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Following its appearance at the 2025 Bangkok International Motor Show, the Geely Xingyuan—also known under the Geome sub-brand—has made its way to China’s premier automotive event, Auto Shanghai 2025. Displayed alongside Geely’s high-tech Galaxy Cruiser SUV prototype, the compact electric vehicle (EV) has reignited speculation about its potential rebadging and entry into the Malaysian market under the Proton badge as the e.MAS 5.

If confirmed, the Xingyuan would become the second model in Proton’s e.MAS series, complementing the larger e.MAS 7 that has already been introduced in Malaysia. While official announcements remain pending, industry watchers note that the Xingyuan’s compact dimensions and urban-friendly electric powertrain make it an ideal fit for markets such as Malaysia, where demand for affordable, efficient electric mobility is growing.

In China, the Xingyuan is offered with two electric powertrains, both using lithium iron phosphate (LFP) batteries supplied by CATL. Fast-charging capabilities allow for a 30% to 80% charge in just 21 minutes. The entry-level variant comes equipped with a 30.12 kWh battery, offering a range of 310km under the Chinese Light-Duty Vehicle Test Cycle (CLTC), and is paired with a rear-mounted motor delivering 79PS and 130Nm of torque. The higher-end model features a larger 40.16 kWh battery that stretches the range to 410km, along with a more powerful 116PS, 150Nm electric motor. Both versions include a deep front trunk—or ‘frunk’—enhancing cargo versatility.

Five variants are currently offered in the Chinese domestic market. Standard and optional features include 16-inch alloy wheels, full LED lighting, a large 14.6-inch infotainment touchscreen (or a smaller 10.1-inch unit in base trims), 256-colour ambient lighting, either a four- or six-speaker audio system, and an external 3.3 kW power outlet for accessory charging. Comfort and convenience features span from manual to powered front seats, automatic air conditioning with rear vents, an 8.8-inch digital instrument cluster, and a 50W wireless phone charger with air-cooling. Comprehensive advanced driver assistance systems (ADAS) are also available, underlining the model’s emphasis on safety and smart technology.

Sized for the urban commuter, the Xingyuan is noticeably more compact than its e.MAS 7 sibling. It measures 4,135 mm in length and 1,805 mm in width, with a wheelbase of 2,650 mm—figures that position it firmly in the B-segment crossover category.

With growing anticipation surrounding its potential localisation, the question remains whether this small electric hatch will arrive in Malaysia bearing the Proton badge.

A few months ago, Geely offered a glimpse into the future of alternative fuel technology with winter testing of a cutting-edge super sedan powered by a methanol engine. Based on the Binrui Cool platform, this prototype replaces the traditional BHE15-EFZ petrol engine with the experimental DHE20TDM diesel unit, designed to run on M100 (100% methanol) fuel.

The innovative car made a public appearance at Auto Shanghai 2025, giving visitors an up-close look at what could be the next evolution in renewable energy for high-performance cars.

Geely’s methanol prototype delivers a thermal efficiency of 46%—a figure that rivals the best in internal combustion technology—alongside an impressive 15:1 compression ratio. It produces 250hp and a peak torque of 400Nm.

Most notably, despite being a high-performance concept vehicle, this methanol-fueled engine meets China’s stringent China VI-B emissions standards, which are equivalent to the Euro 6d regulations in Europe. This highlights methanol’s potential as a clean-burning alternative to traditional fossil fuels.

Geely is not just experimenting with green power for the road. The company has announced plans to launch the Super Cup Pro racing series in 2026, featuring a monocup format with identical methanol-powered race cars. This initiative underlines Geely’s belief that motorsport can lead the transition to renewable energy, proving that speed and sustainability can coexist.

Looking ahead, Geely envisions methanol as a viable fuel for commercial transportation. The company is developing a hybrid concept that combines methanol-fueled internal combustion engines with electric drivetrains, potentially offering a clean and efficient alternative to conventional diesel-powered vehicles.

To support this vision, Geely is planning to build a methanol production facility in Inner Mongolia, capable of producing 50,000 tons annually. This significant infrastructure investment reaffirms the company’s long-term commitment to alcohol-based fuels—a journey that began in 2005 under the leadership of Chairman Li Shufu, who continues to champion this technology as a key part of Geely’s sustainability strategy.

