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Best SUV Gas Mileage: Most Efficient of 2024

Jay Altman — Wed, 12 Jun 2024 06:57:18 +0000

Fuel efficiency is becoming more important to drivers as they look for the best SUV gas millage. Finding an vehicle that delivers great economy without sacrificing style is paramount. Lucky for us, the car market has upped their game. These days the car industry is offering a wide variety of SUVs that can get impressive fuel economy and also provide the space and versatility you’d expect. And whether you are looking for traditional hybrids, plug-in hybrids, or fully electric models, there is something on the lot to suit every lifestyle and all of your driving needs.

However, when evaluating the best gas mileage SUVs, it involves looking beyond just the efficiency ratings. It also includes considering their driving performance, design, and practical features you desire. Market trends indicate a growing consumer preference for SUVs offering a balance between fuel economy, environmental impact, and the functional benefits that popularized SUVs in the first place. These vehicles are not just economically beneficial in the long run, but most of the time come with advancements in technology and comfort that make them a sensible choice, desirable for the modern driver.

Key Takeaways

Evaluating fuel-efficient SUVs requires examining efficiency, performance, and features.
Market trends show a preference for economical and environmentally friendly SUVs.
The latest SUVs blend fuel economy with advanced technology and comfort.

Understanding SUV Fuel Economy

Fuel economy in SUVs has become a pivotal factor for consumers, and the EPA estimates serve as a crucial guideline for understanding the efficiency of these vehicles as we advance through 2023 and into 2024.

The Importance of Fuel Efficiency in 2023 and 2024 SUVs

Fuel efficiency is a pretty big deal for SUV buyers these days. With gas prices all over the place and more people caring about the environment, it makes sense. In 2024, finding an SUV that’s great on gas can save you a ton of money. Plus, it’s better for the planet. Car companies are paying attention, too. They’re rolling out SUVs that not only meet fuel economy standards but sometimes even blow them out of the water.

How EPA Estimates and MPG Relate to SUVs

The EPA, you know, the people who give us those miles per gallon (MPG) estimates, help show how much gas a vehicle uses. It’s useful because it tells you roughly how far you can go on a gallon of fuel under specific test conditions. But, let’s be real—your actual mileage might vary. Things like how you drive, how well you keep up with maintenance, and other factors can affect it. Still, the higher the MPG, the better. It means fewer stops at the pump, and over time, more cash staying in your pocket.

Types of Fuel-Efficient SUVs

Hybrid SUVs Explained

Hybrid SUVs merge an internal combustion engine with an electric motor, creating a hybrid powertrain that significantly improves fuel efficiency compared to conventional engines. The electric motor assists during acceleration, which is when the most fuel is typically used, thereby reducing overall fuel consumption. Noteworthy examples of fuel-efficient hybrids include models like the 2024 Lexus UX Hybrid, known for its impressive mileage in urban settings.

The Rise of Plug-in Hybrid SUVs

Plug-in Hybrid SUVs (PHEVs) take efficiency a step further by allowing drivers to recharge their batteries via an external power source. This enables PHEVs to drive significant distances using only electric power before transitioning to the hybrid system. The PHEVs provide a versatile driving experience while also reducing reliance on fuel, as seen in the 2024 Kia Sorento Plug-In Hybrid, which boasts substantial all-electric range.

All-Electric SUV Alternatives

All-Electric SUVs, or EVs, eliminate the internal combustion engine entirely, operating solely on electric power derived from an onboard battery pack. These vehicles are the most effective in minimizing carbon footprints and completely removing fuel costs. The EV market includes a variety of crossover options that combine the spaciousness of SUVs with the zero-emission benefits of electric cars, paving the way for a cleaner future in personal transportation.

Top Picks for Best Gas Mileage SUVs

Seeking out SUVs with the best gas mileage allows for a reduction in fuel costs while still enjoying the versatility and space that SUVs offer. This section outlines standout models known for exceptional fuel efficiency.

SUV Models with Notable Gas Mileage

Several SUV models are leading the pack when it comes to fuel economy. Among them, the Toyota RAV4 and the Hyundai Tucson Hybrid boast impressive mileage. Toyota consistently performs well in efficiency, with the RAV4 recognized for its robust hybrid system.

