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Tesla has issued a recall for all 2024 Cybertruck electric pickups due to a potential safety concern involving the accelerator pedal. The recall was initiated after reports surfaced on social media showing the accelerator pedal pad becoming loose and dislodged, increasing the risk of a collision.

According to the National Highway Traffic Safety Administration (NHTSA), the plastic pad on the accelerator pedal may become dislodged and trapped in the interior trim while the throttle is applied, potentially interfering with braking inputs. Owners of the affected trucks reported that applying the brakes while the accelerator was pressed down cancelled the throttle input, leading to safety concerns.

NHTSA officials confirmed that the application of the brake pedal will cut drive torque, even when both brake and accelerator pedals are pressed simultaneously. This safety feature ensures that the vehicle can be brought to a stop quickly, mitigating the risk of accidents.

The recall affects all Cybertruck models manufactured between November 13 and April 4, totalling 3,878 electric vehicles. Tesla halted production of the Cybertruck after the initial reports to address the issue.

The cause of the problem was identified as soap used during the manufacturing process of the accelerator pedal assembly. This unapproved change in the assembly process resulted in the pad not adhering properly to the pedal, making it prone to dislodgement.

To remedy the issue, Tesla will replace or rework the accelerator pedal assembly at no additional cost to owners. Cybertrucks manufactured after April 17 are equipped with a new part that addresses the issue. Vehicles that have not yet been delivered will receive the fix before reaching customers.

The recall process began on March 31 when Tesla received a report of a stuck accelerator from a customer. Following an assessment of the car’s data logs, Tesla confirmed the issue and subsequently decided to voluntarily recall the affected trucks after receiving a second notice on April 3.

For enthusiasts craving the ultimate blend of performance and luxury in a sleek two-door coupe, the wait is over. Mercedes-AMG introduces the GT63 S E Performance, a flagship model that promises exhilarating performance and cutting-edge hybrid technology.

At the heart of this powerhouse lies a potent combination of a twin-turbocharged 4.0-litre V-8 engine at the front and an electric motor at the rear, delivering a staggering 805hp and 1419Nm of torque. The result? A blistering 0-100km/h acceleration time of just 2.7 seconds, making it the fastest-accelerating AMG production model to date.

 

Despite its plug-in hybrid designation, efficiency takes a back seat to performance. With a modest 6.1 kWh battery capacity, the focus is on maximising power delivery rather than the electric-only range. Charging options include plug-in capability and selectable recuperation settings, offering a seamless driving experience akin to an EV.

Power is harnessed through a nine-speed dual-clutch transmission and Mercedes-AMG’s 4Matic+ all-wheel-drive system, ensuring exceptional traction and control. Rear-axle steering, AMG Active Ride Control suspension, and carbon ceramic brakes further enhance the GT63 S E Performance’s dynamic capabilities.

Visually, the E Performance variant retains the understated elegance of the standard AMG GT63, with subtle badging and a discreet charging port hinting at its electrified nature. Beneath the surface, however, the active aero system has been fine-tuned to optimise performance for the hybrid powertrain.

Inside the 2+2 cockpit, occupants are treated to the signature Mercedes-AMG blend of luxury and technology, providing a refined and comfortable environment for spirited driving. The cockpit design, right down to the portrait format display in the centre console is focused on the driver.

Pricing details for the 2025 Mercedes-AMG GT63 S E Performance will be announced closer to its late 2024 on-sale date, offering enthusiasts the opportunity to experience the pinnacle of hybrid performance firsthand.

Ahead of its upcoming debut, the new BMW X3 undergoes rigorous final tuning at the BMW Group test centre in Miramas, southern France. The fourth generation of this Sports Activity Vehicle (SAV) in the premium mid-range segment promises highly efficient combustion engines and an advanced plug-in hybrid drive. Engineers meticulously fine-tune all chassis control and driver assistance systems to ensure superior handling across all model variants.

Extensive testing in various conditions, including snow, ice, extreme heat, and off-road terrain, has validated the BMW X3’s versatility and performance. From urban traffic to winding roads and highways, every aspect of its suitability for daily use and travel has been refined to deliver an exceptional driving experience.

At the Miramas test track, engineers focus on analysing and optimising the BMW X3’s acceleration, suspension, steering, and braking behaviour. The vehicle’s intelligent lightweight construction and aerodynamic design, boasting a drag coefficient of 0.27, contribute to its driving dynamics and efficiency.

Compared to its predecessor, the new BMW X3 features a wider track, reduced rear axle lift, and increased body and chassis rigidity. Enhanced steering comfort and cornering dynamics are achieved through modifications to kinematics, elastokinematics, and steering ratios. Optional Adaptive Chassis with electronically controlled shock absorbers offers customisable driving modes for added comfort or sportiness.

The latest BMW iDrive system, based on the BMW Operating System 9, elevates the X3’s automated driving and parking capabilities. With standard equipment exceeding Euro NCAP safety standards, the X3 integrates seamlessly with driver assistance systems, providing precise control and harmonious interaction between driver and vehicle.

