Cars

Volvo 760GLE Turbo Review: Blending Safety with Thrills

In a bold move that redefined its brand, Volvo introduced a high-performance variant of its 760GLE in 1984, signaling a shift from its long-standing reputation for understated reliability. This innovative model integrated a turbocharged and intercooled four-cylinder engine, dramatically elevating its acceleration and overall driving dynamics. This strategic enhancement allowed the 760GLE to deliver exhilarating speed while maintaining the comfort and safety features Volvo customers had come to expect, challenging the performance benchmarks set by other luxury sedans of its era.

Volvo's forward-thinking engineers integrated a sophisticated turbocharged and intercooled 2.3-liter four-cylinder engine into the 760GLE, revolutionizing the sedan's capabilities. This powertrain offered a substantial increase in horsepower and torque, particularly notable in the midrange, making the vehicle surprisingly quick off the mark and highly responsive in various driving conditions. The intercooler, a key component, played a crucial role by cooling the intake charge, which permitted a higher compression ratio and enhanced performance even before the turbocharger fully engaged. This blend of power and efficiency highlighted Volvo's commitment to innovation.

The Reimagined Volvo 760GLE: A Blend of Tradition and Turbocharged Thrills

Volvo's decision to equip the 760GLE with a turbocharged and intercooled 2.3-liter four-cylinder engine marked a significant departure from its conservative image, introducing a new era of performance for the brand. This strategic enhancement propelled the 760GLE into a competitive arena, allowing it to achieve remarkable acceleration times that challenged established sporty sedans. The vehicle's ability to reach 60 mph in just 8.0 seconds and complete a quarter-mile in 15.9 seconds showcased a remarkable transformation, proving that a traditionally safe and sturdy Volvo could also deliver an exhilarating driving experience. This performance leap was particularly impressive considering the car retained its classic, boxy silhouette, often humorously compared to a 'toolshed' for its aerodynamic characteristics.

The engineering behind the 760GLE's performance upgrade was meticulously executed. The turbocharged and intercooled inline-four engine, with its 157 horsepower at 5300 rpm, generated 17 percent more torque and horsepower than its V-6 predecessor. The intercooler's ability to reduce intake air temperature by approximately 100 degrees Fahrenheit was critical, enabling a high compression ratio of 8.7:1. This design ensured robust power delivery across the RPM range, providing ample thrust both in and out of boost. The focus on midrange torque, optimized for the U.S. market, facilitated effortless acceleration without constant gear changes. Despite its newfound power, Volvo thoughtfully included a fuel cut-off mechanism to prevent over-revving, underscoring its enduring commitment to safety.

Driving Dynamics and Design: The Evolution of Volvo's Flagship Sedan

Beyond its powerful engine, the 760GLE Turbo also featured several subtle but important upgrades to its driving experience. While visually maintaining the elegant interior and VDO gauges shared with its six-cylinder counterparts, the turbo model introduced practical enhancements such as an oil cooler and an interior boost gauge. These additions hinted at the car's enhanced capabilities without overtly altering its sophisticated cabin. However, some aspects of the 760GLE's chassis, particularly its live rear axle, presented challenges, occasionally causing lateral movements over uneven surfaces. The steering and chassis calibrations, initially tuned for urban maneuverability, indicated a potential area for future performance refinement, as suggested by rumors of an upcoming sports-oriented suspension.

The 1984 Volvo 760GLE Turbo represented more than just a performance upgrade; it symbolized a cultural shift within Volvo, initiated by a determined group of enthusiasts pushing for a more dynamic brand identity. This model, priced competitively at around $22,565, showcased a dedication to engineering excellence and a willingness to integrate advanced technologies like turbocharging and intercooling. Despite some criticisms regarding its chassis dynamics, which were more suited to comfort than aggressive driving, the 760GLE Turbo successfully fused Volvo's core values of safety and social responsibility with a newfound sense of excitement and speed. This pivotal model set the stage for future performance-oriented Volvos, proving that the brand could indeed offer both pragmatic luxury and thrilling performance.

BMW's iDrive Knob: A Fond Farewell as New Infotainment Takes Over

BMW is bidding farewell to a significant interior element: the iDrive rotary controller. Since its debut in the 2001 7 Series (E65), this tactile dial has been a hallmark of BMW vehicles. However, it is now being systematically removed, having already vanished from all compact models. The 2027 iX3 further underscores this transition by introducing a simplified dashboard design that omits the traditional knob.

According to BMW, this evolution away from the physical selector is meeting with approval. Stephan Durach, Senior Vice President of UI/UX Development, shared with TechRadar at CES 2026 that individuals testing the new iDrive X system have not expressed any desire for the return of the rotary controller. This feedback suggests a successful adaptation to the updated interface, which will eventually be integrated into approximately 40 new or refreshed BMW models by the end of next year. Only models nearing the conclusion of their production cycles, such as the X4, Z4, and 8 Series, will retain the older system, as they are not slated for direct replacements.