Meanwhile, the Hyundai Tucson Hybrid pairs a 1.6-liter engine with an electric motor, delivering both power and efficiency. The Nissan Kicks is another contender with its economical non-hybrid powertrain, offering good fuel economy at a more affordable price point.

2024 Models with Impressive Fuel Economy

With every new model year, manufacturers strive to improve efficiency. The 2024 Kia Sportage Hybrid and the 2024 Toyota RAV4 Hybrid are expected to be amongst the top choices for those who prioritize fuel economy in their vehicle selection. The 2024 models of the Hyundai Tucson Hybrid and the Honda CR-V Hybrid are also expected to continue their legacy of being fuel-efficient options in their segment.

Luxury Hybrid and Electric SUVs

When it comes to luxury SUVs that don’t compromise on efficiency, the Lexus UX and the Toyota Highlander stand out. The Lexus UX is a compact luxury crossover offering both a high-quality interior and excellent gas mileage. For those requiring more space, the Toyota Highlander provides a balance of efficiency and luxury.

Considering the higher-end market, both the Kia Sorento and the Hyundai Santa Fe Hybrid present themselves as viable luxury hybrid options. Although they come at a premium, these models deliver enhanced features along with their environmentally conscious designs.

Technical Specifications and Performance

When discussing the best SUVs for gas mileage, it’s crucial to inspect their technical specifications and performance. This includes understanding their hybrid powertrains, the role of electric motors, and how fuel efficiency is evaluated through MPG and MPGe metrics.

Understanding Hybrid Powertrains

Hybrid powertrains are pivotal in achieving high fuel economy. A typical system combines a 2.5-liter four-cylinder engine with one or two electric motors. Vehicles like these often boast a horsepower ranging from 219 hp in certain models to 239 hp in more powerful versions. The integration of these components allows for efficient energy usage, as the electric motors assist the gasoline engine, leading to reduced fuel consumption.

Electric Motors and Their Impact on Performance

Electric motors significantly influence an SUV’s performance. Dual-motor setups, where two electric motors are present, provide improved torque and power distribution. This configuration not only enhances the vehicle’s acceleration capabilities but also contributes to a more balanced and stable ride. The presence of an electric motor, especially in plug-in hybrid variants, allows for an all-electric driving experience, reinforcing the vehicle’s eco-friendly profile.

Evaluating MPG and MPGe Metrics

The effectiveness of hybrid and electric SUVs can often be quantified by their MPG (miles per gallon) or MPGe (miles per gallon of gasoline-equivalent) figures. For instance, the 2024 Kia Niro Plug-in Hybrid shines with a combined 108/48 mpg, while other competitors might showcase different, yet impressive mpg-e metrics. These SUVs not only promise economy at the fuel pump but also stand as a testament to the advancements in automotive environmental consciousness.

Design and Features Focus

When considering the purchase of an SUV with excellent gas mileage, it’s crucial to examine both the aesthetic and functional features that define the vehicle’s class and consumer appeal. This section spotlights the exterior styling, interior amenities, and innovative technologies that are central to fuel-efficient SUVs, providing buyers with comprehensive insights.

Exterior Features and Good Looks

The Toyota Grand Highlander and Chevrolet Trailblazer stand out with their commanding stances and aesthetic appeal. They sport sleek body lines and dynamic grille designs that not only catch the eye but also enhance aerodynamics. The 2024 Nissan Rogue continues this trend of impressive looks with an updated exterior that combines a bold front fascia with an athletic profile.

Hyundai Venue and Kia Soul: These models offer a compact form with unique design elements that make them attractive options for city drivers.

Interior Amenities and Trim Levels

Trim levels play a significant role in defining the interior space and amenities of fuel-efficient SUVs. For instance, the 2024 Toyota Venza offers multiple trim options, each adding layers of comfort and luxury, from premium materials to advanced infotainment systems. The 2024 Lexus RX 350h and Lexus NX 350h elevate the experience further with their high-end interior finishes and craftsmanship, appealing to those who seek sophistication without compromising on fuel efficiency.

2024 Lexus NX 350h: Notable for its refined cabin that includes optional features like a panoramic sunroof and ventilated seating.
Hyundai Kona: Recognized for its user-friendly interior and flexible cargo space suitable for various lifestyles.