State-of-the-art sensor and software technology powers the X3’s assistance systems, enabling features like the Active Lane Change Assistant and Parking and Manoeuvre Assistant, which allows remote control of maneuvers via smartphone.

Ford Motor Co. is set to mark the 60th anniversary of its iconic Mustang with the unveiling of a special edition of the classic pony car.

The Ford Mustang 60th Anniversary package will be offered on the GT Premium model with a 5.0-litre V8 engine, available in both coupe and convertible variants with manual or automatic transmissions. It will boast classic design elements reminiscent of the Mustang’s debut.

Exclusive features of the Ford Mustang 60th Anniversary package include badges on the fenders and trunk lid styled after the original badges, as well as a serialised anniversary instrument panel badge. Additionally, it will feature unique 20-inch wheels with details inspired by the 1965 Mustang’s centre caps.

Customers will have the option to choose from classic Wimbledon White, modern Race Red, and Vapor Blue colours for the 60th-anniversary edition of the Mustang. Exclusive side graphics, available in Iconic Silver or Vermilion Red, pay homage to the Mustang’s original panel stripes.

The special edition Mustang will also sport a new grille design with a mesh pattern, reminiscent of the original Mustang, updated with silver-accented nostrils that serve as functional air intakes for the 5.0-litre V8 engine.

Honda has unveiled the Ye Series, a new line of electric vehicles (EVs) targeted for the Chinese market. The debut includes the world premiere of two models, the Ye P7 and Ye S7, along with the concept model for the Ye GT Concept.

The Ye Series is part of Honda’s broader strategy to expand its electric vehicle lineup in China, with plans to introduce a total of six models by 2027. These new models aim to offer customers a compelling driving experience while aligning with the increasing demand for electrified transportation in the region.

Ye P7

Named after the Chinese character “烨,” meaning “shine brilliantly,” the Ye Series reflects Honda’s commitment to enabling drivers to express their passion for driving and individuality. The series will feature the new “H mark” emblem designed specifically for Honda’s next-generation EVs.

The Ye Series models are built on a dedicated EV platform developed in China, integrating Honda’s expertise in electrification technologies and human-centric design principles. They aim to deliver enhanced driving performance, comfort, and intelligence, including the integration of AI-powered assistants.

Ye S7

The Ye P7 and Ye S7, the first models in the series, offer variations with rear-wheel drive and four-wheel drive, respectively. Both variations prioritise driving enjoyment while providing spacious and intelligent interiors.

Additionally, the Ye GT Concept represents Honda’s vision for a grand tourer EV, featuring a dynamic design and immersive driving experience. It includes innovative features such as a far-focus display for the front passenger, creating a theater-like environment within the vehicle.

Ye GT Concept

Honda’s EV strategy in China aligns with its global goal of achieving carbon neutrality by 2050. By introducing a total of 10 Honda-brand EV models in China by 2027 and aiming for EVs to represent 100% of its automobile sales in China by 2035, Honda is taking significant steps toward a sustainable future.

The Audi e-tron GT is set to undergo a mid-lifecycle update, following in the footsteps of the Porsche Taycan, which shares its platform. While the exterior changes are subtle, with a prototype showcased without camouflage, significant upgrades are anticipated beneath the surface.

The prototype of the Audi e-tron GT revealed a few exterior tweaks, including revised front intakes, a slightly different grille cover, a redesigned rear diffuser, and new aero-optimised alloy wheels. However, the most notable enhancements are expected to be in its performance and technology.

Following the pattern of the recently updated Porsche Taycan, the e-tron GT is likely to feature more potent electric motors and faster charging capabilities, potentially reaching up to 320 kWh compared to the current 270 kWh. Some variants might also offer a larger 105 kWh battery pack for extended range.

The lineup is expected to include a new RS Performance trim, surpassing the power output of the outgoing RS e-tron GT but falling short of the impressive figures of the Porsche Taycan Turbo S.

Moreover, a new active suspension system with hydraulic actuators, similar to the Porsche Active Ride, is anticipated. This system promises to enhance both comfort and driving dynamics, offering drivers a wider range of adjustment capabilities and driving modes.

While Audi has not provided a specific debut date for the updated e-tron GT family, it is anticipated to be unveiled in the coming weeks or months, bringing a blend of performance, technology, and refinement to the electric vehicle market.

The adoption of autonomous driving technology has indeed sparked both excitement and caution in various regions around the world. While companies like Tesla and Waymo have made significant strides in bringing self-driving capabilities to the market, concerns about safety, regulation, and legal liability persist.

British Columbia’s decision to implement a ban on autonomous driving technology beyond Level 2 autonomy reflects a cautious approach to the deployment of these advanced systems. By restricting the use of higher-level autonomous driving features, the government aims to prioritise safety and ensure that drivers remain actively engaged in the driving process.

The categorisation of Tesla’s Full Self-Driving system as Level 2 autonomy means that it falls within the permitted range of autonomous capabilities in British Columbia. However, the introduction of more advanced autonomous features by Tesla or other manufacturers could potentially conflict with the province’s regulations and face legal repercussions.

