E7A Initiative: Renault and Valeo's innovation to transform the way we travel
The E7A: Renault 's Electric Design Innovation Reduces Dependencies and Minimizes Environmental Impact The E7A employs an integral structure that is 30% smaller than those currently used in the Megane and Scenic E-Tech, which, importantly, are fully electric. This design also eliminates the need for rare earth elements, reducing its environmental impact by 30%. Furthermore, by prioritizing wound rotor technology instead of permanent magnet electric motor technology, not only is efficiency improved but also eliminates the need for imported rare earth elements and magnets, thus simplifying the supply chain. The E7A motor will significantly speed up battery charging time, increasing system voltage to 800 volts, compared to the conventional 400 volts. Although it will be powerful, its efficiency will be remarkable, thanks in part to the stator supplied by Valeo. This motor will offer an increase of up to 200 kW (approximately 268 hp) in power without consuming additional energy. It also incorporates Hairpin technology in the copper wire assembly, one of Valeo's specialties.
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Luxury, Autopilot, and Electric Power: This is the BMW i5
BMW i5 : The Eighth Generation of the Electric Evolution of the 5 Series Starting with the modest i3 more than ten years ago, BMW's electric vehicle range has experienced steady growth ever since. Alongside the established BMW i4, BMW i7, BMW iX, and BMW iX3, the all-new BMW i5 was recently introduced. This new member represents the electric adaptation of the BMW 5 Series, now in its eighth edition. Naturally, it maintains many similarities with its gasoline, diesel, and plug-in hybrid counterparts, but stands out for its dimensions, which are larger than those of its predecessor.
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Ferrari SP-8: An exclusive tribute to the legendary twin-turbo V8 engine
Ferrari SP-8 : A Roadster-Led Aerodynamic Gem Inspired by the F8 Spider The Ferrari SP-8, presented here, is an emerging gem from the One-off program, the fruit of a seamless collaboration between a passionate customer from Taiwan and the talented design team led by Flavio Manzoni at the Ferrari Centro Stile. It was born as a true two-seater, with the essence of a roadster and the audacity of going without a roof. Its DNA is derived from the F8 Spider, inheriting its design and structure. However, its true jewel lies under the hood: the award-winning 3.9-liter twin-turbo V8 engine, which has been praised by experts and has garnered the "Engine of the Year" (IEOTY) award four times in a row. Adapting this roofless vehicle to aerodynamic demands, especially with such a powerful engine, has been no easy task. But, after meticulous wind tunnel testing and rigorous track sessions, the SP-8 has proven to offer the same level of acoustic comfort as its inspiration, the F8.
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Lexus unveils its Tesla competitor, but it won't be on sale until 2026.
The future rival to the Tesla Model S? Lexus unveils the LF-ZC, and its electric offering promises to revolutionize the market in 2026. At the Japan Mobility Show, Lexus revealed its vision of the electric future with the LF-ZC concept car. This proposal previews the technology and design the Japanese brand has planned for its next generation of electric cars. It is expected to compete with vehicles such as the Tesla Model S, Mercedes EQE, and BMW i5 starting in 2026. The Lexus of the future: cutting-edge technology planned for 2026. Lexus is laying the groundwork for the rollout of its new line of electric vehicles. Targeting a 2026 debut, the recent unveiling of the Lexus LF-ZC concept in Tokyo gives us an early glimpse into what this next generation will offer.
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BMW is reportedly working on new combustion engines for its SUVs.
BMW is reportedly working on new internal combustion engines for its SUVs. Despite investing heavily in electrification, BMW has no intention of abandoning the internal combustion engine (ICE). According to a report in the German newspaper Handelsblatt , BMW plans to launch new ICE-powered vehicles in 2027. New range of internal combustion engines for the X-Series models According to company insiders, the new gasoline engines will be available for the X-Series model range, which includes vehicles like the US-built X3 and X5. The company's CEO, Oliver Zipse , has shared his thoughts on a complete ICE ban in the past, noting that abandoning the technology could hamper the growth of the auto industry. BMW will continue to offer internal combustion engine vehicles alongside electric vehicles. Although BMW is investing in electrification, its strategy is to offer one vehicle lineup for all markets, meaning that internal combustion engine vehicles will continue to be sold in markets where they are permitted. While this strategy may make sense from a business perspective, it has not been well received by environmentalists. New internal combustion engines with reduced emissions Last year, BMW's Frank Weber noted that the company is working on a series of traditional engines with significantly reduced emissions. This means they will comply with increasingly stringent legislation and extend the life of the ICE. Internal combustion engines needed for markets where electric vehicles are not viable It's important to note that both Rolls-Royce and Mini have committed to going fully electric by 2030. However, BMW will have to retain internal combustion engines if it wants to survive in the global market, especially in those markets where electric vehicles aren't viable. Internal combustion engines in new Neue Klasse vehicles These new internal combustion engines will likely be fitted to upcoming Neue Klasse models, designed to accommodate electric, combustion, and even hydrogen powertrains. The company's iconic straight-six and V8 engines are likely to survive a little longer thanks to electrification, but are expected to be phased out long before the three- and four-cylinder engines.