Innovative Technologies in Fuel-Efficient SUVs

The Toyota Highlander Hybrid excels with its hybrid technology, offering impressive fuel economy figures without sacrificing power. Similarly, the 2024 Lexus RX 350h integrates advanced hybrid systems designed to optimize fuel usage and reduce emissions. These SUVs come equipped with an array of technological features aimed at improving the driving experience, from adaptive cruise control to regenerative braking systems.

2024 Nissan Rogue: It includes ProPILOT Assist, a semi-autonomous driving system that aids in fuel-efficient and safer driving.
2024 Lexus NX 350h: Offers connectivity and driver assistance technologies that promote an efficient and enjoyable drive.

The integration of these features across models emphasizes the industry’s focus on delivering vehicles that are as attractive and comfortable as they are fuel-efficient.

Practical Considerations

When considering the most fuel-efficient SUVs, one must weigh the potential cost savings on fuel against the upfront costs and maintenance. These factors are pivotal in evaluating the total cost of ownership.

Cost of Ownership and Fuel Savings

Purchasing a new car, especially an SUV with advanced fuel-saving technology like a plug-in hybrid electric vehicle (PHEV), can lead to substantial fuel savings over the vehicle’s lifetime. However, initial costs can be higher than their gas-only counterparts. For instance, a front-wheel drive may offer better gas mileage than an all-wheel drive due to less drivetrain loss. Additionally, models with continuously variable transmission (CVT) typically feature improved fuel efficiency, further impacting long-term savings. Buyers must calculate not only the depreciation and potential Carfax report impacts but also the savings from decreased gasoline dependence versus the increased electricity costs for charging.

Reliability and Maintenance of SUVs

Reliability remains a focal point for SUV owners, as the more reliable the vehicle, the lower the long-term maintenance costs. Generally, SUVs with gas-only powertrains have been around for longer and have a more established record for reliability. In contrast, PHEVs may require more specialized maintenance due to their more complex systems, potentially leading to higher costs if not covered under warranty. Prospective buyers are advised to investigate the reliability history of the specific model they’re interested in and factor these costs into the overall assessment of the vehicle.

Charging Infrastructure for Plug-in Models

The convenience and potential savings on charging a PHEV are highly dependent on the availability of charging infrastructure. Owners of plug-in hybrid versions require access to charging stations to maximize their investment in a vehicle capable of driving on electric charge. Those living in urban areas may find an abundance of public charging options, whereas rural area residents might need to rely primarily on home charging solutions. The disparity in charging access can significantly influence the practicality and fuel savings of owning a PHEV.

Market Trends and Consumer Behavior

The landscape of the automotive market is veering towards more fuel-efficient vehicles, marked by a significant uptick in the demand for subcompact and compact SUVs, as well as a discernible shift in consumer preferences towards eco-friendly vehicles.

The Popularity of Subcompact and Compact SUVs

Subcompact and compact SUVs have risen to prominence, with consumers opting for vehicles that offer the practicality of an SUV without the traditional fuel inefficiency. Models like the Toyota Corolla Cross and Kia Seltos strike a balance between the utilitarian space of an SUV and the maneuverability of a hatchback. Volkswagen Taos emerges as another competitor, providing an efficient 2.5-liter inline-four engine that appeals to those seeking both power and economy.

Preference Shifts Towards Eco-Friendly Driving

Environmental concerns are increasingly influencing buyer decisions, steering them towards more sustainable options. This shift is evident as automakers invest in models like the Jeep Wrangler 4xe, which delivers traditional off-road capability combined with plug-in hybrid efficiency. The 2024 Ford Escape Plug-in Hybrid and 2024 Kia Niro showcase advancements in PHEV technology, offering consumers the ability to drive with zero emissions for daily commutes while having the flexibility for longer trips.

Analysis of Market Data and EPA Test Results

Market data underpins the surging popularity of fuel-efficient SUVs, reinforced by impressive EPA test data. For example, the 2024 Kia Niro boasts a fuel economy that challenges even traditional sedans. The analysis confirms that automakers are increasingly successful in optimizing SUVs for better fuel consumption without compromising on performance and design.

