Cars

2025 Ford Explorer vs. Nissan Pathfinder: A Comparative Analysis

When considering mid-size SUVs, the 2025 Ford Explorer and Nissan Pathfinder stand out as significant contenders. While the Pathfinder maintains its established design for the upcoming year, the Explorer receives a notable refresh, bringing a host of improvements and new technologies. This detailed examination highlights the pivotal distinctions between these two vehicles, focusing on their performance, technological advancements, interior utility, and overall value proposition. Understanding these differences is crucial for prospective buyers weighing whether the Explorer's additional cost aligns with their priorities for a modern SUV.

The 2025 Ford Explorer Active trim distinguishes itself with a more robust powertrain and superior interior displays. Its updated exterior design, including a new grille and standard practical features like a power liftgate, further enhances its appeal. These elements contribute to a driving experience that feels both modern and capable. Conversely, the 2025 Nissan Pathfinder S, while a solid option, features a less powerful engine and a more modest tech suite. Despite this, the Pathfinder offers competitive fuel efficiency and sufficient cargo space, making it a viable choice for those who prioritize reliability and a slightly lower entry price. Ultimately, the decision between these two SUVs will hinge on individual preferences for power, technology, and budget.

Performance and Efficiency: Explorer's Edge

The 2025 Ford Explorer Active trim comes equipped with a 2.3L EcoBoost four-cylinder engine, generating an impressive 300 horsepower and 310 lb-ft of torque, coupled with a 10-speed automatic transmission. It features standard rear-wheel drive (RWD) with an integrated terrain management system, and an optional four-wheel drive (4WD) system. This powertrain delivers a fuel efficiency of 20/29 city/highway mpg for RWD and 20/27 city/highway mpg for 4WD configurations. In direct contrast, the 2025 Nissan Pathfinder S is powered by a 3.5-liter six-cylinder engine, producing 284 horsepower and 259 lb-ft of torque, paired with a 9-speed automatic transmission. The Pathfinder S offers a choice between front-wheel drive (FWD) and 4WD, though its 4WD system lacks the advanced terrain management features found in the Explorer. Its fuel economy stands at 20/27 city/highway mpg for FWD and 21/27 city/highway mpg for AWD models.

Beyond raw power figures, the Explorer's 10-speed automatic transmission and sophisticated terrain management system provide a more refined and adaptable driving experience, especially in varying conditions. The availability of a terrain management system with its 4WD option gives the Explorer an advantage in off-road capability and driver control, offering enhanced versatility. While the Pathfinder provides commendable fuel efficiency, particularly in its AWD variant, the Explorer’s robust engine and advanced transmission contribute to a more dynamic and responsive ride. This performance differential is a key factor in the Explorer's justification for its higher price point, catering to drivers who seek a more engaging and capable vehicle for both daily commutes and adventurous excursions.

Interior Technology and Utility: Explorer's Advanced Features

The 2025 Ford Explorer Active distinguishes itself with its advanced interior technology, featuring a prominent 13.2-inch central infotainment touchscreen and a 12.3-inch digital instrument cluster. These larger, more modern displays offer a significantly enhanced user experience compared to the Nissan Pathfinder S, which is equipped with an 8-inch touchscreen and a 7-inch digital cluster. While both models offer cloth seating as standard, the Explorer Active provides the option to upgrade to synthetic leather, a feature not available in the Pathfinder S. In terms of cargo capacity, the Explorer also takes the lead with 87.8 cubic feet of space when the rear seats are folded, 47.9 cubic feet behind the second row, and 16.3 cubic feet behind the third row. The Pathfinder S offers 80.5 cubic feet with folded rear seats, 45 cubic feet behind the second row, and 16.6 cubic feet behind the third row. Although the Pathfinder S provides slightly more third-row legroom, the Explorer offers greater overall cargo versatility and more spacious second and third rows for passengers.

The Explorer’s larger digital displays not only provide a more aesthetically pleasing and modern cabin but also improve functionality and access to information and entertainment. The enhanced infotainment system, coupled with the option for more premium seating materials, elevates the interior comfort and luxury perception of the Explorer. Furthermore, the Explorer’s superior cargo volume, especially with all seats folded, makes it a more practical choice for families or individuals who frequently transport large items or require flexible storage solutions. While the Pathfinder’s legroom in the front row may be a minor advantage, the Explorer's overall package of advanced technology, adaptable seating, and generous cargo space contributes significantly to its higher value proposition. These interior advancements underscore the Explorer's position as a premium offering in the mid-size SUV segment, justifying its increased investment for consumers seeking a more integrated and versatile driving environment.

Electric Hypercar's Nürburgring Record Falls Short of Ford Mustang GTD

The automotive world is constantly pushing boundaries, with electric vehicles (EVs) increasingly challenging the supremacy of traditional internal combustion engine (ICE) cars. Recently, the Yangwang U9 Xtreme, an electric hypercar from BYD's luxury brand, etched its name in history by setting a new lap record for production EVs at the iconic Nürburgring. This remarkable achievement showcases the rapid advancements in EV technology and performance, yet it also highlights the enduring prowess of certain ICE counterparts, specifically the Ford Mustang GTD, which managed to outpace the electric contender despite a substantial power deficit. The comparison between these two high-performance machines underscores a fascinating dynamic in the evolving landscape of automotive engineering: raw power isn't the sole determinant of track dominance, and the nuanced interplay of design, handling, and powertrain technology continues to shape the competitive arena.