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Porsche bets on synthetic fuels: mass availability date
"Porsche is committed to synthetic fuels as a complement to electrification in the mobility of the future." Amid the growing trend toward electrification, Porsche is boosting the production of synthetic fuels, or e-fuels. This is because, although electrification is booming, there are currently around 1.3 billion vehicles on the road worldwide, and replacing them all with electric vehicles is difficult. Furthermore, there are sectors that rely on combustion, such as aviation and backup generators in hospitals. Therefore, Porsche has invested in international synthetic fuel production projects, such as the Haru Oni pilot plant in Punta Arenas, Chile, and aims to triple its current production of 130,000 liters per year. E-fuels are a complementary solution to electric vehicles Porsche AG Chairman of the Board of Management, Oliver Blume, believes that e-fuels are a complement to electric vehicles in the mobility of the future. According to Blume, combustion engines can run on e-fuels without emitting CO2 into the atmosphere, making them a complementary and effective solution. That's why Porsche has invested in this technology and is working on its development and production in different locations around the world. The key lies in inexhaustible sources of energy. To produce synthetic fuels, an inexhaustible source of energy is needed, such as wind and water. In the case of the Chilean plant, the intensity of the wind that blows from the south of Magallanes at a constant speed of 120 km/h, as well as water, are used. To produce e-fuels, hydrogen and oxygen are separated from the electricity obtained through a proton exchange membrane, resulting in virtually carbon-neutral emissions. Furthermore, since they are not of fossil origin, e-fuels do not contain undesirable elements such as sulfur. Industrial-scale production in 2027 Currently, the Chilean Haru Ori plant is capable of producing 130,000 liters of synthetic fuels per year. However, with the opening of plants in the United States and Australia, Porsche plans to triple its production, enabling industrial-scale production by 2027, according to the Chilean plant's operations manager. Conclusion In summary, Porsche is betting on synthetic fuels as a complementary solution to electric vehicles for future mobility. Through international e-fuel production projects, such as the Chilean Haru Ori plant, Porsche is working on the development and production of synthetic fuels worldwide.
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Toyota Supra GRNM: The next generation of the iconic sports car with a 550-hp BMW M4 CSL engine?
The iconic Toyota Supra could be getting a definitive performance upgrade in the near future. The Toyota Supra has been an icon of Japanese cars since its launch in the 1980s. The latest version of the Supra boasts a stunning design and BMW-powered mechanics, but many fans believe the car hasn't evolved as much as it should have after years of using the 2JZ-GTE engine. However, Toyota is expected to release a refresh of the Supra in the near future that will provide the ultimate performance boost. Unlike the Supra MK4, which became a legend thanks to its extremely reliable and highly customizable engine, the current Supra comes in two engine options: a 2.0-liter turbocharged inline-4 with 258 hp and a 3.0-liter turbocharged inline-6 with 340 hp. While the latter is more appealing and offers the option of a manual transmission, some critics believe it's still inferior to its main rival, the Nissan GT-R. Recently, however, there have been rumors that Toyota will launch the Toyota Supra GRMN powered by the BMW M4 CSL. This update would be much more powerful, with a 3.0-liter twin-turbo inline-6 engine producing 550 hp and 650 Nm of torque. The GRMN name comes from Gazoo Racing Meister of Nürburgring, according to Japanese website Best Car. The A90 Supra is expected to receive a complete overhaul with this update, including improvements to the chassis, suspension, and a possible weight reduction with new interior elements. This would be a long-awaited update for Supra fans, as it would mark a major step forward in the car's evolution. Furthermore, it is expected to be one of the last versions with combustion engines, as the next generation of the Supra could switch to an electric motor.
