• Civic nameplate wins North American Car of the Year for a record 4th time
• New Civic hybrid honored for sporty design, class-leading safety performance, excellent driving dynamics and fun-to-drive personality
• Civic hybrid plays a key role in the Honda electrification strategy, expected to represent 40% of Civic sales this year

Detroit, Michigan, Jan 13, 2025 – (JCN Newswire) – The new Honda Civic hybrid, the electrified variant of America’s most popular compact car, has been honored with the prestigious 2025 North American Car of the Year™ award. It’s a record-setting fourth win for the Honda Civic, which has won more NACOTY honors than any other nameplate in the over 30-year history of the award.

The win also marks the second honor for the 11th-generation Civic and the seventh time a Honda vehicle has received a North American Car or Truck of the Year™ award – Honda Civic (2006, 2016, 2022 and 2025), Honda Ridgeline (2006 and 2017) and Honda Accord (2018).

“We are honored to have leading automotive journalists select the Honda Civic hybrid as the North American Car of the Year™,” said Jessika Laudermilk, assistant vice president of Honda Auto Sales. “Our fun-to-drive hybrid-electric models are a key part of our Honda electrification strategy, and sales of the new Civic hybrid will ultimately represent about 40% of Civic sales.”

The North American Car, Utility and Truck of the Year™ awards honor excellence in innovation, design, safety features, performance, technology, driver satisfaction and value. Initiated in 1994, vehicles are judged by 50 professional automotive journalists from the United States and Canada who work for independent magazines, television, radio, newspapers, and industry websites.

2025 Honda Civic Hybrid

Positioned at the top of the refreshed 2025 Honda Civic lineup, the new Civic hybrid, offered for the first time as either a sedan or hatchback, combines the fun-to-drive spirit of Civic with the award-winning Honda two-motor hybrid-electric system.

With a combined 200 horsepower and an impressive 232 lb.-ft. of torque, the new Civic Sport Hybrid and Sport Touring Hybrid are the most powerful non-Type R Civics ever. Featuring two large and powerful electric motors, the Honda two-motor hybrid system gives Civic hybrid quick, effortless acceleration with outstanding EPA fuel economy ratings – including a 50-mpg city rating for Civic Sedan Sport and Sport Touring hybrids1.

To further amplify the legendary fun-to-drive spirit and class-leading ride comfort of Civic, the ride and handling dynamics have been optimized with unique spring and damper tuning, and a special tire developed for Civic hybrid. Hybrid-electric trims also enjoy the highest levels of cabin quietness and ride comfort in the Civic lineup, with a robust noise reduction package that includes Active Noise Control on all hybrids, and wheel resonators on Sport Touring.

Civic is the longest-running Honda automotive nameplate and one of the top three best-selling passenger cars in America over the past 52 years2. Honda has sold over 15 million Civics in North America since 1973, and the 11th-generation Civic is an unparalleled success. Serving as the gateway to the Honda brand, it’s America’s most popular vehicle with not only Gen Z buyers, but also first-time new car buyers as well as multicultural customers3.

Honda Two-Motor Hybrid System

Honda is celebrating 25 years of hybrid sales in America. Honda began sales of the first-generation Honda Insight, America’s first mass-production hybrid-electric passenger vehicle, in December of 1999.

The new fourth-generation Honda two-motor hybrid system that powers Civic hybrid models maximizes efficiency without compromising dynamic performance or passenger and cargo space to deliver a sportier and more pleasant driving experience with exceptional fuel economy ratings.

Variants of the two-motor hybrid system are also available in the Honda Accord and CR-V and represent more than 50% of Accord and CR-V sales.

Praised for its power, efficiency and refinement by the editors at WardsAuto, the Honda two-motor hybrid system powering the 2025 Honda Civic Sedan and Hatchback received a “Wards 10 Best Engines & Propulsion Systems” award. This was the second year in a row the Honda hybrid-electric powertrain has received this prestigious honor.

Hybrid-electric System Made in Ohio

The new fourth-generation Honda two-motor hybrid-electric power unit is built* by associates at the Honda Transmission Plant in Ohio. It is paired with an all-new 2.0-liter Atkinson-cycle four-cylinder engine made at the Anna Engine Plant in Ohio. All major components in the engine have been redesigned and improved including the block, which now features stronger main bearing caps, cylinder head, crank, connecting rods and camshafts. These components are manufactured at the Anna Engine Plant for the first time, improving production efficiencies and increasing capacity.

Honda Civic Manufacturing

Honda has produced* nearly 12 million Civics in North America, including more than five million in the United States, accounting for more than a quarter of Honda vehicle production in the region since Honda began making cars in America in 1982. The 11th-generation Civic continues to build on that legacy with production* of the Civic Sedan in Alliston, Ontario, Canada, and Civic Hatchback at the company’s Greensburg, Indiana plant. Both plants produce Civic hybrid models.

*using domestic and globally-sourced parts

Learn more about the Honda Civic hybrid here.

About Honda

Honda offers a full line of clean, safe, fun and connected vehicles sold through more than 1,000 independent U.S. Honda dealers. The award-winning Honda lineup includes the Civic and Accord, along with the HR-V, CR-V, Passport, Prologue and Pilot sport utility vehicles, the Ridgeline pickup, and the Odyssey minivan. The Honda electrified vehicle lineup, representing more than a quarter of total sales in 2024, includes the all-electric Prologue SUV, hybrid-electric Accord, CR-V, and Civic, and Fuel-Cell-electric CR-V e:FCEV, with a hybrid Prelude set to join the lineup in late 2025.

