fines, suspension or revocation of license and imprisonment. 

 

Defensive Drivers

Defensive driving is a behavior that all motorists should strive for while on the road. A defensive driver is one who is cautious and proactive in taking the necessary measures to avoid road accidents at any cost. 

A defensive driver is committed to safe driving practices to ensure their own safety as well as their passengers and everyone else on the road. This means maintaining a safe distance from other vehicles, following all road laws and regulations and avoiding aggressive behavior.

Above all, a defensive driver ensures their vehicle is road safe. As such, they always make sure their vehicle is in good condition, the brakes are working, the tires have sufficient pressure and all other components are in good working order. 

 

Road Safety Begins With a Well-Maintained Vehicle

Understanding the types of drivers you may encounter on the road is a significant step to remaining safe. Unfortunately, what other drivers do is beyond our control. However, as motorists, we can do our part in maintaining road safety by keeping our vehicles well-maintained.

For over 100 years, Berryman Products has been a trusted provider of quality, innovative products that help motorists worldwide maintain their vehicles’ optimal performance on the road. From fuel additives and lubricants to tire sealants and eco-friendly cleaners, Berryman Products is your partner in road safety. For more information on our products, check out our product catalog or send us a message.

 

The Benefits of Manual & Automatic Transmissions

THE BENEFITS OF MANUAL & AUTOMATIC TRANSMISSIONS

manual cars, automatic cars, manual vs automatic cars, car transmissions, transmissions

Manual transmission cars are less common in today’s environment, accounting for only 2.5% of annual car sales yearly. These vehicles have a certain appeal to them that keeps motoring enthusiasts engaged. The feeling you get when you shift gears and hear the engine roar is something that only a few people nowadays enjoy. However, in contrast, automatic transmission cars offer ease of use, safety, and comfort, which can provide a better driving experience, especially on daily commutes.

Below, we’ll delve into some details to help you find out if a manual or automatic car is best for you. We’ll review the pros and cons of manual vs. automatic transmission, maintenance, and the driving experience between these two.

Manual vs. Automatic Transmission

Automatic cars have become the norm among drivers, with fewer than 15% of new vehicles offering manual driving modes today. Some people still prefer manual transmission vehicles citing tradition, more driving involvement, and lower costs as reasons for driving these vehicles. However, automakers have greatly improved automatic vehicles, narrowing the gap in price, fuel economy, and overall performance.

How Manual Cars Work?

A manual or stick shift is the traditional type of transmission of all vehicles. It requires the driver to manually shift the car’s gears, which requires adjustments using a gear stick and a clutch pedal. When you step on the clutch pedal, it disengages the transmission from the engine.

Once the engine is disengaged, the driver can use the gear stick to shift to the next gear up or down. You can find this kind of transmission in many high-performance vehicles and sports cars.

Pros and Cons of Manual Cars

A shift stick has no self-drive or other advanced features, so you’re more engaged in the driving experience while on the road. This reduces any chance of falling asleep since you’re proactively working the clutch and gear stick.

Apart from being more involved in the driving experience, you also have more control over the vehicle. Further, manual cars are less expensive for repair and maintenance. They’re also more likely to be fuel efficient than many automatic vehicles.

However, one of the biggest challenges of driving a shift stick is the huge learning curve you must overcome before you can drive one more efficiently. Mastering the smooth shifting of the gears, along with the right timing of the clutch pedal, can be difficult for many. This condition is especially true when you’re stuck in stop-and-go traffic. Further, driving a manual vehicle can be more challenging for drivers with disabilities.

Pros

  • Better suited for high-performance driving.
  • Manual transmission is easier to drive during bad weather.
  • Driving these cars is more engaging.
  • A lot of people find driving a manual gear car more enjoyable.
  • Most manual cars are more fuel efficient than their automatic counterparts.
  • These vehicles are typically less costly to maintain.

Cons

  • Learning to drive requires a steep learning curve for beginners.
  • The resale value of manual cars is usually lower except if you’re selling high-performance models.
  • These cars are typically harder to sell and only take up 2% of the U.S. car market.
  • Driving one will require more focus and attention.
  • These vehicles can be pretty demanding, especially when driving in traffic.

How Do Automatic Cars Work?

Automatic cars use automatic transmissions designed to shift gears without any input from the driver. It is equipped with a series of gears connected to a torque converter. As the engine revs up, it causes the torque converter fluid to flow, which then rotates the gears in the automatic transmission.

