Cars

Kia EV9 Long-Term Review: 40,000-Mile Performance & Reliability

Over a span of nearly two years and 40,000 miles, our 2024 Kia EV9 Land AWD has been rigorously evaluated, showcasing its enduring qualities as a practical family vehicle. This electric SUV, celebrated with a 10Best award in its debut year, has successfully fulfilled its mission to redefine family transportation, despite external challenges posed by the public EV charging network.

The EV9’s striking design and substantial price point, particularly the Land trim with its 100-kWh battery and all-wheel drive, have been notable discussion points. Priced at $76,385 with various optional enhancements, it stands as a more premium option than its gas-powered counterparts from Kia. Nonetheless, it remains the most affordable electric SUV offering a genuinely comfortable third row for adults. The vehicle’s dual-motor powertrain delivers an impressive 379 horsepower and 443 pound-feet of torque, enabling quick acceleration and consistent performance, with minimal degradation observed over its extensive testing period. Notably, the battery retained an impressive 97% of its capacity after 40,000 miles, a testament to its robust 800-volt architecture which facilitates rapid charging.

Inside, the EV9 consistently earned high marks for its generous cabin space and adaptable seating arrangements, including luxurious reclining seats with integrated ottomans. While some minor ergonomic quirks, such as the unconventional volume control and certain haptic buttons, drew mixed reactions, the retention of physical controls for essential functions was widely appreciated. Maintenance costs for the EV9 were remarkably low, totaling just over $400, despite addressing a few minor issues like a recalcitrant glovebox and a mirror repaint. The distinct Ocean Blue Matte paint, while requiring careful upkeep, has largely preserved its aesthetic appeal. Although the current charging infrastructure and the absence of federal tax credits present ongoing challenges for EV adoption, the Kia EV9 stands out as a leading electric three-row SUV, effectively bridging the gap between innovative electric technology and the practical needs of family transport.

The journey with the Kia EV9 reveals that innovation, practicality, and thoughtful design can harmoniously coexist, paving the way for a more sustainable and enjoyable future in automotive travel. This vehicle not only meets the demands of modern families but also inspires confidence in the evolving landscape of electric mobility, demonstrating that challenges like charging infrastructure are opportunities for growth and improvement.

2027 Nissan Rogue Hybrid: Redesigned with Innovative ePower System

Nissan is introducing a comprehensively redesigned 2027 Rogue Hybrid, marking a significant departure from its predecessor. Unlike the previous model, which was a rebadged Mitsubishi Outlander Hybrid, this new iteration will feature an innovative all-wheel-drive ePower hybrid system. This series-hybrid setup distinguishes itself by having the gasoline engine act solely as a generator, supplying power to the electric motors that propel the vehicle. This advancement aims to deliver a distinct driving experience compared to traditional parallel hybrid systems.

The upcoming 2027 Nissan Rogue Hybrid represents a complete overhaul for the compact SUV segment. Nissan's decision to discontinue the short-lived previous generation (2026 model year) underscores their commitment to this new, dedicated hybrid platform. The core innovation lies in the ePower system, which has already seen deployment in other global markets, notably in the European-spec Nissan Qashqai. In that application, the front-wheel-drive version produced 202 horsepower, with the gasoline engine primarily engaged at lower speeds to recharge the battery. This configuration ensures that the electric motors are the direct source of propulsion, offering a unique blend of electric vehicle characteristics with the convenience of a gasoline range extender.

While specific power output for the 2027 Rogue Hybrid's all-wheel-drive ePower system is yet to be disclosed, it is confirmed that a turbocharged 1.5-liter gasoline engine will serve as the generator. This contrasts with common parallel hybrid designs, such as those found in the Hyundai Tucson Hybrid or Toyota RAV4, where an electric motor assists the gas engine, and electric-only operation is typically limited to short distances at low speeds. Nissan's series-hybrid approach promises a driving feel that prioritizes electric power delivery.

Further details regarding the 2027 Rogue Hybrid's pricing, trim levels, and comprehensive performance metrics are eagerly awaited. The expectation is for a four-trim structure, aligning with Nissan's standard offerings, with a starting price anticipated to be competitive with the gasoline-powered Rogue models. Additional information on aspects like 0–60 MPH acceleration, towing capabilities, fuel economy, interior features, infotainment options, and safety technologies will be provided as it becomes available.