Honda has been producing automobiles in America for over 40 years and currently operates 18 major manufacturing facilities in North America. In 2023, more than 99% of all Honda vehicles sold in the U.S. were made in North America, with about two-thirds made in America, using domestic and globally sourced parts.

More information about Honda is available in the Digital FactBook.

Source: Wards Intelligence cumulative U.S. light vehicle sales among passenger cars, 1974-2023CY.

(1) 2025 Civic Hybrid EPA fuel economy ratings (City/Highway/Combined): Sedan: 50/47/49; Hatchback: 50/45/48; Use for comparison purposes only; your mileage will vary depending on how you drive and maintain your vehicle, driving conditions, battery pack age/condition and other factors.
(2) Based on total sales data from WardsAuto and Sales Flash 1973-2024CYTD October
(3) Based on Strategic Vision’s New Vehicle Experience Study 2021-2023.

News URL: https://www.acnnewswire.com/press-release/english/95195/

URL: https://plus.google.com/110355594819754396833
Facebook : https://www.facebook.com/HondaJP
Twitter : https://twitter.com/HondaJP
Youtube : https://www.youtube.com/user/HondaJPPR
Linkedin : https://jp.linkedin.com/company/honda

Are you confused about when and how often to change the oil in your large gasoline engines? You’re not alone. As a car owner, it’s important to take care of your engine with regular oil changes.

Yet, with so many different opinions out there, it’s hard to know what’s best. Don’t worry. This guide will give you clear, expert advice based on facts.

We’ll look at the factors that affect how often you should change your oil and help you understand the best schedule. Get ready to improve your engine care routine- your car will thank you!

Understanding the Importance of Oil Changes

Oil serves as the lifeblood of your engine, lubricating vital components to minimize friction and heat. Over time, engine oil breaks down, loses its viscosity, and can become contaminated with dirt and debris. Changing the oil regularly will:

• Prevent engine wear and tear
• Enhance fuel efficiency

How Often Should You Change Oil?

For large gasoline engines, the frequency of oil changes can vary based on different factors, including engine type, usage, and the environment. While some experts recommend every 3,000 miles, many modern engines can push this limit further, often ranging from 5,000 to 7,500 miles or more.

Consider the following factors when determining your oil change frequency:

Manufacturer’s Recommendations

Manufacturer recommendations usually provide specific oil change intervals tailored to their engine design. Following these guidelines will not only ensure optimal performance but may also help maintain any warranties.

Type of Oil Used

Using synthetic oil can extend your oil change interval. Many synthetic oils are engineered to last longer and resist breakdown under high temperatures. In contrast, conventional oils might require more frequent changes. 

Driving Conditions

If your engines operate under heavy loads, in extreme temperatures, or in stop-and-go traffic, oil changes may be necessary sooner. In contrast, occasional long-distance driving on highways could allow for longer intervals. 

The Process of Changing Oil

When it’s time for an oil change, following a systematic approach is essential. Here’s a quick outline of the process:

Gather Your Supplies

You’ll need new oil, a new oil filter, and the appropriate tools. Be sure to consult your owner’s manual for the correct oil type and quantity.

Drain the Old Oil

Begin by warming up the engine slightly, allowing the oil to thin out for easier drainage. Then, using a drain pan, remove the drain plug and let the oil empty fully. This can take several minutes.

Replace the Oil Filter

Remove the old oil filter and apply some new oil to the rubber gasket on the new filter before installing it. This helps to create a good seal and prevents any leaks.

Add New Oil

Reinstall the drain plug and use a funnel to add the fresh oil. Use the dipstick to verify the oil level, making sure it falls within the specified range.

If you’re unsure when to perform a car oil change for your specific engine, consulting a professional can provide clarity. Remember, a little effort goes a long way in extending your engine’s lifespan and optimizing its performance.

Learn When to Change Oil for Large Gasoline Engines

Regular oil changes are crucial for maintaining the performance and lifespan of large gasoline engines. With the guidelines outlined in this definitive guide, you can ensure that your engine is always running at its best.

Don’t neglect this important seasonal maintenance task – schedule your next oil change today and keep your engine running smoothly for years. Don’t wait. Give your engine the care it deserves.

Like this article? Read more about these topics on our blog.

Zane Smith is making a noteworthy return to the racing world, bringing his skills back to Front Row Motorsports. This move is seen as a strategic alignment for both Smith and the team in the 2025 NASCAR season. Understanding the implications of this return offers insights into the dynamics of motorsports strategy.

For those following NASCAR, Zane Smith’s name is synonymous with youthful talent and ambition. Front Row Motorsports (FRM) fans and analysts want to see how this seasoned driver will impact the upcoming racing season. The 25-year-old Huntington Beach native has previously left a mark in the series, and his return is laden with expectations. This reunion signifies personal growth for Smith and hints at promising prospects for FRM. 

Zane Smith’s Racing Journey

Smith’s career in NASCAR has been marked by significant achievements, establishing him as a formidable contender on the track. His previous tenure with Front Row Motorsports showcased his potential and set the stage for future successes. During his time away from the team, Smith honed his skills, gaining invaluable experience and insights that he now brings back to the No. 38 Ford Mustang Dark Horse.

His growth during this period cannot be understated. As he navigated various racing circuits, Smith developed a deeper understanding of race dynamics and vehicle mechanics, which has enhanced his performance and strategy planning. His level of knowledge is likely equivalent to that of an electrical and computer engineering masters as he has truly engrossed himself in this aspect of racing.