While the Yangwang U9 Xtreme's record-breaking run at the Nürburgring is a testament to electric vehicle capabilities, the fact that a less powerful, conventionally fueled vehicle like the Ford Mustang GTD could achieve a faster lap time raises intriguing questions about the future of performance cars. Both achievements are commendable in their own right, demonstrating the relentless pursuit of speed and engineering excellence across different propulsion technologies. The U9 Xtreme's ability to dip below the 7-minute mark is a significant milestone for EVs, signaling their growing competitiveness. Meanwhile, the Mustang GTD's performance reinforces the notion that traditional automotive engineering still holds significant advantages in certain areas, particularly when it comes to optimized track performance where factors beyond sheer horsepower come into play. This ongoing competition benefits enthusiasts and drives innovation across the entire automotive spectrum.

Yangwang U9 Xtreme Sets New Electric Vehicle Lap Record

The Yangwang U9 Xtreme, a formidable electric hypercar from BYD's luxury division, has recently made headlines by establishing a new Nürburgring Nordschleife record for production electric vehicles. Piloted by German racer Moritz Kranz, the U9 Xtreme completed the demanding circuit in an impressive 6 minutes, 59.157 seconds. This achievement places it five seconds ahead of the previous record holder, Xiaomi's SU7 Ultra, demonstrating a significant leap in electric vehicle performance on one of the world's most challenging racetracks. The U9 Xtreme's success is attributed to its advanced engineering, featuring four electric motors that collectively generate an astonishing 3,000 horsepower, coupled with sophisticated technological innovations designed for extreme speed and agility.

This groundbreaking lap time was officially recognized through a Nürburgring press release and confirmed via a YouTube upload, cementing the U9 Xtreme's status as the fastest production EV around the track. The hypercar’s ability to break the sub-7-minute barrier is a monumental feat for electric propulsion technology, showcasing its potential to rival and even surpass traditional high-performance vehicles. The vehicle's immense power output, derived from its quad-motor setup, combined with what the manufacturer describes as "engineering wizardry," allows it to achieve extraordinary speeds and handling capabilities. This new benchmark not only celebrates Yangwang's engineering prowess but also signifies a major step forward for the entire electric vehicle industry, proving that EVs are increasingly capable of delivering exhilarating performance on par with, or even exceeding, their gasoline-powered counterparts in specific metrics.

Ford Mustang GTD Outperforms Electric Contender with Combustion Power

Despite the Yangwang U9 Xtreme's record-setting performance for electric vehicles, the Ford Mustang GTD, an internal combustion engine (ICE) powerhouse, managed to achieve a Nürburgring lap time seven seconds faster. This remarkable outcome is particularly noteworthy considering the Mustang GTD's substantial horsepower disadvantage, boasting 815 hp compared to the U9 Xtreme's 3,000 hp. The GTD's ability to outmaneuver the electric hypercar highlights that raw power isn't the sole determinant of track performance; factors such as chassis tuning, aerodynamic efficiency, and overall balance play crucial roles. This comparison emphasizes that while electric vehicles are rapidly advancing, there remains a significant place for the refined engineering of combustion engines in the realm of high-performance automotive sports.

The Ford Mustang GTD's exceptional performance at the Nürburgring serves as a powerful testament to the enduring capabilities of traditional automotive engineering. Even though the Mustang GTD is approximately three seconds slower than established track legends like the GT3 RS, which has roughly 300 less horsepower, its overall track prowess against the U9 Xtreme is undeniable. The Mercedes-AMG One currently holds the overall production car lap record at 6:29.09, which is 23 seconds faster than the GTD. However, the Mustang GTD's achievement is particularly impressive given that it represents a highly optimized version of a production-line Mustang, showcasing how meticulous development and a holistic approach to performance can yield extraordinary results, even against more powerful, futuristic electric rivals. This outcome underscores the passion and innovation within the automotive industry, where engineers continue to push the limits of both electric and combustion technologies.

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Alpine A110 Successor May Retain a Combustion Engine Option

In a notable shift for the automotive industry, Alpine is reportedly reassessing its strategy for the successor to its acclaimed A110 sports car. Initially slated to be exclusively electric, the company is now considering offering a hybrid-powered version alongside the fully electric model. This potential pivot comes as the market experiences a reevaluation of electric vehicle demand, particularly within the sports car segment. The forthcoming A110, anticipated to launch in early 2027, aims to blend traditional performance with future-forward technology, appealing to a broader spectrum of enthusiasts.

Alpine's Next-Generation A110: A Blend of Electrification and Tradition

Alpine CEO Philippe Krief recently hinted at this strategic adjustment during an interview with UK’s Evo magazine. Krief suggested that the next iteration of the A110 could feature both an electric variant and a hybrid with a combustion engine. This consideration is believed to stem from a perceived slowdown in the electric vehicle market's growth and a cautious reception among consumers for electric-only sports cars. The brand aims for a launch in early 2027, offering a versatile range of body styles including a two-seater coupe, a convertible, and a 2+2 arrangement with rear seating. Krief also teased that the new design would significantly modernize the A110's aesthetic, making the current model seem outmoded.

The electric version of the A110 is projected to be a formidable performer, boasting a dual-motor, rear-wheel-drive configuration that surpasses the 464 horsepower found in Alpine's A390 SUV. Engineers are targeting a curb weight under 3,000 pounds and are developing a specialized, replaceable battery pack. This innovative battery design would enable owners to upgrade to newer battery technologies over time, mitigating concerns about long-term degradation. When it debuts, the electric A110 is poised to compete directly with Porsche's upcoming electric 718 Boxster and Cayman models.

This evolving strategy for the A110's successor reflects a pragmatic approach to automotive innovation. By considering both hybrid and electric options, Alpine can cater to diverse customer preferences while navigating the dynamic landscape of vehicle electrification. The commitment to a replaceable battery pack for the EV model also highlights a forward-thinking perspective on sustainability and long-term vehicle ownership. It will be interesting to observe how this dual-powertrain strategy impacts the sports car market and Alpine's position within it.

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