Toyota has presented its Sport Crossover Concept in Europe, offering a preview of a new battery-electric model set to join its electrified range by 2025. The concept revealed at Toyota’s Kenshiki forum in Brussels, features a sleek aero silhouette and distinctive fastback lines, positioning it as a design icon for the company’s dedicated battery electric vehicle (BEV) lineup.

The Sport Crossover Concept, initially showcased at Auto Shanghai in April, has been developed for both the Chinese and European markets by BYD Toyota EV Technology Co. Ltd. (BTET), a joint venture established in China by Toyota and BYD.

The concept aims to attract first-time electric car customers and serve as a stylish alternative to SUVs, providing maximum comfort, five doors, a large boot, and generous rear legroom.

Toyota’s multipath strategy focuses on achieving carbon neutrality through the introduction of a portfolio featuring advanced, alternative fuel, and zero-emissions powertrain technologies.

In Europe, Toyota plans to introduce six dedicated BEV models by 2026, contributing to its goal of exclusively offering Zero Emission Vehicles (ZEVs) by 2035 and achieving complete carbon neutrality by 2040.

Renault is set to launch the highly anticipated Renault 5 E-Tech electric in 2024, offering a contemporary, electric reinterpretation of the iconic Renault 5. Ahead of the official reveal, Renault is providing a sneak peek into the exterior design, paying homage to its predecessor while embracing the future of electric mobility.

Key design features include the distinctive headlights, which play a pivotal role in making the front end instantly recognisable. The headlights not only mirror the shape of the classic model but also incorporate a central mark resembling the pupil of the human eye, evoking the 1972 advert featuring “The Adventures of Supercar” and giving the modern R5 a human-like expression.

In a departure from the historic model, the air intake on the bonnet has been replaced by a charge indicator light forming the iconic number “5” when the vehicle is fully charged. This high-tech feature serves as both a functional charge indicator and a playful nod to the model’s heritage.

The wheel arches contribute to a broader stance, reminiscent of the R5 Turbo, creating a unique and instantly recognizable personality. The vertical rear lights, extending the side panel, not only enhance the car’s aerodynamics but also add to its visual appeal.

Measuring just 3.92m in length, the Renault 5 E-Tech electric is designed as an ideal city car with a 52kWh battery offering a range of up to 400km (WLTP). The vehicle will be available with a second 40kWh battery option at a later date. Built on the new AmpR Small platform (formerly CMF-B EV), the car boasts a multi-link rear suspension, providing stability and roadholding.

Inside, users will experience reno, Renault’s next-generation humanised co-driver, offering a fully immersive digital experience. Equipped with a bidirectional onboard charger, the Renault 5 E-Tech electric will be the first production vehicle featuring Vehicle-to-Grid (V2G) technology. This innovative feature, supported by Mobilise, allows the car to supply energy to the grid, potentially saving drivers money on charging and reducing overall electricity bills. The V2G technology is set to launch in France and Germany in 2024, followed by the UK in 2025.

With an entry-level price of around €25,000 (RM126,884), comparable to B-segment hybrids, the Renault 5 E-Tech electric is poised to make a significant impact in the electric vehicle market. The official unveiling is scheduled for February 26 at the Geneva International Motor Show.

In a testament to its renowned reliability and commitment to innovation, Toyota has recently unveiled its latest technological marvel—a groundbreaking 48V hybrid system designed for its turbo diesel-engined cars. Initially debuting in the Toyota Hilux pickup and Land Cruiser Prado SUV, the all-new 48V mild hybrid system is poised to revolutionise the driving experience. Speculations are rife that this innovative system may also find its way into the powertrain of the next-generation Toyota Fortuner.

Toyota has taken to its official Toyota Global YouTube channel to share a comprehensive video, offering insights into the components, functionality, and the myriad benefits of this cutting-edge 48V hybrid system.