This technical background he now has provides him with a unique edge, enabling him to better communicate with engineers and understand the intricacies of vehicle enhancements. It positions him well within a team increasingly reliant on technology to gain competitive advantages.

The Strategic Move

The decision for Smith to return to Front Row Motorsports is not merely about rekindling past associations – it’s a calculated step that aligns with both personal ambitions and team objectives. By rejoining Front Row Motorsports, Smith aims to leverage his expanded skill set while aligning with a team eager to elevate its performance.

This strategic move comes at a critical juncture as both Smith and FRM seek a harmonious blend of experience and innovation to tackle the challenges of the 2025 season. The synergy between driver expertise and engineering prowess is expected to enhance race outcomes significantly.

Moreover, this alignment reflects an overarching trend in motorsports where teams prioritize technological integration as part of their core strategy. The ability to utilize advanced engineering solutions is becoming increasingly crucial in crafting winning formulas on the track.

Technological Advancements in Motorsports

In today’s NASCAR landscape, technology plays an indispensable role in shaping race strategies and outcomes. From aerodynamics to data analytics, every aspect of racing is influenced by technological advancements that provide teams with competitive edges.

For instance, utilizing cutting-edge simulation tools allows teams to test various scenarios without physical trials, saving time and resources while optimizing performance strategies. Similarly, innovations in materials science contribute to building lighter yet sturdier vehicles that can withstand the rigors of high-speed racing.

FRM recognizes these trends and invests in integrating such technologies into its operations. Doing so ensures they remain at the forefront of competitive racing while adapting swiftly to evolving technological landscapes.

The Role of Engineering in Racing Success

Engineering disciplines such as electrical and computer engineering are pivotal in developing technologies that propel motorsports teams toward success. These fields significantly enhance vehicle efficiency, improve safety measures, and optimize race strategies through data-driven insights.

Electrical engineering plays a crucial role in sports car racing, where performance is paramount. Advanced electrical systems control crucial components such as engine management, telemetry, and aerodynamics – ensuring optimal performance on the track. Real-time data from sensors monitors tire pressure, fuel levels, and temperature, allowing teams to make quick adjustments. Hybrid powertrains, utilizing both traditional engines and electric motors, rely on sophisticated electrical systems for energy regeneration and distribution. Additionally, cutting-edge communication and GPS technologies enable seamless coordination between drivers and pit crews.

Future Prospects for Front Row Motorsports

With enhanced capabilities stemming from technological integrations coupled with seasoned driving expertise embodied by Smith himself – expectations run high regarding potential outcomes from this collaboration.

FRM aims not just for immediate gains but strives towards establishing itself as one of the top-tier contenders within competitive circuits – an ambition fueled by strategic investments into human resources alongside technological advancements, ensuring sustained growth over timeframes extending beyond current projections alone!

Smith’s return to Front Row Motorsports for the 2025 NASCAR season marks a significant step for the driver and the team. With Smith’s refined skills and the team’s commitment to technological innovation, this collaboration promises to elevate their performance on the track. As both parties work together, the future looks bright, setting the stage for potential successes in the seasons ahead.

When it comes to selling your used car, one of the most critical decisions is setting the right price. Price it too high, and you risk scaring off potential buyers; price it too low, and you leave money on the table. Striking the right balance ensures that you attract interested buyers while still getting a fair value for your vehicle. If you’re wondering, “How can I sell my car fast and still get a great price?” the answer lies in research, preparation, and strategy.

Here’s how you can determine the best price for your car and maximize your chances of a successful sale.

1. Research the Market

Before listing your car, it’s essential to understand what similar vehicles are selling for in your area. This research helps you gauge the market value of your car and ensures you’re not setting an unrealistic price.

Steps to Research the Market:

• Check online listings: Browse platforms like Autotrader, Carsales, or Gumtree to see what cars similar to yours are being advertised for. Focus on vehicles with the same make, model, year, mileage, and condition.
• Use pricing tools: Websites like Kelley Blue Book, Edmunds, or RedBook offer pricing calculators that provide a suggested range based on your car’s details.
• Consider local demand: Prices can vary depending on your location. For example, a small fuel-efficient car may command a higher price in urban areas, while SUVs may be more in demand in rural regions.

Having a clear picture of the market ensures that your price is competitive and appealing to buyers.

2. Assess Your Car’s Condition

Your car’s condition plays a significant role in determining its value. Buyers are willing to pay a premium for a vehicle that’s well-maintained and visually appealing. Conversely, a car with visible wear and tear or mechanical issues will fetch a lower price.

Factors to Evaluate:

• Exterior: Look for dents, scratches, or rust that could detract from the car’s value.
• Interior: Check for stains, tears in the upholstery, or any lingering odors.
• Mechanical condition: Ensure the engine runs smoothly and that brakes, tires, and other essential components are in good shape.
• Maintenance history: A car with a documented history of regular servicing is more attractive to buyers and can justify a higher price.

Be honest about your car’s condition when pricing it. Overstating its value may lead to frustrated buyers, while underestimating it could result in a financial loss.

3. Factor in Depreciation

Depreciation is an unavoidable part of owning a car. On average, a new vehicle loses 20–30% of its value within the first year and continues to depreciate at a slower rate in subsequent years. Understanding how depreciation affects your car’s value is crucial when setting a fair price.

Key Depreciation Considerations:

• Age: Older vehicles generally have lower resale values, but classic or rare cars may retain or increase in value.
• Mileage: Higher mileage often translates to greater wear and tear, reducing the car’s value.
• Brand reputation: Some brands, like Toyota or Honda, are known for reliability and retain value better than others.