BMW's strategic decision to eliminate the iDrive knob is not solely driven by a push for minimalism or potential cost savings; it is also supported by advancements in its voice control technology. The German luxury brand highlights that its next-generation voice assistant, powered by Amazon Alexa+, offers a more natural and intuitive interaction for adjusting vehicle settings. This enhanced voice recognition capability reduces the need for conventional physical controls, aligning with the industry-wide trend of integrating more digital and hands-free functionalities into modern vehicle interiors. While some enthusiasts may mourn the loss of tangible buttons, the transition reflects a broader shift towards streamlined, technologically advanced user experiences in automotive design.

The automotive industry's pursuit of a fully digital interior represents a fascinating blend of innovation and tradition. While the disappearance of familiar controls like BMW's iDrive knob might initially spark nostalgia, the embrace of advanced touchscreens and sophisticated voice assistants offers new avenues for seamless interaction and personalization. This ongoing evolution challenges us to adapt to novel interfaces while simultaneously prompting manufacturers to find a harmonious balance between cutting-edge technology and intuitive, accessible design. The journey toward smarter, more integrated vehicle experiences is a testament to progress, encouraging both consumers and creators to look forward with an open mind to the possibilities that emerge from thoughtful innovation.

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Volkswagen Unveils First Range-Extended Electric SUV, the ID. Era 9X

Volkswagen is launching an innovative electric SUV, the ID. Era 9X, developed in collaboration with SAIC specifically for the Chinese market. This marks a significant milestone as it's the brand's first electric vehicle to feature a range-extending gasoline engine, aiming to alleviate concerns about battery range.

Embrace the Future: Volkswagen ID. Era 9X - A New Era of Electric SUVs with Unmatched Range and Style

Introducing the Volkswagen ID. Era 9X: A Pioneering Range-Extended Electric SUV for the Chinese Market

Volkswagen has unveiled a groundbreaking addition to its electric vehicle lineup, the ID. Era 9X. This six-seater SUV is the brand's first EV to integrate a range-extending gasoline engine, addressing a key challenge in electric mobility: range anxiety. Developed through a joint venture with SAIC in China, the ID. Era 9X is a production version of the ID. Era concept showcased last year.

The ID. Era 9X: A New Design Direction and Imposing Dimensions

The ID. Era 9X boasts a distinctive design language tailored for the Chinese market, reminiscent of Range Rover's sophisticated aesthetic. This full-size SUV is among the largest vehicles ever produced by Volkswagen, measuring an impressive 205 inches (5,207 mm) in length. Its substantial dimensions, including a width of 78.6 inches (1,997 mm), a height of 71.2 inches (1,810 mm), and a generous 120.8-inch (3,070-mm) wheelbase, position it as a formidable presence on the road. Weighing up to 5,952 pounds (2,700 kilograms) in its heaviest configuration, the ID. Era 9X is designed for both spaciousness and power.

Innovative Powertrain: The Heart of the ID. Era 9X's Extended Range

The true innovation of the ID. Era 9X lies in its advanced powertrain. It features a turbocharged 1.5-liter gasoline engine from the EA211 family, which operates exclusively as a generator to recharge the vehicle's battery. This four-cylinder engine, utilizing the Miller cycle and Porsche-derived variable-geometry turbocharger technology, produces 141 horsepower. The SUV is available with either a single rear-mounted electric motor, delivering 295 hp, or a dual-motor, all-wheel-drive setup that boosts total output to 510 hp. Battery options include a 51.1-kWh pack for the single-motor variant and a larger 65.2-kWh battery, standard with the dual-motor configuration. This larger battery provides an electric-only range of over 249 miles (400 kilometers) on the CLTC cycle, with the total driving range expected to exceed 600 miles (965 kilometers).

Potential Global Expansion of Range-Extended EVs and VW's Strategic Vision

While the ID. Era 9X is initially exclusive to China, Volkswagen is reportedly exploring the possibility of introducing range-extending electric vehicles to Europe and the United States. This strategic move is further supported by the upcoming Scout sub-brand, which will launch the Terra pickup and Traveler SUV. These models will also feature a naturally aspirated gasoline engine acting as a generator, aiming for a total range of 500 miles (805 kilometers), including 150 miles (241 kilometers) of electric-only driving. The adoption of range-extended technology is gaining traction, with other manufacturers like BMW also considering its reintroduction, particularly for larger SUVs, to enhance range and address consumer concerns without significantly increasing battery size and weight.

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