In summary, the automotive market is experiencing a distinct shift towards smaller, more fuel-efficient SUVs, reflecting consumer demand for vehicles that offer versatility, economy, and sustainability. This trend is underpinned by positive EPA test results, denoting a future where eco-friendly driving is synonymous with the modern SUV.

Final Thoughts On Getting The Best SUV Gas Mileage In 2024

When selecting an SUV with superior fuel efficiency, potential buyers have a promising range of options. The 2024 Kia Sorento Plug-In Hybrid stands out for its balance of space and efficiency, boasting a commendable electric range.

For those preferring traditional gasoline engines, the 2024 Nissan Kicks emerges as a top contender, with an impressive EPA-estimated 33 MPG combined. However, it’s essential to consider that real-world fuel economy can vary from these estimates.

Hybrid models continue to lead in efficiency, with the 2024 Lexus UX Hybrid and 2023 Kia Niro offering compelling MPG figures in the city/highway mix. For those focusing on green credentials, the Kia Niro Hybrid couples eco-friendliness with an attractive design, although its real-world performance may differ from lab results.

In the final analysis, consumers should weigh factors like vehicle size, driving habits, and preferred powertrains. Fuel economy should be considered alongside other priorities such as safety features, interior space, and overall vehicle performance to make a well-rounded vehicle choice.

Photo Credit: Lexus || Kia || Kia Interior

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The post Best SUV Gas Mileage: Most Efficient of 2024 first appeared on The Car Nut Chronicles.

Future of Muscle Cars: Embracing Electric Innovation while Honoring Tradition

Dash McKinley — Wed, 24 Apr 2024 05:08:29 +0000

The muscle car, an iconic symbol of American automotive culture, is at a pivotal crossroad. Historically rooted in raw power and roaring V8 engines, these high-performance vehicles have always been synonymous with speed and strength. However, the automotive industry’s shift towards sustainability and efficiency poses fundamental changes to the traditional muscle car formula. As regulations tighten and technology advances, manufacturers are facing the challenge of adapting these beloved powerhouses to meet the demands of a new era without sacrificing their legendary spirit.

At the forefront of this evolution are innovations and consumer preferences steering the muscle car journey toward electrification. Electric muscle cars promise an intriguing blend of classic aesthetics and cutting-edge technology, offering unprecedented performance capabilities. While some enthusiasts may question the move away from traditional combustion engines, the integration of electric powertrains is creating exciting opportunities for the genre. The endurance of the muscle car’s legacy will depend on how it embraces technological advancements and aligns with market trends, ensuring that the allure of the muscle car continues into the future.

Key Takeaways

Muscle cars are evolving to align with sustainability trends.
Electric powertrains are becoming central to the muscle car’s future.
The balance of tradition and innovation is key to maintaining the muscle car legacy.

Historical Evolution of Muscle Cars

The narrative of muscle cars is intricately tied to American automotive passion, marking a period where power and performance were paramount. Their evolution charts the intersection of engineering prowess and cultural phenomena.

Defining the Muscle Car Era

Muscle cars burst onto the scene in the late 1940s, coming into full stride by the 1960s and 1970s. This era was defined by affordable, high-performance vehicles, equipped predominantly with V8 engines. Manufacturers like Ford, Chevrolet, and Dodge competed fiercely, creating a golden age of American muscle.

Notable examples:

Ford Mustang
Chevrolet Camaro
Dodge Challenger

The Rise and Decline of Gasoline Muscle Cars

The rise of gasoline muscle cars coincided with the post-war economic boom, as car enthusiasts craved increased horsepower and torque. However, the 1970s oil crisis and stricter emission regulations saw a decline in the traditional muscle car dominance, with manufacturers shifting focus to efficiency over raw power.

Key transitions:

Peak horsepower in the early ’70s
Gradual shift towards smaller, fuel-efficient models

American Muscle: Iconic Models and Brands

American muscle cars became cultural icons, with brands engineering vehicles that encapsulated raw American spirit. The Dodge Challenger with its Hellcat and Demon variants, the Shelby GT350, and the Ford Mustang have all carved their names into the annals of muscle car history. More recently, the Mustang Mach-E signifies a shift towards electrification in the muscle car segment.

