Amidst challenging financial conditions and under fresh ownership and leadership, McLaren, the iconic British supercar maker, is striving to turn around its financial performance. The company recently disclosed significant losses totalling £873 million attributed to slow sales and reduced revenue.
Strategic Shift to Address Financial Challenges
To tackle these financial issues, McLaren is changing its strategy from the one set by its former leadership. The new plan involves entering the more profitable SUV market, a segment already popular among competitors. McLaren’s new CEO, Michael Leiters, has hinted at this shift by referring to the upcoming model as a “shared performance vehicle” (SPV), with a focus on performance.
Leiters explained that to unlock our full potential as a company, they believe there is a second stage. They aim to expand their lineup beyond the segment we currently occupy. They call this ‘shared performance,’ because it allows more people to experience McLaren performance.
One of the most enigmatic cars in Porsche’s storied history is the 930 TAG Turbo. Long shrouded in mystery, the existence of the Formula 1-engined 911 was for decades, considered a mere rumour. However, the legend is real, and now, it’s making a powerful comeback with even more performance than before.
The original Porsche 930 TAG Turbo originated in the 1980s as a result of McLaren’s Formula 1 team collaboration with Porsche. McLaren, seeking to compete with Renault’s potent turbo engines, partnered with Porsche to develop a unique 1.5-litre twin-turbo V6, a departure from Porsche’s typical engine designs. This TAG-funded and branded engine required a test platform, which became the 911 Turbo, thus creating the 930 TAG Turbo.
In recent years, McLaren’s partner, Lanzante, renowned for their Le Mans victory with the F1 GTR, acquired the remaining TAG Turbo engines. They decided to expand the 930 TAG Turbo’s legacy into a limited production run. This newest version, rebranded as the TAG Championship, is set to debut at this year’s Goodwood Festival of Speed.
Cosworth, in collaboration with Lanzante, has reworked the Grand Prix-used F1 engines to enhance drivability on the road. The engines now feature new internals, improved cooling systems, and modern titanium turbochargers. The result is a significant power boost from 503hp to 625hp, with the engines capable of revving up to 10,250 rpm. This formidable powertrain is paired with a modified six-speed manual transmission from a Porsche 993, featuring unique gear ratios, enabling the car to exceed a top speed of 321km/h.
The TAG Championship boasts extensive use of carbon fiber in its construction, resulting in a stripped-down interior that includes a roll cage and Recaro bucket seats. These modifications have reduced the car’s dry weight by over 400kg, bringing it down to a mere 920kg, significantly enhancing its performance.
In terms of aesthetics, the TAG Championship pays homage to its racing heritage with styling cues inspired by the McLaren MP4/2. It features wheels and a steering wheel that echo the design of the iconic Formula 1 car, and its livery is modelled after the helmet of Alain Prost, who won the drivers’ championship in 1985.
Only three of these extraordinary cars will be produced, each celebrating one of the three TAG Championship wins. Given their exclusivity and heritage, it’s no surprise that these magnificent machines are likely already spoken for.
Volkswagen has announced a significant shift in its electrification strategy, redirecting a portion of its EV-designated funds towards the development of petrol engines. Arno Antlitz, the company’s Chief Financial Officer, revealed that Volkswagen will allocate approximately $65 billion to ensure its combustion-engine cars remain competitive.
Despite acknowledging that electric vehicles (EVs) represent the future, Antlitz emphasised that traditional internal combustion engine (ICE) technology still has a crucial role. This adjustment marks a departure from Volkswagen’s earlier commitments, including its stated goal to sell EVs in Europe by 2033 exclusively. The company had previously projected that EVs would comprise 80 per cent of its global sales by the end of the decade.
The implications of this strategic shift for Volkswagen’s model lineup in the United States remain uncertain. However, it is anticipated that the U.S. market may see an increase in hybrid models alongside existing petrol-engine vehicles like the GTI. Volkswagen’s ID electric vehicles, particularly the ID.4, have faced lukewarm market reception in the U.S., potentially influencing this reallocation of resources.
