Chery Malaysia bersiap sedia untuk melancarkan kenderaan elektrik (EV) pertama mereka, iaitu kereta utiliti sukan elektrik (e-SUV) Omoda E5, pada bulan Mac. Pelancaran rasmi dijangka akan berlaku sebelum atau semasa bulan Ramadan, tertakluk kepada rancangan pelancaran model tersebut.
Pengumuman ini dibuat semasa acara pengenalan Chery Eco Run 2024, yang dijadualkan pada 7 Januari di Dataran Wawasan Putrajaya. Larian ini, tersedia dalam kategori 5km dan 10km, dianjurkan oleh Jom Run dan bertujuan untuk menarik lebih dari 3,000 peserta.
Ciri utama Omoda E5 termasuk:
-Bateri Blade lithium iron phosphate dengan kapasiti 61 kWh
-Penggunaan tenaga 14.5/100km
-Motor tiga dalam satu rata tunggal dengan susunan penggerak dua roda (2WD), memberikan kuasa sebanyak 201hp dan tork sebanyak 340Nm
-0-100km/j dalam 7.6 saat
-Jarak pergerakan 430km dengan penggunaan tenaga rendah (15 kWh/100 km)
-Teknologi Vehicle-to-load (V2L) dengan keupayaan pelucutan luaran 3.3 kW
-Pengisian bateri 30-80% dalam masa 30 minit melalui teknologi cas pantas DC 80 kW/jam (pengisian AC pada 9.9 kW/jam)
-Sistem Bantuan Pemandu Lanjutan (ADAS) dengan tujuh belas fungsi, termasuk pemantauan titik buta, amaran undur, dan pengereman kecemasan automatik
Omoda E5 mempunyai reka bentuk luaran bergaya silang, menawarkan badan bersudut dan wajah depan yang futuristik. Ia dijangka akan tersedia dalam sekurang-kurangnya tujuh warna luaran dan tiga pilihan reka bentuk sepadan warna interior.
Harga yang dijangka untuk Omoda E5 adalah dalam lingkungan RM150,000 hingga RM160,000, menempatkannya secara kompetitif di pasaran EV Malaysia.
Chery Malaysia is gearing up to launch its first electric vehicle (EV), the Omoda E5 electric sports utility vehicle (e-SUV), in March. The official debut is expected to occur sometime before or during the Ramadan period, pending the model’s launch plans.
This announcement came during the introduction of the Chery Eco Run 2024 event, scheduled for January 7 at Dataran Wawasan Putrajaya. The run, available in 5km and 10km categories, is organized by Jom Run and aims to attract over 3,000 participants.
Key features of the Omoda E5 include:
Blade lithium iron phosphate battery with a 61kWh capacity
Power consumption of 14.5/100km
Single flat wire three-in-one motor with a two-wheel drive (2WD) setup, delivering 201hp and 340Nm of torque
7.6 seconds century sprint record
Range of 430km with low energy consumption (15 kWh/100 km)
Vehicle-to-load (V2L) technology with a 3.3kW external discharge capability
30-80% battery charge in 30 minutes through 80 kW/h DC fast charging technology (AC charging at 9.9 kW/h)
Advanced Driver Assistance System (ADAS) with seventeen functions, including blind-spot monitoring, reverse warning, and automatic emergency braking
The Omoda E5 boasts a cross-styling design for its exterior, offering a streamlined body and a futuristic front face. It is expected to be available in at least seven exterior colours and three interior colour-matching design choices.
The anticipated pricing for the Omoda E5 ranges from RM150,000 to RM160,000, positioning it competitively in the Malaysian EV market.
Acura, Honda’s brand of premium models mainly sold in North America, is transitioning to a new design language and a preview of this is given in the Precision EV Concept unveiled in California this week. This is the brand’s third design concept since 2016.
Created by the Acura Design Studio in Los Angeles, the SUV concept model showcases a future vision of electrified vehicles with distinct manual and full driving automation experiences. Its design focuses on performance through design, with inspiration drawn from luxury Italian powerboats.