Iconic Models:

Dodge Challenger SRT Hellcat
Ford Mustang Shelby GT350
Chevrolet Camaro SS

Current State of Muscle Cars

The current landscape of muscle cars is a blend of advanced engineering and significant performance, which is reflected in their sales and influence in the automotive market.

Modern Design and Engineering

Muscle cars are embracing modern design and state-of-the-art engineering. Manufacturers incorporate new technologies to improve handling and fuel efficiency without sacrificing the trademark power. An example of such innovation is the Dodge Charger Daytona SRT, a high-powered, all-wheel-drive electric coupe.

Sales and Market Presence

The market presence of muscle cars remains strong, with sales figures indicating their lasting appeal. In 2023, muscle car sales were led by the Ford Mustang, with other entries like the Dodge Charger and Chevrolet Camaro also showing robust numbers.

Vehicle	2023 Sales Figures
Ford Mustang	53,159
Dodge Charger	46,732
Chevrolet Camaro	Data Not Provided

Performance and Horsepower Trends

Horsepower continues to be a benchmark for muscle cars, with manufacturers pushing the envelope further. The 2024 Ford Mustang sets an example, with even its EcoBoost versions boasting a turbocharged 2.3-liter 4-cylinder engine with 315 horsepower sent to the rear wheels, demonstrating both performance and versatility as a sports car.

The Transition to Electric Muscle Cars

The automotive landscape is witnessing a pivotal shift as muscle cars transition from roaring combustion engines to silent yet potent electric powertrains. This section will explore the effects of electrification, showcase prominent electric muscle car models, and compare hybrid versions to their all-electric counterparts.

Impact of Electrification on Muscle Cars

The evolution towards electric muscle cars signals a significant transformation in what has traditionally been a segment dominated by high-horsepower internal combustion engines. The most striking impact is the immediate delivery of torque provided by electric motors, enhancing the muscle car’s hallmark acceleration. Electric vehicles (EVs) also promise improvements in efficiency and performance, while manufacturers strive to maintain the visceral driving experience that muscle cars are known for.

Notable Electric Muscle Car Models

Several models have pushed forward the concept of the electric muscle car, blending traditional muscle car ethos with modern EV technology. A standout example is the Dodge Charger Daytona SRT, an all-electric beast boasting up to 670 horsepower. This model echoes the past with its iconic name while leading the charge into the future with impressive electric capabilities.

Hybrid vs. All-Electric Muscle Cars

The muscle car market is currently divided between hybrid and all-electric options. Hybrid muscle cars combine traditional engines with electric motors, offering a stepping stone to full electrification. On the other hand, all-electric muscle cars eliminate the internal combustion engine entirely in favor of electric drive. This shift towards all-electric power not only speaks to the advancements in EV technology but also to a dedication to reducing emissions and embracing a more sustainable future of driving.

Technological Innovations and Performance

Muscle cars are undergoing a transformation, embracing electric powertrains and advanced engineering to set new benchmarks in performance.

The Role of Electric Motors and Battery Packs

Electric motors and battery packs are revolutionizing the muscle car segment, providing instantaneous torque for unparalleled acceleration. Battery-powered muscle cars benefit from the high energy density of modern lithium-ion batteries, allowing for extended driving range on a single charge. Manufacturers also experiment with innovative materials to reduce battery weight and enhance efficiency.

Advancements in Speed and Acceleration

The integration of electric motors in muscle cars has led to significant improvements in speed and acceleration. Unlike traditional internal combustion engines, electric motors deliver peak torque virtually from zero RPM, enabling muscle cars to achieve 0-60 mph times that rival even the most exclusive supercars. All-wheel drive systems further enhance traction, allowing for rapid launches and more dynamic handling.

Handling and Drive Systems

Modern muscle cars feature sophisticated drive systems that optimize handling for a variety of driving conditions. The use of adaptive suspension systems, coupled with the low center of gravity afforded by EV platforms, results in agile and responsive driving experiences. Technologies like torque vectoring provide pinpoint control, allocating power to individual wheels for improved cornering. Whether it’s rear-wheel-drive dynamics or the balanced distribution of all-wheel-drive, today’s muscle cars adapt to ensure the highest levels of performance and driver engagement.