While you can’t control depreciation, accounting for it ensures that your price aligns with buyer expectations.

4. Highlight Added Value

If your car comes with extras or upgrades, these can help you justify a higher price. Highlighting these features in your listing can set your car apart from similar options on the market.

Features That Add Value:

• Recent upgrades: New tires, a recently replaced battery, or upgraded technology like a navigation system can make your car more appealing.
• Warranty: If your car is still under warranty, mention it. This can provide peace of mind for buyers.
• Accessories: Include extras like roof racks, custom floor mats, or a tow bar that may enhance the car’s functionality.

Make sure to mention these value-adding features in your listing to attract buyers who are willing to pay a premium.

5. Set a Competitive Asking Price

Once you’ve gathered all the necessary information, it’s time to set your asking price. This step requires balancing the value you want with what buyers are willing to pay.

Tips for Setting the Price:

• Start slightly higher: Buyers often negotiate, so pricing your car 5–10% above your target price leaves room for bargaining while still ensuring you meet your bottom line.
• Use round numbers strategically: While $10,000 looks clean, $9,995 can psychologically appear more affordable.
• Be flexible: If you’re not getting inquiries, consider lowering the price slightly to increase interest.

A well-thought-out asking price shows you’ve done your research and are serious about selling your car.

Final Preparations:

Before listing your car for sale, ensure it’s clean, presentable, and mechanically sound. A vehicle that looks and runs well is more likely to command the price you’re asking. Combine this with an attractive listing, complete with detailed descriptions and high-quality photos, to catch the attention of potential buyers.

By following these steps, you’ll not only attract serious buyers but also maximize your car’s resale value. Setting the right price is about understanding the market, being honest about your car’s condition, and emphasizing its unique features. With a little effort, you can sell your car quickly while still getting the value you deserve.

Types of Electric Motors for Electric Bikes

Before you buy an electric bike, one of the most important things you’ll have to do is choose an electric motor. E-bikes are becoming more and more popular, so it’s helpful to know about the different kinds of motors that are out there. Different types of motors have different features, pros, and cons. By learning about these differences, you can pick the motor that fits your ride style and needs the best. There’s an electric motor for everyone, whether you want to use your e-bike for commuting, off-road activities, or just riding for fun.

Hub Motors: Compact and Powerful Electric Bike Motors

Electric bikes often use hub motors because they are easy to set up and work well. There is a motor built right into the hub of either the front or rear wheel. The motor spins the wheel, which moves the bike forward, when power is given. Because there is no need for complicated gearing or chains with this direct drive system, hub motors are a safe and low-maintenance choice.

The Advantages of Hub Motors

High Torque at Low Speeds

One great thing about hub motors is that they can make a lot of power even when they’re moving slowly. Their ability to do this makes them perfect for riders who often have to deal with stop-and-go traffic or need to speed up quickly from a stop. There is instant power delivery, which makes riding smooth and responsive, especially in cities.

Compact and Lightweight Design

Another good thing about hub motors is that they are small and light. With the motor built right into the wheel hub, makers can make e-bikes that look very sleek and modern. This design also helps the bike stay light, which makes it easy to move around and carry when needed.

Potential Drawbacks to Consider

Increased Mechanical Wear

Hub motors can put more stress on the wheel and its parts than other types of motors because they have a straight drive system. Over time, this extra wear on the parts may make upkeep problems more likely. These problems can be lessened with regular checks and good care, but it’s important to know that you might need to do more work.

Noise Levels

Some hub motors, especially those that don’t have gears, can make more noise than other types of e-bike motors. You might be able to hear the humming or whirring sound, especially when the motor is running fast or under a lot of stress. This isn’t a big deal for most riders, but it is something to think about if you want a quiet ride.

Ideal Applications for Hub Motors

Excelling in Urban Commuting

Hub motors shine in urban commuting scenarios. Their compact size and powerful performance make them perfect for navigating busy city streets, conquering short hills, and handling frequent starts and stops. Commuters who value simplicity and reliability often find hub motors to be an excellent fit for their daily rides.

Enhancing Folding Bikes and Smaller E-Bikes

The space-saving design of hub motors makes them an ideal choice for folding bikes and smaller e-bikes. By keeping the motor contained within the wheel hub, manufacturers can create compact and portable e-bikes that are easy to store and transport. This combination of convenience and electric assistance has made hub motor-equipped folding bikes increasingly popular among urban dwellers and travelers.

Direct Drive Hub Motors: Simple, Durable, and Regenerative Braking Enabled

How Direct Drive Hub Motors Work

One type of hub motor that stands out for its simplicity is the direct drive hub motor. They don’t have any gears inside like geared hub motors do. Since there is a straight link between the motor and the wheel, both spin at the same speed. Direct drive motors are strong and last a long time because they have a simple design.

Advantages of Direct Drive Hub Motors

Durability and Low Maintenance

Since direct drive hub motors don’t have as many moving parts, they last longer and need less upkeep. Since these motors don’t have any gears that need to be replaced or worn out, they can last a long time and work reliably. You can choose them if you want a motor that doesn’t need a lot of maintenance.

Smooth Power Delivery

Because they are so simple, direct drive hub motors give off power that is smooth and steady. Since the motor and wheel are directly connected, there is no need for a complicated gearing system. This makes the ride smooth and fast. You can really feel this smooth power when you’re going at a steady speed or on flat ground.