Chinese automotive giant Geely Auto made headlines at Auto Shanghai 2025 with the global unveiling of its advanced Galaxy Cruiser SUV prototype, alongside a suite of major innovations in vehicle safety and battery technology. The presentation underscored Geely’s vision for the future of intelligent and sustainable mobility, with a firm emphasis on safety and accessibility through technological progress.

The Galaxy Cruiser, described by the company as a robust and technologically advanced SUV, serves as a bold statement of intent. The prototype introduces a number of industry-first capabilities that blend off-road resilience with smart connectivity. It is the first vehicle in its class capable of switching in real time between pure electric, hybrid, and extended-range power modes, aided by an AI-controlled four-wheel drive system designed to handle diverse terrains and unpredictable driving environments. This system allows the SUV to effortlessly transition from urban commuting to challenging off-road conditions.

Equipped with what Geely refers to as a full-power digital chassis, the Galaxy Cruiser features a range of dynamic functions typically reserved for specialised off-road or military vehicles. It can perform crab walking, rotate on the spot, continue driving with a flat tyre, and even drift autonomously. Notably, it has been engineered to remain buoyant on water for up to two hours at a speed exceeding 8.5 km/h and can wade through water up to 800 mm deep.

Central to the Galaxy Cruiser’s innovation is Geely’s newly developed Golden Short Blade Battery, which the company says is built for extreme resilience. This battery is designed with patented bulletproof materials and special coatings to prevent thermal runaway, deformation, or explosion. In addition to powering the vehicle’s intelligent systems, it is also integrated with Geely’s satellite connectivity technology to ensure stable communication even in remote areas.

As part of its larger battery strategy, Geely also announced the formation of a new industrial battery group, JiYaoTongXing, which consolidates its existing battery technologies under one brand—the Golden Short Blade Battery. The new entity will focus on improving battery energy density, safety, and rapid charging capabilities, all while aligning with China’s newly implemented national standards for battery impact resistance. Geely confirmed it will contribute to wider industry adoption by making its patented battery pack bottom impact testing equipment freely available.

In a landmark step towards industry-wide safety standardisation, Geely introduced the Geely Global Safety Centre, described as the largest standalone automotive safety laboratory in the world. The facility will open its doors not just to Geely’s brands, but to other automotive manufacturers and researchers. With this initiative, the company seeks to foster greater collaboration across the industry and accelerate the pace of innovation in vehicle safety.

Geely also used the Auto Shanghai platform to reinforce its broader strategic outlook. Operating under the theme “AI for All, All for Safety,” the company emphasised that safety should be an accessible and non-negotiable standard across all vehicle classes. It argued that cutting-edge technologies, including artificial intelligence and smart mobility platforms, must be leveraged to serve the public good, not just luxury segments.

The Galaxy Cruiser and the supporting infrastructure unveiled at Auto Shanghai represent more than just an ambitious product showcase. They reflect Geely’s determination to redefine the future of mobility by uniting electrification, artificial intelligence, and a profound commitment to safety. In doing so, the company positions itself not only as a leader in Chinese automotive innovation but also as a key player shaping the global conversation around next-generation transport.

If successful, Geely’s technological ambitions—including its new battery platform and global safety laboratory—could signal a shift in how the industry approaches both innovation and competition. With a focus on open collaboration, adaptability, and resilience, Geely is betting on a future where the road ahead is not just electric, but also safer, smarter, and shared.

The newly launched all-electric Volvo EX90 has secured one of the automotive industry’s most prestigious accolades — the title of World Luxury Car of the Year 2024. The award, announced ahead of the New York International Auto Show, underscores Volvo’s leadership in combining premium design, sustainable innovation, and safety-focused technology in a singular package.

Chosen by a panel of 96 respected motoring journalists from 30 countries, the EX90 was praised for its refined Scandinavian aesthetics, cutting-edge electric performance, and groundbreaking safety systems. The recognition affirms the EX90’s status as the most advanced and safest vehicle Volvo has ever produced.

At the heart of this innovation lies Volvo Cars’ proprietary Superset technology stack, developed entirely in-house. The vehicle functions as a “computer on wheels,” utilising NVIDIA DRIVE AI platforms to power every aspect of its performance — from infotainment and safety functions to advanced driver assistance systems. This architecture allows for continuous improvement through over-the-air updates, making the EX90 more capable over time.