The gears in this type of transmission are arranged in a pattern with a gear ratio designed to provide varying speed and torque levels. The system is equipped with sensors that monitor the load of the engine and its speed. Through these sensors, the entire gear system can adjust the gear ratio automatically to match the vehicle’s load and speed. With this system, the transmission can provide optimal power and performance to the car.

Unlike the manual gear stick, in manual cars, you only have to select the vehicle’s driving mode, not the gears to use. You need to select P (park), R (reverse), N (neutral), D (drive), and L (low), which are the different driving modes in automatic cars.

However, in other cars, especially in high-performance vehicles, instead of the L (low), they will include an S (sport) and M (manual) as additional driving functions. It is important to note that drivers must select the low gear to engage the vehicle’s engine brake for better control, especially in uphill or downhill driving.

Pros and Cons of Automatic Vehicles

Just like manual cars, automatic vehicles also have their advantages and disadvantages. Consider the following:

Pros

  • Automatic cars are potentially safer since they’re less prone to accidents due to human error. They are equipped with sensors and safety features that can reduce accidents.-
  • They provide a more effortless driving experience, especially when driving in traffic.
  • These vehicles also provide increased accessibility since they have features allowing people with disabilities to drive them.
  • Modern automatic vehicles have become more fuel efficient, reducing emissions and fuel consumption.
  • Some automatic cars also offer a manual transmission, giving you the best of both worlds.

Cons

  • Automatic cars are often more expensive compared to manual vehicles. The more features are packed into a car, the pricier it can get.
  • This car has more moving parts and features, which can lead to higher maintenance costs.
  • If your car has an autonomous driving feature, you may encounter legal and regulatory issues when using that mode.
  • The sensors and other advanced features can also be prone to malfunction.

Driving Experience

Another difference to note in manual vs. automatic transmission is the driving experience, which is subjective. Some people will prefer the easy driving experience of automatic transmission vehicles. In contrast, others will lean towards the added control provided by manual cars.

Car Maintenance

You can expect automatic vehicles to require more maintenance since they have more parts and features. The transmission is also more complex, requiring more frequent checkups and tune-ups. You will need to check the clutch and gear system on manual cars since they can wear out over time. In worst-case scenarios, you will need to replace them.

For this reason, all drivers need to pay attention to their vehicles and use high-quality maintenance products to keep their cars in tip-top shape. At Berryman Products, we have over 100 years of experience providing automobile maintenance solutions. Our products are available globally. Contact us today to learn more about the products that are best suited for manual and automatic cars.

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8eda621e 52fa 489e 9a0d 4678c34a0af0

FAQs: Cruise Control – Everything You Need to Know

Cruise control is a convenient automotive technology that helps drivers reduce the feeling of fatigue when they drive. This feature allows the vehicle to operate at a constant speed, which is beneficial when you’re driving over long distances. Further, it eliminates unnecessary deceleration and acceleration, saving you gas over long trips.

However, this feature also has pros and cons, which every driver should know. For instance, it’s important to remain alert in this driving mode since it can disengage in certain situations.

In this guide, you’ll learn what it is, how to engage it, its types, and what you need to do to care for your vehicle to maximize this and other car features.

cruise control, gas, Fuel Economy
What is Cruise Control?

What is Cruise Control?

Cruise control is a technology that allows vehicles to maintain a uniform speed, alleviating the need for drivers to put their foot on the gas pedal constantly. It’s handy on the freeway, where keeping your foot on the pedal can become tiring and uncomfortable.

It’s not a new invention, and the device responsible for it has been around for over 70 years. Introduced in 1950 by Ralph Teetor, Chrysler first implemented the groundbreaking technology on a massive scale. Today, it quickly became the standard for many vehicles since it is helpful for daily drives.

Does Cruise Control Save on Gas?

This car feature can improve a vehicle’s fuel economy. However, certain conditions can reduce the gains from it. It can help save you gas when running on well-maintained roads with fewer bumps and on long stretches where you don’t need to make turns.

In addition, the cruise controls vary by car and won’t be the same across all vehicle types. Some systems allow you to speed up or down at one mph at a time. Others have a Coast feature that lets the vehicle slow down smoothly while pressing a button and gradually speed up upon release. Does cruise control save on gas? Yes, it can if you drive in the best road conditions and keep your vehicle maintained using high-quality maintenance products and specific features designed for your vehicle.

