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Nissan is poised to redefine automotive engineering with a pioneering manufacturing technique for its next-generation hybrid powertrains. This innovative approach centers on a “cold spray” process, a world-first application for valve seats in internal combustion engines. This breakthrough is integral to the new 1.5-liter turbocharged three-cylinder engine, code-named ZR15DDTe, specifically designed for Nissan's advanced third-generation e-Power hybrid system. This forward-thinking technology not only promises enhanced durability and performance but also significantly boosts thermal efficiency, contributing to a more sustainable and responsive driving experience. The integration of this cutting-edge method underlines Nissan's commitment to pushing the boundaries of automotive innovation, particularly in the realm of hybrid vehicle development, setting a new benchmark for engine design and production.
The engineering advancements for this new hybrid engine are particularly noteworthy. Traditional press-fitted valve seats were deemed incompatible with the intake port geometry that Nissan's engineers envisioned for optimal performance. To circumvent this, the company adopted its proprietary cold spray process. This method involves the precise application of copper-based metallic powders directly onto the aluminum cylinder head surface. Unlike conventional fusion welding, which relies on melting materials, the cold spray technique forms a robust bond between disparate metals without extreme heat. This crucial distinction prevents the formation of inter-metallic compounds and voids, issues that can compromise material integrity and durability in high-stress engine components. The result is a valve seat that ensures the necessary sealing of combustion chambers, vital for engine longevity and consistent performance.
This novel spray-on valve seat technology has enabled Nissan's engineers to meticulously refine the engine's intake ports. The optimized design facilitates a powerful and controlled tumble flow of incoming air, minimizing turbulence within the combustion chamber. This superior airflow management permits a more precise and efficient blending of air and fuel, culminating in an impressive claimed thermal efficiency of 42%. Such a high thermal efficiency signifies that a greater proportion of the fuel's inherent energy content is effectively converted into mechanical work, reducing waste and enhancing overall fuel economy. Furthermore, the ZR15DDTe engine benefits from a larger turbocharger, allowing it to operate at lower RPMs during highway cruising, which in turn contributes to a quieter cabin environment and improved comfort for occupants.
The refinements in this engine also signify a strategic shift for Nissan. The company states that these updates negate the need for the variable-compression system previously utilized in other iterations of the 1.5-liter turbo-three engine, such as those found in the U.S.-market Rogue. This is particularly relevant given recent reliability concerns and legal actions associated with that specific system. Nissan's e-Power system, first launched in Japan in 2016, stands out within the automotive industry for its unique series hybrid architecture. Unlike parallel hybrid systems where both the gasoline engine and electric motor can directly propel the vehicle, e-Power employs the gasoline engine exclusively as an electrical generator. All propulsion is delivered by an electric motor or multiple motors, offering an EV-like driving sensation, characterized by immediate torque and smooth acceleration, combined with the convenience of gasoline refueling. While other manufacturers have historically shied away from series hybrids due to potential vibration and efficiency challenges during steady-state highway operation, Nissan's continuous innovation aims to overcome these hurdles.
The new third-generation e-Power system is making its debut in the refreshed Nissan Qashqai crossover, with production already underway at Nissan's Sunderland facility in the United Kingdom. Nissan has confirmed that this advanced system will be introduced to the U.S. market in 2026, integrated into the upcoming generation of the Rogue model, which is also slated to offer a plug-in hybrid option. Additionally, the Japanese-market Elgrand minivan will also incorporate this innovative powertrain. This expansion underscores Nissan's global strategy to roll out its highly efficient e-Power technology, reinforcing its commitment to sustainable mobility while delivering a distinctive and high-performance driving experience across various vehicle segments.
In essence, Nissan's strategic move with the cold spray process for its e-Power hybrid system marks a significant leap forward in engine design and manufacturing. This advanced technology not only addresses specific engineering challenges related to intake port optimization but also reinforces the durability and efficiency of the new ZR15DDTe engine. The enhanced thermal efficiency and the unique series hybrid configuration position Nissan to deliver vehicles that offer the best of both worlds: the robust performance and immediate response of an electric vehicle, coupled with the extended range and refueling convenience of a gasoline-powered car. This development highlights Nissan's dedication to innovative solutions that improve vehicle performance and environmental impact, shaping the future of hybrid mobility.
Ford's F-150 Lightning SuperTruck has redefined expectations for electric vehicle performance by achieving a phenomenal lap time at the legendary Nürburgring. This groundbreaking electric prototype recorded an impressive 6 minutes and 43.482 seconds, positioning it as the fifth fastest prototype and seventh fastest vehicle overall to conquer the demanding German circuit. This achievement significantly outpaces its stablemate, the Transit SuperVan, by nearly five seconds, and remarkably, trails the formidable Porsche 911 GT2 RS Manthey by only a negligible margin, while surpassing high-performance vehicles like the Mercedes-AMG Black Series and various Corvette models.
This remarkable performance at the Nürburgring is not an isolated event for Ford in 2025; it marks the third impressive lap time set by the company this year. Earlier, the Mustang GTD returned to the track, significantly improving its previous year's time to 6:52.072. While this record was soon broken by two Corvettes, Ford's electric prototypes have since captured global attention. These extreme track tests serve a crucial purpose beyond mere bragging rights; Ford Performance Global Director Mark Rushbrook emphasized that insights gained from optimizing aerodynamics and battery management systems under such rigorous conditions directly contribute to enhancing the efficiency and reliability of production electric vehicles like the F-150 Lightning for everyday driving.
The lessons learned from pushing these electric demonstrators to their limits are instrumental in Ford's broader strategy for electric mobility. This includes the development of an accessible electric platform aimed at significantly reducing EV costs, with a new mid-size electric pickup targeted for a 2027 release at an anticipated price of $30,000. Such ambitious projects highlight Ford's vision of translating high-performance research into practical, affordable, and robust electric vehicles for the mass market. This forward-thinking approach demonstrates how innovation and challenging traditional boundaries can pave the way for a more sustainable and exciting automotive future.
This pioneering spirit, where manufacturers push the envelope of what's possible, not only drives technological advancement but also inspires a collective belief in progress. When companies invest in rigorous testing and development, translating those high-stakes lessons into products that benefit everyone, it embodies a proactive pursuit of excellence. This commitment to improvement and the relentless drive to overcome challenges ultimately serve to elevate standards, foster innovation, and create a better, more efficient world for all.