Mini is broadening its all-electric vehicle portfolio with the introduction of the new Mini Countryman E. With increased dimensions, the latest Countryman model offers a spacious and family-friendly design. It measures 13cm longer and eight centimetres taller than its predecessor, providing more interior room and enhanced storage capacity. The luggage compartment, with a maximum volume of 1,450 litres, easily accommodates bulky items when the rear seats are folded down. The model’s 202 mm ground clearance ensures a comfortable ride on uneven roads.
Customisable and Stylish Trims
The Mini Countryman E comes in four new vehicle trims, allowing for extensive personalization of both exterior and interior elements. The Favoured Trim highlights brand-typical design features in Vibrant Silver, and buyers can opt for a contrasting roof and mirror caps in the same colour. The model’s clear and streamlined surfaces are accentuated in the striking Blazing Blue shade. Inside, the Favoured Trim includes comfortable sports seats and a newly designed sports steering wheel featuring a textile strap instead of the traditional six o’clock spoke.
Enhanced Performance and Agility
The Countryman E is powered by a 204hp electric motor, delivering 250Nm of torque. This enables the vehicle to accelerate from 0 to 100km/h in 8.6 seconds and reach a top speed of 170km/h. The continuous acceleration of the electric motor enhances agility, emphasizing Mini’s signature go-kart feel. The vehicle’s battery, with an energy content of 66.45 kWh, supports DC fast charging up to 130 kW, allowing the battery to charge from 10% to 80% in just 29 minutes. The model boasts a range of up to 462km in the WLTP test cycle.
Modern and Aerodynamic Design
The new exterior design of the Mini Countryman E accentuates its off-road character. Short overhangs, a short bonnet, and a long wheelbase create a dynamic and agile appearance. The redesigned octagonal front grille and distinctive LED headlamps enhance the vehicle’s modern look. Optional light signatures for the front and rear lights allow for further customization. The slightly curved roof seamlessly connects to the redesigned C-pillar, adding sporty accents, while the distinctive Mini rim designs are available in sizes ranging from 17 to 21 inches.
Spacious and High-Tech Interior
The new Mini Countryman E offers nearly three centimeters of additional width in the shoulder and elbow areas, providing more space and comfort for the driver and passengers. The dashboard features a two-tone textile cover extending into the door panels, while the central round OLED display with a 240 mm diameter and high-quality glass surface controls all infotainment and assistance systems. The new Mini Operating System 9, accessible via touch or voice control, enhances user interaction. The Mini Experience Modes offer an immersive driving experience, and the panoramic glass roof brings natural light into the spacious interior.
Advanced Assistance Systems
The Mini Countryman E includes innovative assistance systems for improved comfort and safety. The optional Driving Assistant Professional enables partially automated Level 2 driving on motorway-like routes, allowing the driver to take hands off the steering wheel at speeds up to 60km/h while remaining alert. This system can identify necessary gaps in traffic for lane changes and adjusts the vehicle’s speed for optimal assisted lane changes.
Mini’s latest offering, the Countryman E, exemplifies the brand’s commitment to combining style, performance, and advanced technology in an all-electric package, making it an ideal choice for families and eco-conscious drivers alike.
In a significant move for the future of autonomous driving, China has granted nine companies the green light to begin testing Level 3 autonomous driving systems on public roads. This approval comes approximately eight months after the Chinese government issued guidelines for the nationwide initiative and started accepting applications from firms interested in testing their self-driving technologies.
The Chinese Ministry of Industry and Information Technology (MIIT) has confirmed that Nio, BYD, Changan Auto, GAC, SAIC, BAIC BluePark, China FAW Group, SAIC Hongyan, and Yutong Bus have received approval to test their autonomous vehicles on restricted roads. These tests will allow drivers to take their hands off the steering wheel, marking a significant step towards the deployment of Level 3 semi-autonomous vehicles in China.
While Level 3 autonomous vehicles are not yet commercially available in China, these tests are expected to pave the way for the introduction of such systems for individual buyers and fleet operators. Currently, at least 10 car manufacturers in China, including Huawei and Xpeng, sell vehicles equipped with Level 2 systems.