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Maserati’s latest offering, the GranCabrio Folgore, introduces an electrifying twist to the world of convertibles, joining the ranks of a select few electric drop-tops available in the market. This open-air alternative to the GranTurismo Folgore shares its drivetrain and core features with its coupe counterpart, promising an exhilarating driving experience with zero emissions.

At the heart of the GranCabrio Folgore lies a cutting-edge drivetrain comprised of three radial-flux permanent-magnet motors, each equipped with its own silicon carbide inverter. With two motors positioned at the rear and one at the front, the GranCabrio boasts a formidable peak output of 818hp in “MaxBoost” mode, delivering impressive performance on demand. In standard operation, the car offers a still-impressive 751hp.

Powering this electric marvel is a T-shaped lithium-ion battery pack, strategically located between and behind the passengers to preserve the GranCabrio’s classic proportions. With a capacity of 92.5 kWh, the battery pack enables rapid charging capabilities, with regenerative braking capable of absorbing up to 400kW for short bursts and continuous charging at 270kW from compatible stations. To address potential charging infrastructure limitations, Maserati has equipped the GranCabrio with an onboard “DC Booster” system, allowing it to charge at 50kW from older stations.

In addition to its advanced drivetrain, the GranCabrio Folgore features innovative technology to optimise range and efficiency, including regenerative braking paddles and a guidance system to maximise available range. With a stated range of 447km on the European WLTP cycle, the GranCabrio offers impressive long-distance capabilities without compromising on performance.

Complementing its electrifying performance is a luxurious interior equipped with premium amenities, including a high-end sound system with up to 16 speakers, seat-mounted heaters for enhanced comfort, and a meticulously crafted cabin befitting its six-figure price tag.

While exact pricing and availability details are yet to be announced, the GranCabrio Folgore is poised to make a grand entrance into the electric vehicle market, offering discerning drivers a unique blend of luxury, performance, and sustainability in a captivating convertible package.

Maserati’s much-anticipated Folgore Day has finally arrived, coinciding with the 110th anniversary of the renowned Modena-based manufacturer. This milestone event marks the brand’s official foray into the electric dimension, signalling a new era for Maserati as it embraces electrification to shape its future across the globe.

At the heart of this electrifying journey are the brand’s latest offerings: the GranTurismo Folgore, the Grecale Folgore, and the GranCabrio Folgore, each representing a unique blend of electrification, innovation, luxury, and excellence deeply rooted in the Italian tradition. These models, alongside the upcoming MC20 Folgore super sports car set to debut in 2025, embody Maserati’s commitment to sustainable profitability and continuous evolution.

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A recent study conducted by Germany’s Kiel Institute for the World Economy reveals that China’s leading electric vehicle (EV) manufacturer, BYD Co., has received substantial direct government subsidies amounting to at least €3.4 billion (RM17.2 billion). This surge in aid is part of China’s strategic efforts to dominate the EV and clean technology sectors.

The report highlights a significant increase in subsidies for BYD, from €220 million in 2020 to €2.1 billion just two years later. Beyond direct subsidies, BYD benefits from additional support for local battery manufacturers and incentives for buyers of its vehicles. This financial assistance has allowed Chinese firms like BYD to rapidly expand their market presence, particularly in China, and increasingly penetrate European markets.

The European Union is currently investigating allegations of unfair aid practices within China’s EV sector. The report underscores concerns about the economic threat posed by an influx of Chinese-made products flooding European markets, prompting calls for trade rebalancing with China.

BYD, alongside fellow Chinese EV manufacturers Nio and Geely, is aggressively expanding into Europe after achieving significant success in the Chinese market. Meanwhile, Western manufacturers like Tesla and Volkswagen are facing intense competition in China’s fiercely competitive EV market.

According to the Kiel Institute, nearly all of China’s listed companies received direct subsidies in 2022, with substantial support also provided to industries such as wind, solar, and railway rolling stock. This level of industry aid in China far surpasses that of large EU and OECD countries.

In response to China’s aggressive subsidy programs, the EU has allocated funds to establish a €40 billion innovation fund aimed at enhancing competitiveness against Chinese counterparts. Additionally, the EU initiated a probe into whether Chinese subsidies provided unfair advantages to companies like BYD, SAIC, and Geely. Initial tariffs may be imposed as early as July.

China has defended its subsidy programs, asserting that its EV manufacturers’ success stems from superior products and technological innovation rather than solely relying on government support. Nevertheless, concerns persist about the impact of Chinese subsidies on global trade dynamics, prompting diplomatic efforts such as German Chancellor Olaf Scholz’s upcoming trip to China to address these issues.

BYD’s evolution from a battery maker to a leading EV manufacturer underscores the transformative impact of China’s domestic EV market growth and supportive policies. With its ability to offer competitively priced vehicles, such as the Seagull hatchback priced under $10,000, BYD has disrupted traditional automotive markets and intensified global competition in the EV sector.

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