Market Trends and Consumer Preferences

The muscle car market is seeing significant shifts with growing interest in electrification and changing demographics influencing car sales and development strategies.

Demand for High-Performance EVs

Recent trends indicate a surge in the popularity of high-performance electric vehicles (EVs), including those in the muscle car category. As technology advances, consumers are showing an increased appetite for electric muscle cars, driven by a desire for sustainable high-power performance without sacrificing the thrill of driving.

Transition in Buyer Demographics

There has been a noteworthy shift in the demographics of muscle car buyers. Younger generations are now entering the market, bringing with them different expectations, such as a strong market performance and a heightened interest in multifunctional vehicles like SUVs and crossovers, which could pave the way for more diverse and innovative muscle car designs.

The Price of Innovation

The cost of developing cutting-edge muscle cars, particularly electric variants, presents a new spectrum of pricing strategies. As manufacturers invest more in electric drivetrains and performance enhancements, there’s an observable impact on the price and value of these vehicles. The financial commitment to innovation could potentially influence the pricing of both traditional and electric muscle cars in the market.

Challenges and Opportunities

The transition to electric muscle cars presents a landscape of regulatory challenges and environmental considerations, yet also opens the door to innovation and potential resurgence in the muscle car market.

Regulatory Hurdles for Electric Vehicles

As electric vehicles (EVs) increasingly enter the muscle car segment, manufacturers face regulatory pressures related to fuel efficiency and emissions. Policies aiming to reduce the carbon footprint of vehicles may hasten the ending of gasoline-powered muscle car production. However, these regulatory hurdles also spur advancements in electric vehicle technology.

Sustainability and Environmental Considerations

The shift towards electrification represents a significant opportunity for muscle cars in terms of sustainability. Manufacturers have the chance to reduce the environmental impact traditionally associated with high-performance cars by embracing electric powertrains. Nonetheless, this transition must address concerns about the sourcing of materials and the electric grid’s ability to support an influx of EVs.

Potential for Muscle Car Resurgence

There’s a growing consumer interest in electric muscle cars, which could drive sales and herald a new era for this iconic automobile segment. Electric muscle cars offer a unique blend of traditional aesthetics and modern technology, potentially exceeding performance benchmarks set by their gasoline predecessors. This juxtaposition creates a fertile ground for a muscle car resurgence catering to both nostalgic enthusiasts and a new generation of drivers.

The Future Roadmap for Muscle Cars

The muscle car segment is gearing up for a significant transformation, embracing electric vehicle technology and innovative design while preserving the performance legacy that enthusiasts cherish.

Innovation in the Auto Industry

The auto industry’s pivot towards electric vehicles (EVs) signifies a radical shift for muscle cars. Traditional V8 engines are being augmented or replaced by powerful electric motors. Companies like Ford and Chevrolet are investing heavily in electrification, indicating that the once gas-guzzling icons like the Mustang and Camaro might soon sport electric or hybrid powertrains. These changes are driven by both environmental regulations and consumer interest in luxury, performance, and sustainability.

Planned Models and Concept Vehicles

Dodge, under its parent company Stellantis, has showcased the Charger Daytona SRT Concept, a clear signal that the future of muscle cars includes an all-electric lineup. This concept car hints at the potential for a new, electrified era where models may maintain their characteristic muscle aesthetics, like the familiar two-door coupe form, but with an electric twist. Meanwhile, the anticipated Dodge eMuscle is poised to debut by 2025, aiming to redefine muscle car dynamics. Chevrolet and Ford are also expected to refresh their lineups, adding electric or hybrid versions that continue the lineage of their storied muscle cars.

Executives’ Vision for the Next Generation

Executives like Tim Kuniskis of Stellantis have shared a vision for the next generation of muscle cars. While maintaining the essence of what makes a Challenger or Hellcat iconic, they foresee integration with the Stellantis STLA Large platform to accommodate electric powertrains. The company’s strategy suggests a balancing act between high performance and the growing consumer interest in family-friendly EVs that offer both excitement and practicality. The commitment to electrification across the model year spectrum indicates a readiness to evolve while honoring the muscle car heritage.