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In a move poised to redefine the hybrid segment, Hyundai Motor Group has introduced a ground-breaking hybrid powertrain that merges high-performance capability with everyday usability. The Korean automotive giant’s latest development marks a pivotal step in the evolution of electrified vehicles, aiming to deliver the benefits of full electric motoring without the limitations of charging infrastructure.

The newly engineered system centres on a dual-motor setup paired with optimised internal combustion engines. This advanced configuration ensures seamless transitions between petrol and electric power, offering spirited performance alongside notable improvements in fuel economy. Hyundai’s engineers have reduced mechanical complexity in the design, prioritising long-term reliability and ease of maintenance—two areas where conventional hybrids often draw scrutiny.

At the heart of the new system is a 2.5-litre turbocharged hybrid engine, producing an impressive 334 PS and 460 Nm of torque—figures typically associated with performance SUVs. Yet, despite its muscular output, the unit boasts a remarkable 45 per cent improvement in fuel efficiency compared to standard turbocharged engines. This leap in efficiency is attributed to a suite of cutting-edge technologies, including an advanced over-expansion cycle and a high-precision fuel injection system designed to extract maximum energy from every drop of fuel.

However, Hyundai’s vision extends beyond performance statistics. The hybrid powertrain incorporates a suite of intelligent features designed for real-world convenience. Predictive energy management evaluates upcoming driving routes to optimise power distribution between electric and petrol modes. Meanwhile, a newly developed ‘stay mode’ enables drivers to keep the climate control and infotainment systems running while the engine remains off—ideal for school runs, rest stops, or waiting in traffic.

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Kia has officially introduced the 2026 K4 Hatchback at the New York International Auto Show, marking its return to the global stage one year after the successful unveiling of the all-new K4 sedan and the teaser of a vibrant Sparkling Yellow hatchback. Positioned as a dynamic, city-savvy alternative to its saloon counterpart, the new hatchback blends enhanced versatility with the same elevated technology and design language that defined the original K4.

The K4 Hatchback has been developed with urban lifestyles in mind, combining a shorter overall length with expanded cargo space and class-leading passenger comfort. It promises a more agile driving experience while maintaining generous interior dimensions, making it particularly suitable for urban environments and active users.

According to Kia America, the hatchback is not merely an extension of the K4 line, but a purposeful evolution designed to appeal to those who value both functionality and bold styling. The model is set to go on sale in the United States by late 2025 and will be offered in standard and GT-Line variants.

The new hatchback retains the assertive stance and contemporary silhouette of the K4 saloon while introducing distinctive styling elements. It features a floating roofline that integrates seamlessly with the rear hatch, along with a more athletic profile emphasised by hidden rear door handles embedded within the C-pillar. The vehicle also adopts Kia’s “Opposites United” design philosophy and includes design cues from the EV9, such as vertically stacked LED headlamps and tail-lamps.

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Porsche has set a new benchmark at the Nürburgring Nordschleife, with its latest 911 GT3 becoming the fastest production car fitted with a manual transmission to lap the legendary circuit. Behind the wheel of the record-setting vehicle was Porsche brand ambassador Jörg Bergmeister, who completed the 20.832km course in a remarkable 6 minutes and 56.294 seconds, eclipsing the previous best by more than nine and a half seconds.

The achievement underscores Porsche’s commitment to driver-focused engineering, particularly at a time when fully automated systems and dual-clutch gearboxes dominate the performance car landscape. This record is especially significant considering the vehicle was equipped with a traditional six-speed manual gearbox rather than the brand’s quicker, seven-speed Porsche Doppelkupplungsgetriebe (PDK) transmission.

The 911 GT3, fitted with the Weissach package, delivered a performance that exceeded its predecessor’s PDK-assisted lap by 3.633 seconds, illustrating the substantial improvements made across key performance areas. Among the developments contributing to the enhanced pace were revisions to the suspension setup and chassis, largely influenced by insights gained from the more extreme 911 GT3 RS. The new model also features a revised gear ratio, shortened by eight per cent, which provides improved acceleration characteristics despite maintaining the same power output of 510PS.