Alpina, the renowned automaker famed for its unique blend of luxury and performance, has unveiled the GT versions of its B3 and B4 models. This move caters to BMW enthusiasts desiring a sophisticated package that delivers M-like performance.
The new GT models boast a significant power boost. The twin-turbocharged inline-six engine now delivers 529hp, an increase of 34hp, and 729Nm of torque. This positions the Alpina B3 GT sedan and B3 GT Touring, along with the B4 GT Gran Coupe, on par with BMW’s M3 Competition models.
Alpina has attributed this power increase to revised engine mapping. The enhanced performance allows the B3 GT sedan to accelerate from 0 to 100km/h in just 3.4 seconds. The B3 GT Touring and B4 GT Gran Coupe achieve this in 3.5 seconds. All models feature power distribution to all four wheels through a ZF eight-speed automatic transmission.
Visually, the GT versions maintain a subtle yet distinctive look. They feature small canards and a front splitter, along with a redesigned black diffuser and new exhaust tips. Alpina’s signature shades of blue and green are available, alongside a broad range of BMW Individual colours. The Alpina badging is prominent on both the exterior and interior, including the GT script in Oro Tecnico.
The B3 GT is offered in both sedan and wagon trims. These models, based on the 3 Series, sport the smaller grille compared to the M3, providing a different aesthetic choice for buyers. The B4 GT, available in Gran Coupe format, shares the same power and performance enhancements.
These models will be exclusive to the European market, with deliveries starting in November. Pricing begins at 101,700 Euros (RMRM518,008) for the B3 sedan, 102,900 Euros (RM524,098) for the B3 Touring, and 105,100 Euros (RM535,348) for the B4 GT Gran Coupe.
The new GT versions from Alpina offer a compelling alternative for BMW buyers seeking a luxurious yet powerful driving experience. With M-level performance and unique Alpina styling, these models provide a sophisticated option in the high-performance vehicle segment.
There has been an ongoing debate about whether electric vehicle (EV) owners need to purchase tyres specifically designed for EVs. While some argue that EVs require special tyres, many EV owners find that standard tyres perform well and offer long life. Michelin, a trusted tyre manufacturer, has weighed in on this issue, dispelling the myth that EV-specific tyres are necessary, as reported by Torque News.
Before diving into Michelin’s stance, it’s important to understand some widely accepted facts about EVs:
Weight: EVs are generally heavier than similarly sized vehicles with conventional powertrains due to their large batteries.
Torque: EVs offer more torque and deliver it more smoothly than most conventionally powered vehicles.
Noise: EVs are quieter inside the cabin, amplifying tyres and road noise.
Efficiency: Range and efficiency are critical for many EV owners.
Spare tyres: Most EV models do not come with spare tyres.
These characteristics influence tyre selection, emphasising durability, noise reduction, and efficiency. However, these needs are not exclusive to EVs; many conventional vehicles share similar requirements.
Michelin’s Perspective on EV Tyres
Michelin asserts that their latest generation of tyres are “EV Ready” and do not need to be specifically labeled as EV tyres. According to Michelin product managers, their tyres inherently possess the qualities that EV manufacturers and consumers seek, such as long wear, noise reduction, and low rolling resistance.
Volkswagen is significantly expanding its ID.7 electric vehicle range with the introduction of new models, including the high-performance ID.7 GTX and the versatile ID.7 GTX Tourer. Both models boast impressive features and performance capabilities, solidifying Volkswagen’s commitment to electric mobility.
High-Performance ID.7 GTX and GTX Tourer
Leading the charge is the ID.7 GTX, a fastback model equipped with a 340PS output and electric all-wheel drive. This powerhouse vehicle can accelerate from 0 to 100 km/h in just 5.4 seconds, thanks to its dual-motor setup that delivers 250 kW. It also boasts a substantial WLTP range of up to 595km, making it both a thrilling and practical choice for EV enthusiasts. The ID.7 GTX supports fast charging with up to 200 kW at DC stations, allowing the 86-kWh battery to charge from 10% to 80% in just 26 minutes.
BMW is gearing up for a major shift with the launch of the fourth-generation 1 Series, including a new M Performance variant. Despite retaining its front-wheel-drive architecture, the new iteration brings a host of cosmetic and technological upgrades while hinting at a future shift in nomenclature by dropping the “i” from its petrol model names, starting with the M135.