A special feature is the theatrical lighting approach that previews an electrified powertrain through a dramatic illuminated evolution of Acura’s Diamond Pentagon grille, Chicane DRL signature and new ‘Particle Glitch’ lighting on the front and rear facias.
Dual driving modes Inspired by the cockpit of a Formula 1 racing car are the low-slung driving position, high-performance driver sightlines and a 2-grip yoke-style steering wheel. The interior space of the Precision EV concept features dual experiences – an Instinctive Drive mode for the performance experience and a calming Spiritual Lounge mode during autonomous operation.
The Instinctive Drive mode elevates the dynamic connection with the car with racing-style digital instrumentation and invigorating red ambient and pipe lighting. In Spiritual Lounge mode, the steering wheel retracts and as it does so, the cabin transforms into a warm, calming experience with soothing scents and restful ‘underwater’ animated projection so the driver and occupants can relax and recharge.
The SUV cabin is crafted with sustainable, environmentally-responsible materials creating premium, unique finishes including marbled recycled plastic trim and 100% biomass leather. All the aluminium used, as well as the dimensional green cast acrylic that forms the steering wheel secondary controls, were made from recycled materials. Milled FSC certified wood, harvested from responsibly managed forests that provide environmental, social and economic benefits, adds warmth and a connection to nature.
Next-generation HMI The Precision EV Concept also previews the next generation of Acura HMI (Human-Machine Interface) with an intuitive and easy to use hyper-wide, curved transparent display and haptic touch response. ‘Particle Glitch’ boot-up graphics mirror the signature exterior detail, visually harmonizing the experience.
“As the definition of premium and performance evolves to include the application of sustainable materials, we are looking at new and innovative material technologies to inspire our customers while both reducing our carbon footprint and enabling the Acura brand to reshape the perception of quality,” said Gypsy Modina, Principal Designer – colour, materials and finish..
“The Precision EV Concept is a look into our future direction and continues the Acura Precision Crafted Performance design language with a modern expression of performance” said Dave Marek, Acura Executive Creative Director. “The Acura Precision EV Concept will be our ‘North Star’ as we move into an exciting electrified future, and you will see these design cues translate over to future production models.”
Mahindra & Mahindra, India’s leading SUV manufacturer, has officially opened its new design centre of excellence in England which will serve as the ‘conceptual hotbed’ for the company’s portfolio of future EV products. Known as Mahindra Advanced Design Europe (M.A.D.E), the facility is part of the Mahindra Global Design Network that includes the Mahindra India Design Studio in Mumbai.
To create future EVs The role of M.A.D.E. is to conceive and create all future EVs and advanced vehicle design concepts. It is equipped with state-of-the-art design tools, enabling it to handle end-to-end design activities including conceptualisation, 3D digital and physical modelling, Class-A surfacing, digital visualisation and Human-Machine Interface (HMI) design.
It also incorporates a complete digital visualisation suite, clay modelling studio, VR digital modelling and digital as well as physical presentation areas.
Two brands, 5 e-SUVs During the official opening recently, Mahindra & Mahindra, also presented its new INGLO EV platform (shown above) and 5 e-SUV proposals under two EV brands, showcasing its vision for the future of electric mobility. The new brands, created specifically for EV products are XUV and BE.
The first of the e-SUVs will be launched in December 2024, followed by two in 2025 and one in October 2026. The launch date for the fifth model is not confirmed but it will be a SUV grand tourer.
Cooperation with Volkswagen Group Additionally, Mahindra & Mahindra also announced a strategic cooperation plan with the Volkswagen Group which will see the German carmaker supplying its MEB electric components (electric drivetrain, battery system and battery cells) for the INGLO purpose-built electric platform.
The cooperation intends to have a volume of more than one million units over lifetime for the 5 proposed all-electric SUVs. The two companies also intend to explore further opportunities for collaboration, opening the perspective towards a broader strategic alliance to accelerate the electrification of the Indian automotive market.