Drawbacks to Keep in Mind

Heavier Construction Compared to Geared Hub Motors

Direct drive hub motors are usually heavier than geared hub motors because they have larger magnets and a more robust construction. This extra weight can affect how the e-bike handles and accelerates, especially compared to lighter motors. However, the added weight is less noticeable when riding on flat ground or at a steady pace.

Reduced Efficiency on Steep Hills

While direct drive hub motors work well on flat and slightly hilly terrain, they may not be as efficient on steep hills. Without gears, the motor has to work harder to overcome the pull of gravity, which can use more power and make the bike climb slower. Riders who often encounter steep hills might want to consider other motor options or e-bikes with lower gear ratios.

Good Uses for Direct Drive Hub Motors

Commuting Distances Over 10 Miles

The durability and low maintenance needs of direct drive hub motors make them a great option for commuting distances over 10 miles (16 km) one way. Riders who cover such distances daily will appreciate the motor’s reliability and the confidence that comes with having fewer parts that can break down. The smooth and consistent power also makes for a comfortable ride, even on longer commutes.

Riding on Mostly Flat Ground

Direct drive hub motors are especially well-suited for riding on mostly flat terrain. In these conditions, the motor is very efficient, providing smooth and consistent power without the need for complex gearing. Riders who mainly travel on flat city streets or gentle country roads will find direct drive hub motors to be a reliable and efficient choice for their e-bike.

Mid-Drive Motors: Balanced and Efficient for Challenging Terrain

How Mid-Drive Motors Work

Mid-drive motors, also called center-drive or crank-drive motors, are located in the middle of the e-bike, usually near the bottom bracket. Unlike hub motors, mid-drive motors use the bike’s chain and gears to transfer power to the rear wheel. This location lets the motor use the bike’s gears, which makes the ride more efficient and adaptable.

Advantages of Mid-Drive Motors

Better Balance and Handling

One of the main benefits of mid-drive motors is that they distribute weight more evenly. By putting the motor near the center of the bike, the weight is balanced between the front and rear wheels. This improves the overall stability and handling of the e-bike, making it easier to control, especially on uneven surfaces or tight turns.

Better Climbing Performance

Mid-drive motors are great for situations that need extra torque, like climbing steep hills or riding on rough terrain. By using the bike’s gears, mid-drive motors can optimize power based on what the rider needs. When climbing, the rider can shift to a lower gear, letting the motor spin faster and generate more torque. This efficient use of gearing makes mid-drive motors a good choice for challenging climbs.

Potential Drawbacks of Mid-Drive Motors

Higher Cost and Complexity

One potential drawback of mid-drive motors is that they cost more than hub motors. The complex installation process, which often requires specific frame designs and compatible parts, adds to the cost. Additionally, mid-drive motors usually need more maintenance because they put more strain on the drivetrain parts, like the chain, cassette, and derailleur.

More Drivetrain Wear

Since mid-drive motors use the bike’s drivetrain to transfer power, they can put more stress on these parts. The extra torque and power on the chain and gears can cause them to wear out faster, especially if the rider often uses high assist levels or rides in challenging conditions. Regular maintenance, like keeping the chain lubricated and replacing it when needed, may be necessary to keep the drivetrain in good shape.

Ideal Uses for Mid-Drive Motors

Mountain Biking and Off-Road Adventures

Mid-drive motors are a popular choice for mountain bikers and off-road riders. The better balance and efficient power delivery make them well-suited for navigating tough trails, climbing steep hills, and keeping traction on loose or uneven surfaces. The ability to adjust power output through gearing lets riders tackle a wide range of terrain with confidence and control.

Routes with Big Elevation Changes

For riders who often encounter routes with big elevation changes, mid-drive motors offer a clear advantage. The efficient use of gearing ratios lets the motor adapt to the changing terrain, providing the right amount of power and torque when needed. Whether climbing long, steep hills or navigating up-and-down terrain, mid-drive motors help riders maintain a steady and comfortable pace throughout the ride.

Friction Drive Motors: Simple and Easy to Install

How Friction Drive Motors Work

Friction drive motors are a unique type of e-bike motor that uses friction to move the bike. A small motor is attached to the frame, and a roller presses against the tire. When the motor turns, the roller spins the tire, pushing the bike forward. This simple design makes friction drive motors easy to install and maintain.

Pros and Cons of Friction Drive Motors

Pro: Simplicity and Easy Installation

The main benefit of friction drive motors is their simplicity. They are easy to install and can be put on most bikes, making them a good choice for people who want to turn a regular bike into an e-bike. The installation process doesn’t need any complex changes to the frame or drivetrain, which saves time and money.

Con: Lower Efficiency and Limited Range

One downside of friction drive motors is that they are less efficient than other types of e-bike motors. Some energy is lost because of the friction between the roller and the tire, which can reduce the overall range of the e-bike. Friction drive motors are best for short distances and may not be ideal for longer rides or commutes.

Specific Uses for Friction Drive Motors

Easy Retrofitting of Existing Bikes

Friction drive motors are a good option for people who want to convert their current bike into an e-bike. The simple installation process makes it easy to add electric assist to most bikes, without needing major modifications or expensive parts. This makes friction drive motors a cost-effective solution for those who want to try an e-bike without buying a brand-new one.

Temporary or Occasional Electric Assist

For riders who only need electric assist sometimes or for short trips, friction drive motors can be a convenient choice. They can be easily attached or removed as needed, providing flexibility for riders who don’t need constant electric support. This makes them suitable for people who want a boost when carrying heavy loads, going up short hills, or dealing with occasional headwinds.