M135 xDrive
Performance and Powertrain Options
The M135 will be available at launch, powered by the latest iteration of the B48 engine. This 2.0-litre turbocharged petrol engine delivers 296hp in regions with stricter emissions regulations and 312hp elsewhere. Torque is consistent at 400Nm, enabling the M135 to sprint from 0 to 100km/h in 4.9 seconds and reach a top speed of 250km/h.
Other engine options include a 1.5-litre turbo three-cylinder mild-hybrid in the 120, producing 168hp and 280Nm of torque. This variant can accelerate from 0 to 100km/h in 7.8 seconds and has a top speed of 225km/h.
For diesel enthusiasts, there’s the 120d with a 2.0-litre turbo engine, generating 161 horsepower and 280Nm of torque, achieving 0 to 100km/h in 7.9 seconds and a top speed of 222km/h. A more affordable 118d variant offers 148hp and 360Nm of torque, completing the 0-100km/h sprint in 8.3 seconds and matching the 120d’s top speed.
Exterior and Design Evolution
The new 1 Series maintains its recognisable silhouette, but with sharper, more aggressive headlights and taillights reminiscent of the latest X2. The M Performance version, the M135, stands out with a quad exhaust system borrowed from the X1 M35i and X2 M35i, and the signature M-specific side mirror caps and kidney grille badge. The M135 also features plenty of glossy black trim and a sportier grille with horizontal slats.
The standard 1 Series models, whether equipped with the M Sport Package or not, sport a unique grille design with interlaced vertical and oblique lines. Notably, the new 1 Series is BMW’s first model to offer a contrasting roof finish in glossy black. Wheel sizes range from 17 inches up to 19 inches for the M135, which can also be equipped with optional compound brakes.
Interior Upgrades and Technological Enhancements
Inside, the 2025 1 Series offers a dramatic departure from its predecessor. It now features BMW’s latest iDrive 9 infotainment system with dual screens- a 10.25-inch digital instrument cluster and a 10.7-inch touchscreen. The interior design emphasises minimalism, evident from the removal of most conventional buttons and even the traditional iDrive rotary knob.
M135 xDrive
A new gear selector replaces the chunky gear lever, and the cabin boasts a fully vegan interior as standard. The M135 variant comes with additional sporty touches, including body-hugging front seats with an illuminated M logo and standard shift paddles for its seven-speed dual-clutch automatic transmission.
BMW’s fourth-generation 1 Series introduces significant upgrades in both design and technology while maintaining the core attributes that have made it popular. The inclusion of a high-performance M135 variant and a range of efficient engines ensures there is a model to suit a variety of preferences. As BMW continues to evolve its lineup, the new 1 Series sets the stage for future innovations and improvements in their entry-level segment.
In light of the recent Daihatsu safety testing scandal, Japan’s Ministry of Land, Infrastructure, Transport and Tourism (MLIT) has extended its investigation into other domestic automakers dating back to 2014. This probe has uncovered fraudulent conduct in type approval applications by major players including Toyota, Honda, Mazda, and Suzuki. Consequently, these companies have been compelled to suspend production, shipment, and sales of the affected models.
Toyota’s Safety Testing Misconduct
Toyota, Japan’s largest automaker, admitted to submitting falsified data in pedestrian and occupant safety tests for current models such as the Corolla Fielder, Corolla Axio, and Yaris Cross. Additionally, internal audits revealed tampered crash tests for discontinued models including the Crown, Isis, Sienta, and Lexus RX. Despite these infractions, Toyota asserts that its internal checks have verified compliance with all safety regulations, indicating no immediate action is required from vehicle owners.
Mazda’s Engine and Crash Test Alterations
Mazda revealed that the engine control software of the MX-5 RF roadster and the Mazda2 subcompact hatchback had been altered during official output testing. Furthermore, improper modifications were made to crash test vehicles of the discontinued Atenza/Mazda6 and Axela models. Nevertheless, Mazda confirmed that these production models still meet safety standards.