The video begins by shedding light on the system’s composition, featuring a conventional diesel engine seamlessly integrated with various components to form a cohesive unit. The 48V hybrid system is touted for its three primary advantages: delivering smoother stop-and-start experiences, enhancing fuel efficiency for diesel-powered vehicles, and maintaining exceptional water-crossing performance, bolstered by the added benefits of hybrid technology.

The Fast Saga filmmakers, FF9 Pictures, have been fined $1 million (RM4,647,500) following a stunt gone awry, resulting in stuntman Joe Watts suffering brain damage and a broken skull during the filming at Warner Brothers’ studios in Leavesden, Hertfordshire, in July 2019.

Details of the Incident:

During a staged fight scene on a balcony, Joe Watts, a seasoned stuntman, fell 25ft head-first onto the concrete ground when his safety line detached as he was thrown over the shoulder of another performer. The incident occurred due to changes in the stunt routine, with the safety line failing to secure Watts during the second take, leading to life-changing injuries.

Health and Safety Failings:

FF9 Pictures, a subsidiary of Universal Pictures, admitted to health and safety failings in Luton Magistrates’ Court. The court heard that the safety line, which had worked during the first take, was not properly checked between takes. The judge criticised the decision to alter the stunt “at the last minute” and noted that Watts was “fortunate to be alive.” The matting on the set was not adjusted despite changes in the routine from rehearsals.

Legal Consequences:

The Health and Safety Executive (HSE) brought the prosecution against FF9 Pictures, stating that the company had “no system for double checking that the link had been properly engaged and tightened.” The absence of proper crash matting to mitigate the consequences of an unintended fall following changes to the set and stunt sequence was also highlighted.

Sentencing and Industry Impact:

District judge Talwinder Buttar handed the $1 million fine to FF9 Pictures, emphasising the seriousness of the health and safety failings. The judge’s remarks highlighted the astonishing oversight in failing to adjust the matting despite changes in the routine. The incident highlights the importance of rigorous safety protocols in filmmaking, particularly during high-risk stunt sequences.

In a major breakthrough, Hyundai has introduced the Uni Wheel technology, a transformative approach to electric vehicle (EV) motor design. This innovation is poised to significantly reduce the size of electric motors, creating more spacious interiors for passengers and cargo.

Uni Wheel Technology Overview

The Uni Wheel, building on in-hub motor concepts, repositions specific drive components required by electric cars inside the wheel. While the power unit remains external to the wheel, the reduction gear is ingeniously relocated into the wheel hub, resulting in a notably smaller motor size. This pioneering design allows Hyundai to adopt a configuration featuring one small motor per wheel, departing from the conventional approach of a larger drive unit for the entire axle.

Key Features and Advantages:

• Independent Wheel Power: The use of a small motor per wheel enables independent power distribution, enhancing both performance and safety by allowing each wheel to respond autonomously to diverse road conditions.
• Gear Arrangement: Internal relocation of gears facilitates efficient power transmission without the necessity of a CV joint. This unique gear arrangement allows unrestricted movement within the hub, eliminating efficiency losses associated with operating at angles and boosting power delivery and driving range.
• Versatile Ride Height Control: Uni Wheel technology provides engineers with unprecedented flexibility in controlling the vehicle’s ride height. The absence of a fixed CV joint allows dynamic adjustments, enabling the vehicle to lower for aerodynamic highway driving or raise for increased ground clearance without compromising performance.
• Scalability: Uni Wheel technology is adaptable, accommodating wheel sizes ranging from four inches for personal mobility devices to 25 inches for larger vehicles such as cars and SUVs.

Future Applications and Production Timeline

Hyundai envisions the Uni Wheel technology being applicable to a diverse range of vehicles, from compact personal mobility devices to larger cars and SUVs. The company has conducted durability tests, indicating positive performance results. While the production timeline remains undisclosed, Hyundai has filed patents for the Uni Wheel in key markets, including Korea, Europe, and the United States.