Shaft Drive Motors: Low Maintenance and Clean Look

How Shaft Drive Motors Work

Shaft drive motors are a less common type of e-bike motor that uses a shaft instead of a chain to transfer power from the motor to the rear wheel. The motor is usually mounted near the bottom bracket, and a shaft connects it to a gearbox near the rear wheel. This design eliminates the need for an exposed chain, giving the e-bike a clean and streamlined look.

Advantages of Shaft Drive Motors

Low Maintenance Requirements

One of the main benefits of shaft drive motors is that they don’t need much maintenance. Since there is no exposed chain, there’s no need to worry about lubricating, adjusting, or replacing the chain. The enclosed shaft system is protected from dirt, debris, and weather, which reduces wear and tear on the parts. This makes shaft drive motors a good choice for riders who want an e-bike that’s easy to maintain.

Clean and Streamlined Look

Another advantage of shaft drive motors is their clean and streamlined appearance. Without an exposed chain, the e-bike looks sleek and modern. This can be appealing for riders who care about looks or want a bike that’s easy to keep clean. The lack of an exposed chain also means there’s no risk of clothing or loose items getting caught, which can be a plus for commuters or casual riders.

Disadvantages of Shaft Drive Motors

Limited Availability and Higher Cost

One possible problem with shaft drive motors is that you don’t see them as often in e-bikes. It might be harder to find a bike that has this technology because they are not as common as hub motors or mid-drive motors. Shaft drive motors may also cost more than other types of motors because their design and parts are more complex.

More Complex Repairs and Replacements

Getting a shaft drive motor fixed or replaced can be harder than getting other types of motors fixed or replaced. Because it is sealed and has special parts, it may need special tools and knowledge to be fixed, which can make it harder and cost more. Because shaft drive motors are not as popular, it may also be harder to find replacement parts.

Suitable Uses for Shaft Drive Motors

Custom-Built E-Bikes

Custom-built e-bikes often have shaft drive motors because the frame and other parts are made to fit this type of motor. This lets the shaft drive system fit in best, making sure that power is transferred smoothly and effectively. Builders may choose shaft drive motors because they look clean and don’t need much upkeep.

High-End Urban and Leisure E-Bikes

Shaft drive motors are sometimes found in high-end e-bikes for city and leisure use, where style, comfort, and low upkeep are important. These bikes are made for people who want to ride without a lot of trouble, like not having to clean or fix their chains all the time. The sleek lines and modern look of shaft drive motors can also go well with the design of these high-end e-bikes.

Find Your Ideal E-Bike Motor!

Getting the right electric bike motor is important if you want to enjoy your rides. Pick a motor that fits your needs based on where and how you plan to use your e-bike. Hub motors are easy to use and durable, but mid-drive motors are more stable and have more climbing power. Shaft drive motors don’t need much upkeep, while friction drive motors are simple to set up. You can choose the best motor for your e-biking experiences if you know the pros and cons of each type. Don’t be afraid to ask other e-bike riders or pros for help if you need it.

Few experiences are as stressful as your car breaking down, especially when it happens unexpectedly. Whether it’s on a busy highway or a quiet country road, the initial moments can feel overwhelming. What you do in these first critical moments can significantly impact your safety and the resolution of the problem. 

This step-by-step guide will help you navigate the situation calmly and efficiently to get back on the road with minimal hassle.

1. Find a Safe Spot to Pull Over

The first thing to do when your car starts acting up is to pull over to a safe location. Look for a flat and stable area, like the shoulder of the road, away from traffic lanes. If you’re on a busy highway, signal your intentions immediately and gradually slow down to avoid startling other drivers. Turn on your hazard lights to increase your visibility as you maneuver to the side.

This initial step not only protects you but also prevents your vehicle from becoming a hazard to others.

2. Handle Minor Repairs Only If You Can

If you’re confident in identifying the problem and it’s something minor, like changing a flat tire, you can attempt the repair. However, only do this if you’re in a safe location, such as a flat area far from traffic. Use the tools from your car’s emergency kit, like a jack and lug wrench, and follow the vehicle’s manual for proper guidance.

If your car is beyond a quick fix, arranging for a tow truck is the safest option. Whether it’s a non-starting engine, leaking fluids, or grinding noises, these issues often require professional attention. Before you call, it’s helpful to research towing costs to avoid surprises. For example, looking up cost to tow car 10 miles can help you estimate the price of the service

When choosing a tow service, verify their credentials and ask about pricing, destination options, and estimated arrival times. If possible, have your vehicle towed to a trusted repair shop or a location where it can be fixed promptly.

3. Turn on Your Hazard Lights Right Away

Hazard lights are a simple yet effective way to alert other drivers that you’re experiencing trouble. As soon as you notice your car breaking down, switch them on to signal that you’re slowing down or stationary. This increases your visibility and reduces the risk of a collision.
Hazard lights are particularly important in low-visibility conditions, such as rain, fog, or nighttime driving. If your car is partially obstructing traffic, the flashing lights act as a warning to approaching vehicles, giving them time to adjust their speed or change lanes.

4. Use Warning Devices for Extra Safety

In addition to hazard lights, setting up warning devices like reflective triangles or flares can further enhance your safety. If you have these items in your emergency kit, place them at least 50 feet behind your vehicle. For highways or areas with faster-moving traffic, increase the distance to 100 feet or more.

This creates a buffer zone, giving other drivers plenty of time to notice your car and adjust their course. Make sure to position the devices on the same side of the road as your vehicle. If it’s dark or visibility is poor, reflective triangles can be lifesaving by catching the light from approaching headlights.