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Honda CEO suggests combustion engines could last until 2040
"Honda CEO believes internal combustion engines will remain relevant despite the rise of electric vehicles." Honda CEO Toshihiro Mibe believes that combustion engines will remain the primary form of propulsion in many vehicles for a long time, despite the growing trend toward electric vehicles. While Honda accelerates its development of electric vehicles, the Japanese automaker remains realistic about the longevity of the internal combustion engine, stating that gasoline-powered vehicles could still be around in 2040. During his visit to the Marysville, Ohio, manufacturing facility, Mibe stated that investment in the development of electrification and fuel cells is a priority for the company. However, he expects internal combustion engines to continue to be the preferred choice for high-performance cars, trucks, and other heavy-duty vehicles. He emphasized that, as Honda moves toward carbon neutrality, it is focusing on electrification and fuel cells as the two main components of future mobility. Mibe's comments reflect Honda's multifaceted approach to achieving carbon neutrality by 2050. This approach involves using combustion vehicles in markets where they make business and regulatory sense, while also focusing on electric vehicles, hybrids, e-fuels, and hydrogen for the rest of its portfolio. Honda and Acura will introduce two new electric vehicles next year, the Prologue and the ZDX, both produced at GM's Springfield, Tennessee, assembly plant. According to Reuters, Mibe also confirmed that Honda is preparing its own electric vehicle architectures, separate from its partnership with GM, and that they should be available by 2026. Honda's CEO acknowledges that the transition to electric vehicles will take time and that combustion engines will remain relevant for many years. He acknowledges that his personal feelings about engine development don't always align with what's best for the business. Therefore, Honda is taking a pragmatic approach to the transition to electric vehicles, recognizing that a multifaceted approach that includes both combustion engines and electric vehicles will be required. In conclusion, Honda's CEO believes that combustion engines will remain relevant for many years to come, even as the industry shifts toward electric vehicles. As Honda accelerates its electric vehicle development, it recognizes that a multifaceted approach is required to achieve carbon neutrality by 2050. This approach involves using combustion vehicles in markets where they make business and regulatory sense, while also focusing on electric vehicles, hybrids, e-fuels, and hydrogen for the rest of its portfolio.
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"The Suzuki Jimny: Design and Global Expansion of the Compact Off-Road Vehicle"
The fourth-generation Suzuki Jimny and Jimny Sierra were launched in Japan on July 5, 2018, with a styling reminiscent of the previous generations of the LJ and SJ Jimny. Production began in Japan on May 29, 2018, at Suzuki's Kosai Plant. Subsequently, due to its high CO2 emissions and increasingly stringent EU emissions standards, the Jimny was withdrawn from sale in European markets in 2020, to be reintroduced in 2021 as a commercial vehicle (without rear seats and with a partition separating the luggage space from the front seats), and therefore subject to less stringent emissions limits. In January 2023, Suzuki launched the five-door, long-wheelbase version of the Jimny, based on the Sierra version. Design The body-on-frame design uses a ladder frame, a 3-link coil-over suspension, and four-wheel drive with a low-range transfer gear, marketed as the ALLGRIP PRO. Transmission options are a 5-speed manual and a 4-speed automatic. The exterior features vertical A-pillars, a flat, hinged hood, driver and passenger window lines that dip downward to extend visibility, a simple black grille with round headlights, roof-edge drip edges, and prominent wheel arch extensions. Interior rear luggage space can be expanded by folding the twin rear seats, creating a 377-liter luggage space with a flat floor, five utility bolt holes, and four luggage anchors. The design results in an approach angle of 37 degrees, a bank breakover angle of 28 degrees, and a departure angle of 49 degrees. Engines The base Japanese market Jimny is powered by a 658 cc three-cylinder turbocharged R06A petrol engine, while the wide-body version (Jimny Sierra) has a newly developed 1.5-litre four-cylinder naturally aspirated K15B petrol engine (75 kW (102 PS; 101 hp) at 6,000 rpm, 138 N⋅m (14.1 kg⋅m; 102 lb⋅ft) at 4,400 rpm). Southeast Asian Markets The fourth generation Jimny was showcased in Indonesia at the 26th Gaikindo International Motor Show in August 2018 and at the 27th Indonesia International Motor Show from April to May 2019, and was launched at the 27th Gaikindo International Motor Show on 18 July 2019. It was also unveiled at PIMS 2018 for the Philippine market, and then the Jimny was launched at the 40th Bangkok International Motor Show on 26 March 2019 for the Thai market. In September 2021, the Jimny was introduced in Malaysia, featuring a single 1.5-litre VVT engine with a four-speed automatic gearbox. Mexico The Jimny was introduced to the Mexican market on November 12, 2020. It is only offered in the GLX trim level with both manual and automatic transmissions. India Assembly of the Jimny began in India in January 2021 exclusively for export markets. The assembled Indian 3-door Jimny has been exported to African markets and countries in the Middle East. In January 2023, the 5-door Jimny was introduced for the domestic market. The model is available exclusively at the Nexa dealership chain reserved for Maruti Suzuki's premium models. The Jimny incorporates a number of safety features, marketed by Suzuki as Suzuki Safety Support. The Dual Sensor Brake Assist (DSBS) system determines if there is a risk of a frontal collision and issues an audio and visual warning, increasing braking force or applying automatic braking to avoid a collision or minimize damage. Other functions include lane departure warning, a fabric alert function, and high beam assist, which automatically switches between high and low beams.
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