This new generation of the Rogue Hybrid positions Nissan to offer a compelling option in the competitive compact SUV market, appealing to those seeking advanced hybrid technology and a unique driving experience. The shift to an in-house developed ePower system with all-wheel drive capabilities signals Nissan's strategic focus on innovation and efficiency within its hybrid lineup.

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Mercedes-AMG Expands Electric Performance Lineup with New EV SUV Coupe

Mercedes-AMG is strategically expanding its electric vehicle portfolio, with a strong focus on high-performance SUVs. The luxury performance brand, known for its powerful internal combustion engine vehicles, is transitioning into a new era of electrification. This strategic shift is highlighted by the upcoming release of a dedicated electric SUV coupe, a vehicle designed to combine the utility and commanding presence of an SUV with the sleek, aerodynamic lines of a coupe. This move follows the success of existing AMG electric models like the EQE and EQS sedans and SUVs, demonstrating a clear commitment to electrifying its acclaimed performance lineup. The new electric SUV coupe, anticipated to launch in late 2027, will be part of a broader push to introduce more electric models that showcase the brand's engineering prowess and performance capabilities in the EV segment.

The foundation of these new electric models, including the SUV coupe, is the innovative AMG.EA platform. This advanced architecture is engineered to support extreme power outputs and cutting-edge battery technology, ensuring that future AMG EVs deliver the exhilarating performance expected from the brand. With a tri-motor setup and an 800-volt system, these vehicles are poised to redefine electric performance, offering rapid acceleration and superior driving dynamics. The brand's CEO, Michael Schiebe, underscored the growing importance of SUVs within AMG's sales, affirming the company's decision to "double down on SUVs." This direction reflects a global market trend towards SUVs and represents a strategic alignment of AMG's product development with consumer demand and the future of automotive performance.

The Next Generation of AMG Electric SUVs

Mercedes-AMG is poised to launch a groundbreaking electric SUV coupe by the close of 2027, a significant step in the brand's electrification journey. This vehicle, anticipated to be a performance powerhouse, will feature a revolutionary tri-motor powertrain generating over 1000 horsepower, built upon the advanced AMG.EA platform. This platform incorporates an innovative round-cell battery pack and an 800-volt electrical system, enabling exceptional performance and rapid charging capabilities. This new SUV coupe will closely align with a more conventionally styled electric AMG SUV slated for an earlier release, demonstrating AMG's aggressive expansion into the electric performance utility segment.

The development of this electric SUV coupe is a testament to AMG's commitment to adapting its high-performance philosophy to the electric era. Confirmed by Mercedes-AMG CEO Michael Schiebe, the decision to prioritize SUVs reflects their growing market dominance, now accounting for over half of AMG's total sales. This strategic emphasis on electric SUVs underscores a global shift in consumer preferences and AMG's ambition to lead in the luxury electric performance vehicle sector. The vehicle's design is expected to boast a dramatically sloped roofline, differentiating it from its more traditional SUV sibling while maintaining the distinctive AMG aesthetic. Its capabilities, including a rumored average charging speed of 850 kilowatts, could add 248 miles of range in just five minutes, showcasing an impressive blend of performance and practicality.

Pioneering Performance with the AMG.EA Platform

The innovative AMG.EA platform is at the core of Mercedes-AMG's future electric performance vehicles, including the highly anticipated electric SUV coupe. This bespoke architecture is specifically designed to accommodate a unique round-cell battery pack and an advanced 800-volt electric system, setting new benchmarks for power delivery and efficiency. The platform's ability to support a tri-motor powertrain, featuring one motor on the front axle and two on the rear, ensures that these electric models will deliver the exhilarating acceleration and dynamic handling characteristic of the AMG brand, with outputs comfortably exceeding 1000 horsepower.

The reveal of the electric AMG four-door, which indirectly replaces the gas-powered AMG GT 4-Door, is imminent and serves as a prelude to the upcoming SUV models. This sedan, previewed by the GT XX concept, demonstrated impressive figures with 1341 horsepower, a top speed of 223 mph, and a rapid charging capability that adds substantial range in minutes. Mercedes has also teased the car's active aerodynamics, including an active rear diffuser designed to enhance stability at high speeds, signaling the blend of cutting-edge technology and performance in their new electric lineup. These advancements highlight AMG's dedication to pushing the boundaries of electric vehicle engineering, ensuring their electric offerings are not just powerful but also technologically sophisticated and dynamically superior.

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