5. Notify a Trusted Contact About Your Situation

Once you’ve taken steps to secure your vehicle and contacted roadside assistance, reach out to someone you trust. Let them know where you are and what has happened. Share your exact location using your phone’s GPS or nearby landmarks to help them track your whereabouts. This can be especially important if you’re in a remote or unfamiliar area.

Having someone aware of your situation provides an extra layer of safety and support. They may offer helpful advice, assist in coordinating roadside help, or even come to your aid if they’re nearby. Avoid sharing too many details about your breakdown with strangers, as it’s safer to limit personal information to those you trust.

6. Stay Alert and Prioritize Your Safety

While waiting for help, remain vigilant about your surroundings. Lock your doors and keep your windows up, especially if you’re in an isolated or high-traffic area. Avoid leaving your vehicle unless it’s absolutely necessary and only do so when it is safe.

If someone offers help, thank them but let them know that assistance is already on the way. This minimizes the risk of engaging with untrustworthy individuals. Use your time to stay updated with the roadside service provider or notify local authorities if your situation feels unsafe or prolonged.

7. Avoid Common Mistakes During a Breakdown

When your car breaks down, it’s easy to make decisions in haste that could worsen the situation. Avoid leaving your vehicle unattended, especially on busy roads, as this increases the risk of theft or accidents. Refrain from accepting help from unverified individuals—always wait for professional roadside assistance or someone you trust. Attempting complicated repairs without proper tools or knowledge can also create more damage to your car or put your safety at risk. Lastly, don’t forget to use hazard lights or warning devices, as neglecting these can make your vehicle less visible to other drivers, increasing the likelihood of an accident.

8. Learn How to Prevent Future Breakdowns

Once your current situation is resolved, take steps to minimize the chances of future breakdowns. Regular vehicle maintenance is crucial, including timely oil changes, tire inspections, and battery checks. Create a habit of inspecting your car before long trips, looking for signs like low tire pressure or fluid leaks.

Equipping your car with an emergency kit, including jumper cables, a flashlight, and reflective devices, can also make future breakdowns easier to handle. Consider joining a roadside assistance program if you don’t already have one, as it provides a reliable safety net.

A car breakdown can feel like an unwelcome disruption, but having a clear plan can turn a stressful event into a manageable one. By pulling over safely, staying calm, and following practical steps like contacting roadside assistance and staying alert, you ensure your safety and expedite the resolution of the issue. Preparing your vehicle with regular maintenance and emergency supplies can further protect you from similar incidents in the future. With these tips in mind, you’ll be equipped to handle any breakdown confidently and efficiently.

On the market for a DPF delete system, there’s a lot to consider. Better performance or more reliability and reduced backpressure-reliability and performance go hand in hand. Let’s break it down!

What is a DPF Delete?

DPF delete refers to the removal of the diesel particulate filter from your truck’s exhaust system. The DPF is designed to filter out harmful soot and particulates from the engine’s exhaust gases, but over time, it can become clogged, causing backpressure and reducing engine performance.

When you opt for a DPF delete, you are basically removing that restrictive filter to improve exhaust flow and let your engine breathe easier. The system is normally done by removing the DPF and often replaced with a straight pipe or aftermarket component that maximizes the efficiency of the exhaust.

Benefits? Better airflow, increased horsepower, and better turbo response. With a DPF delete, your truck can run more efficiently and give you more power and better throttle response. Note, however, that this modification can void warranties and may or may not be legal in all areas due to emissions regulations.

By entering your truck’s year, make, and model on dynovoxparts.com, you will be presented with DPF delete options for your vehicle to guarantee the right fit for optimal performance.

The type of DPF delete system selected depends upon your goals, whether improving engine performance, enhancing fuel efficiency, or simply eliminating the restrictive factory filter to cruise smoother and more powerful.

5″ DPF Delete Race Pipe for 2019-2022 Ram 2500/3500 6.7L Cummins

Why Do You Need a DPF Delete?

Looking to improve your diesel truck in terms of performance and efficiency? Well, probably one of the best modifications is a DPF delete. Here’s why:

Increased Power and Efficiency: DPF delete removes this restrictive diesel particulate filter that causes back pressure to occur, restricting the flow of exhaust. By eliminating this restrictive element in the system, exhaust gases can exit much more freely, thereby taking pressure off your engine for noticeable increases in horsepower, torque, and overall engine efficiency.

Improved Throttle Response: Without the DPF, your engine will spool quicker and respond faster to throttle input. This means improved acceleration and a more enjoyable drive, especially for those trucks running larger turbos or other performance modifications.

Improved Economy: With less back pressure and better flow, many diesel owners report improved fuel economy, particularly on the highway and during long hauls where your engine doesn’t have to work as hard to move exhaust gases through the system.

Durability and Performance: A DPF delete system, often made from high-quality stainless steel or aluminized steel, is built to last longer and perform better than stock filters. It not only improves engine performance but also prevents common issues like clogging, which can cause costly repairs down the road.

Is a DPF Delete Worth It?

Pros:

Improved Power: With reduced exhaust restriction, you’ll feel a noticeable boost in horsepower and torque.

Better Efficiency: The enhanced flow can improve fuel economy over time.

Faster Turbo Response: Your turbo will spool faster, delivering more power at lower RPMs.

Reduced Maintenance Costs: By eliminating clogging issues, you’ll save on maintenance costs related to a failing DPF.