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Volvo Cars has officially unveiled the updated Volvo S90, a sleek and sophisticated evolution of its flagship sedan, now featuring a comprehensive suite of premium design elements, cutting-edge technology, and electrified powertrains aimed at enhancing comfort, safety and driving experience.

The new S90 embodies the Swedish automaker’s shift towards full electrification, offering both plug-in hybrid and mild hybrid variants. It blends modern Scandinavian aesthetics with advanced functionality, reaffirming Volvo’s commitment to innovation and sustainable luxury.

From the outside, the refreshed S90 presents a more contemporary and refined appearance. The redesigned front and rear fascias give the sedan a more assertive and polished silhouette, complemented by clean lines and an updated front grille with bold graphic detailing. A sculpted bonnet, reworked front wings, and a sharper front bumper contribute to the S90’s poised stance.

Signature design elements such as the Thor’s Hammer LED headlights have been reimagined with slimmer proportions and stretch all the way to the grille, now incorporating Volvo’s latest Matrix LED technology to enhance visibility in all conditions. At the rear, newly styled taillights integrate seamlessly with the overall design for a cohesive finish.

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Surrey-based automotive start-up Get Lost has unveiled an audacious reinterpretation of the classic Lotus Elise S1, turning the revered lightweight sports car into a rugged off-road rally-raid machine. Known as Project Safari, the vehicle defies the Elise’s traditional road-hugging persona by embracing a radically altered design aimed at conquering rough terrain.

The Project Safari is intended as a provocative departure from the Elise’s original ethos. The team at Get Lost conceived the concept with the express purpose of challenging expectations. The Elise, first launched in the 1990s as a featherweight, track-focused sports car, has been extensively overhauled both aesthetically and mechanically to meet the demands of serious off-road driving.

Among the most significant engineering changes is the complete redesign of the car’s suspension system. The bespoke setup raises the ride height by 100mm, dramatically increasing ground clearance and enabling the vehicle to tackle uneven surfaces with greater assurance. The undertray has also been reinforced to withstand impacts from debris and rocks that might be encountered off-road.

To accommodate the vehicle’s new all-terrain Nankang tyres, the bodywork has been revised with flared wheel arches. A distinctive roof-mounted air intake, styled in homage to the Elise’s original front grille, now sits above the cabin, giving the vehicle a more aggressive silhouette. In contrast to the Elise’s famously smooth curves, Get Lost has equipped the Project Safari with rectangular LED headlights and a prominent front-end rally lamp pod, heightening the car’s off-road visual language.

While the original Rover-sourced 1.8-litre engine has been retired, Get Lost has not yet disclosed the powertrain chosen for the Project Safari. However, the company has confirmed that the new engine offers both enhanced performance and improved reliability—qualities essential for off-road capability. It is widely speculated that either Honda’s robust K-Series engine or Ford’s dependable Duratec unit has been installed, both of which are known for delivering significantly greater power than the Elise’s original 118bhp output.

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Hennessey Special Vehicles has officially introduced the Venom F5 Evolution, a significantly upgraded iteration of its celebrated hypercar, now recognised as the most powerful road-legal car powered solely by an internal combustion engine. Developed in partnership with Ilmor Engineering, the new model generates power, accompanied by substantial improvements in aerodynamics, suspension, handling, and comfort.

The launch of the Venom F5 Evolution marks a pivotal moment in Hennessey’s ongoing mission to redefine the limits of performance and engineering. The Texan manufacturer, known for pushing the boundaries of speed and design, embarked on an intensive development programme following customer demand for enhanced capability. As a result, the F5 Evolution incorporates a comprehensive suite of upgrades designed to refine both on-track performance and grand touring comfort.

At the heart of this next-generation hypercar lies the newly optimised ‘Fury’ engine, a 6.6-litre twin-turbocharged V8 created through a collaboration with high-performance specialists Ilmor Engineering. Building upon the original powerplant, the revised engine benefits from advanced componentry including the world’s largest mirror-image turbochargers (Precision 76/80 Next Gen), Ilmor-designed billet aluminium pistons, extreme-duty aluminium connecting rods, lightweight titanium exhaust valves, high-capacity fuel injectors, and refined billet valve covers. These enhancements collectively contribute to an increase of 214 brake horsepower (bhp) over the original output.

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