Benefits of Cruise Control

Cruise controls maintain your vehicle’s speed once they’re activated. This system can be activated from the steering wheel or the dashboard. Here are some of the benefits of cruise control systems:

  • Reduced Driver Fatigue: This is the most significant benefit of this feature. Since you don’t have to mind the gas pedal for a while, the amount of driving stress you experience is reduced, allowing you to relax for a while. It’s a massive relief on a driver’s legs and feet, especially if you’ve already been on the road for a time. It is best to use it for long drives.
  • Improved Fuel Economy: Since your car won’t have to accelerate or decelerate variably while on the road, this constant speed provides the best conditions to boost fuel efficiency. You won’t need to unnecessarily speed up or slow down because your foot got tired stepping on the gas pedal.
  • Safer Driving: You automatically maintain a safe driving speed when cruise controls are engaged. It can be tempting to speed up unnecessarily on long stretches of empty roads, which increases your risk of getting into an accident if something wrong happens.
  • Improved Focus: Since you don’t have to mind the gas pedal that much, you can focus better as you watch for other potential problems. You can better look at road signs and have enough time to avoid hazards you encounter as you drive.
  • Forward Collision Warning: Many cruise control systems have forward collision warnings, which warn you if the vehicle in front of you gets too close, minimizing the chances of collision.
  • Automatic Braking: If your system has a forward collision warning, it is likely equipped with automatic braking. If a collision is imminent, your car’s automated system will apply ample braking, slowing your vehicle down to a safer speed and distance until it comes to a complete stop if needed.
  • Adaptive Speed: Some cruise control systems use your car’s GPS, radar, or camera to determine the appropriate speed while driving. Some systems may also be able to detect and interpret the posted speed limits on the road and adjust your car’s speed accordingly.

Downsides of This System

Unfortunately, just like any tool or advanced automobile system, cruise controls also have a few drawbacks:

  • It May Cause Drowsiness: When drivers focus too much on road conditions and viewing landscapes while driving constantly, it can cause drowsiness in some people. Alertness levels may drop since you’re not as actively involved while driving.
  • It May Reduce Driver Awareness: Relying too much on this automatic system can lead to reduced attention and awareness. Some may even feel too relaxed while driving, causing them to overlook traffic and road conditions.
  • Application Limits:  You can’t use cruise controls on all driving conditions. It isn’t suitable in heavy traffic and isn’t supposed to be engaged when driving uphill. These conditions require manual adjustments made by drivers using their best judgment.

Types of Cruise Control Systems

As mentioned earlier, there are several types of cruise control systems available, and each vehicle will have a different one installed:

1. Speed Limiter

This variant will cap the speed of your vehicle from 120 mph to 180 mph, discouraging reckless driving. Additional limiter settings can be added as an aftermarket feature.

2. Adaptive Cruise Control

As mentioned earlier, this variant uses your vehicle’s sensors to determine a safe distance from other cars sharing the road with you. It can automatically reduce or increase your speed depending on the relative distance of the vehicle in front of your car.

3. Semi-Autonomous System

Luxury car manufacturers such as Audi and Tesla introduced this type of cruise control system. It’s similar to adaptive systems but has added features such as steering assist and lane guidance.

Use Cruise Controls Wisely

Just like all advanced car features, cruise controls should be used appropriately. It should be disengaged when there’s traffic, poor road conditions, or when driving up and down hilly terrain. Maintaining your car’s systems to ensure optimal performance is also essential. At Berryman Products, we provide industrial-grade products to keep your vehicle in tip-top shape. Call today or fill out this form for inquiries and expert tips.

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HEST – “High Energy Solvent Technology,” a Berryman exclusive, incorporates the use of strong solvents, as opposed to weak carriers and diluents such as mineral spirits or kerosene. As a “tip of the cap” to our HEST technology, positive feedback regarding any of our products is affectionately referred to as a HESTimonial.

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What is HEST?

HEST – “High Energy Solvent Technology,” a Berryman exclusive, incorporates the use of strong solvents, as opposed to weak carriers and diluents such as mineral spirits or kerosene. As a “tip of the cap” to our HEST technology, positive feedback regarding any of our products is affectionately referred to as a HESTimonial.

View HESTimonials & Write Your Own

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