Final Thoughts

The future landscape of muscle cars is a fusion of tradition and innovation. Manufacturers recognize the significance of brand legacies while simultaneously embracing the inevitable shift towards electrification. Dodge, for instance, is paving the path towards an electric future with its new all-wheel-drive electric coupe concept, which boasts various power levels tailored to different trims.

With an industry in transition, the Dodge Challenger SRT Demon 170 marks the end of an era for pure gas-powered muscle cars, proposing a future where performance and electric powertrains coexist. The symbolism of launching ‘the last super-fast gasoline muscle car’ indicates a pivotal moment for muscle car enthusiasts and manufacturers alike.

The Ford Mustang, a timeless classic, represents resilience and adaptability, still thriving in its original form as a two-door coupe and convertible. It’s the only muscle car that has survived without losing its initial identity, showcasing an historic evolution within the modern automotive era.

In the face of change, rumors about the muscle car’s future, such as the potential revival of the Baracuda under Dodge’s umbrella, keep the community engaged and hopeful regarding the next chapter of these iconic vehicles.

With moves like Dodge revealing its first electric muscle car in the Charger lineup, signaling a clear transition toward sustainability, the muscle car’s enduring appeal is likely to capture the imagination of future generations, albeit through a new electric lens.

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The post Future of Muscle Cars: Embracing Electric Innovation while Honoring Tradition first appeared on The Car Nut Chronicles.

Cybertruck Range Not Good; Once Practical, Now Down To 80% After 10K Miles

Dash McKinley — Wed, 24 Jan 2024 09:24:00 +0000

The High-Mileage Tesla Cybertruck Is A Candid Journey Beyond the Hype

Since its prototype debut in 2019, the Tesla Cybertruck has managed to be a source of contention, dividing opinions into those who passionately love it and those who vehemently dislike it. Now, as the electric pickup finds its way into more hands, a member from the Cybertruck Owners Club forum provides a firsthand account of driving over 10,000 miles, shedding light on the day-to-day experience beyond the initial hype. Alas, the Cybertruck Range was not as expected as the miles creep above 10,000.

The specific Cybertruck in question, an all-wheel drive unit, started with 72 miles on the odometer and recently crossed the 10,000-mile mark on January 15. Delving into the crucial aspect of range, previous tests showed a dual-motor Cybertruck reaching 254 miles at a constant 70 mph, 20% less than the advertised 320 miles. However, this high-mileage Cybertruck reported a maximum range of 206 miles with a full battery and 164 miles at an 80% state of charge.

The Driver Could Be To Blame For Poor Cybertruck Range

A notable nuance contributing to these figures is the driving style of the two users. While one adopts an aggressive approach, the other is more conservative. Remarkably, despite the assertive driving, the Cybertruck navigated the first 10,000 miles without any speeding tickets or accidents, with 70% of the miles on highways and the remaining 30% on city roads, including a 1,500-mile road trip.

Energy consumption averaged at 599 watt-hours/mile, with town driving registering as low as 290 Wh/mi and occasional highway spikes reaching 900 Wh/mi. Charging habits disclosed that 60% of the time, the Cybertruck charged at home, 30% at Superchargers, and the remaining 10% at destination charging. Criticism was directed towards V2 Superchargers for their slow charging, taking up to two hours, while V3 stalls were considered better but still required over an hour to reach 70%.

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Cybertruck Range Not Good; Once Practical, Now Down To 80% After 10K Miles

The 10,000-mile journey wasn’t without its hiccups, including a blackout on the main screen and the revelation that the purportedly waterproof vault inside the bed was not entirely water-resistant. Road noise was also a notable concern, despite a tire swap at 1,700 miles that didn’t significantly impact energy consumption.

Despite these challenges, positive aspects included an impressive sound system, cooled seats, good visibility, handling, acceleration, speed, and a commendable steer-by-wire system. Insurance costs stood at $465 for both drivers with clean records, highlighting their extensive driving history.

The Cybertruck, according to this firsthand account, stands as “a dream to drive.” However, the disappointment lies in charge speeds and the Cybertruck range, averaging 164-210 miles over 10,000 miles. While the overall value of the vehicle is deemed acceptable, there’s a recognition of ongoing production issues.

Photos: Tesla

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