Cons:

Legality: DPF delete systems are not street legal in all areas due to emissions regulations, so be sure to check local laws before upgrading.

Potential Warranty Void: Removing the DPF may void your truck’s warranty.

Required Tuning: For your DPF delete to perform optimally, proper tuning is a must for smooth and effective engine running.

Is It Worth It? The DPF delete makes for a very excellent option should one want to squeeze increased power and efficiency out of one’s diesel truck. Easy but effective, it gets the truck breathing easier and hauling better while saving owners big money in maintenance later down the line. All too often, though, there are times that the legality needs consideration and, of course, tuning-along with this modification.

It doesn’t matter if you have a family car or a company van because both of these things need to be protected at all costs. Buying a vehicle is not a cheap proposition nowadays and it’s likely to be the second biggest purchase that you will make in your lifetime. The hope is that you can drive the car trouble-free and then someday, you can sell it on and upgrade to a newer model. In order to get the best price possible, the car needs to be in great shape and that includes the interior as well.

This is why you need to think about investing in a sunshade for car because this is an item that will help to protect the inside of your vehicle especially on hot and sunny days. It is such an easy application and can be installed in seconds, yet provides you with many hours of protection. This is just one way to protect the interior of your car here in Australia and the following are some others.

• Buy some seat covers – The seats in your vehicle have to put up with a lot every single day with people jumping in and out of the vehicle. They bring in dirt on their clothes and the fabric on your seats gets damaged by UV rays every single day. It makes sense to purchase seat covers that can protect what is beneath them and so when the time comes to sell your car, you can take them off and the seats will look brand-new.
• Vacuum your carpets – Once again, we carry a lot of dirt and other things into the vehicle on our feet and so it pays to wheel out the vacuum cleaner at least once a week to give the inside of your car a good clean. A standard domestic vacuum cleaner will be more than good enough and it shouldn’t take any longer than 30 minutes to clean the inside of the car from top to bottom. Make sure that you get right in there between the seats and under them as well.
• Pay for a detail now and again – Getting the whole inside of your car cleaned by the professionals is something that is highly recommended. This is something that you should try to do at least once a year and this will help to protect the value of your vehicle. The work involves shampooing the carpets, the inside of the roof, the seats and the side panels on your doors as well. If you want that new car smell once more then this is the way to get it on a more regular basis.

These are just some ways to protect the interior of your car and there are numerous more. Be sure to invest in some rubber floor mats and it doesn’t hurt to have some air fresheners in there as well. Get your car waxed now and again but make sure that you buy your sun shades first.

Lovers of automobiles, brace yourselves for some awesome experience! Long awaited finally, Porsche teased out the new 2025 Porsche 911 992.2 Carrera GT3, which is as ravishing as expected. 911 model was launched in 1963. Porsche has always produced vehicles with great performance and stylish bodylines, and in this new model, it is the same. Now let’s talk about what makes this specific 911 so thrilling and why we are eagerly waiting to see the seconds pass until it is released.

The Exterior: A perfect blend of excellence in the designing and styling as well as functioning of racing cars.

Just by having a look of the car you cannot fail to notice the 2025 Porsche 911 992.2 Carrera GT3 aerodynamics. The iconic front lip in the car appropriately seals the deal on the car’s ground control and the stunning spoiler just adds to it by showcasing the element of the raw force of the car. The rear wing from the motorsports is articulated under the long tailwing providing more aerodynamic downforce for the higher speed and the more aggressive stance of the 911. The outcome is an object of sheer beauty and utility that will give peoples’ heads a twist on any road.

The Interior: Praising Luxury and Performance

As if the exterior of the 2025 Porsche 911 992.2 Carrera GT3 is not impressive enough, the interior will take your breath away. They both connect with the interior design of GT3 but, at the same time, add more sophisticated elements that make the drifting better overall. Some of the stitches and colours of this Porsche, not forgetting the noble materials used in the interior of this car are truly artistic. It also offers the driver a comfortable position in the driver’s seat that enables him or her to tap on the engine power to give the ride an exciting one.

The Performance: A Powerhouse on the Road

The third-generation Carrera GT3 is powered by a 3.8-litre, six-cylinder engine that gives an estimated 500 horsepower for the 2025 Porsche 911 992.2 Carrera GT3 . The lightweight construction and an enhanced Application of Material Intelligence guarantee that this power is effectively transmitted to the wheels hence making acceleration and handling phenomenal. For those keen enthusiasts who love tracking their car, the Carrera GT3 will provide maximum performance for each and every twist and turn at the race track.

The 2025 Porsche 911 992.2 Carrera GT3: A Heartfelt Opinion

As someone who has been a staunch follower of Porsche cars for a long time now, let me state that the 2025 Porsche 911 992.2 Carrera GT3 is one of the best cars the company has put through to the market. One can clearly deduce that this car represents Porsche’s passion for performance, quality, and style excellence, which has been sewn into this car for racing track and roads. Having spent a good number of hours with many different Porsches, I stand before you today, a confirmed 992.2 Carrera GT3 believer.

In conclusion, the launch of the new 2025 Porsche 911 992.2 Carrera GT3 is a big deal to many Porsche lovers and proof of how well Porsche enhances a tradition that is already considered great. It has a release date in mid-2025 from what AutoMotorblog says. The exterior, interior, as well as technical performance of the car are worthy representatives of the 992.2 generation, so you’ll definitely leave a lasting impression for those who could get behind the wheel of the Carrera GT3. So, pick up your key and gear yourself up as a touchstone of automobile innovation.