This will encompass potential areas of collaboration in the field of e-mobility, including vehicle projects, the localization of battery cell manufacturing, and charging and energy solutions for the electric ecosystem in India.
“We are happy that we have identified a larger scope of collaboration between our two companies. Together, Volkswagen and Mahindra can contribute significantly to the electrification of India, a huge automotive market with ambitious climate protection commitments. The MEB Electric Platform and its components are key to affordable sustainable mobility around the globe. The partnership not only demonstrates that our platform business is highly competitive, but also that the MEB is well on track to become one of the leading open platforms for e-mobility,” said Thomas Schmall, Volkswagen Group Board of Management member for Technology and CEO of Volkswagen Group Components.
Volvo was the first company to assemble its cars in Malaysia in 1967 when the government began its localisation policy to accelerate industrialisation. 55 years later, the Swedish carmaker (part of China’s Zhejiang Geely Holding Group like Proton) is again a pioneer by being the first company to assemble a pure electric vehicle or battery electric vehicle (BEV) in Malaysia at the same plant in Shah Alam, Selangor.
The first car assembled in Malaysia in 1967 was a Volvo (above), and 55 years later, the first electric vehicle assembled in the country is also a Volvo (below).
Although it may seem like this move has come about because the government is allowing duty-free import and sale of BEVs now (and for the next few years), it is not the case. To plan for local assembly takes many years and it’s not as if Volvo Car Malaysia could send a message to Sweden to ask for CKD (completely knocked down) kits for assembly in 2022 when they can be imported duty-free. Furthermore, the plant would also have to be set up, especially with safety measures to handle the high-voltage systems of BEVs. Of course, Volvo Cars Manufacturing Malaysia (originally known as Swedish Motor Assemblies) already has experience with electrified vehicles since it has been assembling plug-in hybrid (PHEV) models for some time.
Regional production hub
In line with Volvo’s plan to have 50% of its global sales volume to be made up of BEVs by 2025, it has been quickly switching focus to BEVs around the world. Malaysia, being its production hub in ASEAN, is naturally a part of this plan which will see the brand being fully electric by 2030. From the plant in Selangor, BEVs will be exported to other countries in the region and because they are assembled in Malaysia, they can also be imported duty-free (provided they have a minimum of 40% ASEAN-sourced content) as part of the provisions of the ASEAN Free Trade Area (AFTA) agreement.
The first model, which will be officially launched on April 4, is the XC40 Recharge which was also the first Volvo BEV when it made its debut in 2019. Recharge is the umbrella name given to models which are electrified and in the coming 5 years, Volvo Car Malaysia will be launching one new BEV each year.
The XC40 Recharge has a similar appearance as the XC40 with a combustion engine (below) but the grille is different. With no need for radiator cooling, the space can be closed off.
While the price has not been announced yet, the technical details are already known since it would be the same model as sold elsewhere. It has two electric motors that draw power from a 75 kWh lithium-ion battery pack positioned between the front and rear axles. The system output is 300 kW (equivalent to 408 ps) with 660 Nm of torque, which gives a claimed 0 to 100 km/h capability of 4.9 seconds and a top speed of 180 km/h. A maximum range of 418 kms is claimed for a fully charged battery pack.
As with other BEVs, the XC40 Recharge can be recharged in various ways although DC fast-charging would have the shortest time. From one report we have read, the battery pack can be recharged to 80% of its capacity within 33 minutes when a fast-charger is used. Of course, this assumes that the level is very low and in practice, it may be that people recharge whenever they can and ‘top up’ so the time spent charging might not be as long.
Similar appearance to XC40
The external appearance of the XC40 Recharge is similar to that of the XC40 SUV but you can immediately tell that the model is the BEV version from the front end. With no need to cool a radiator, there is no real need for the traditional grille so that space is closed off. That’s better for aerodynamics too, which need to be as efficient as possible to minimise wind resistance.
The equipment for the locally-assembled model may differ a bit from those sold in other countries but would still be high as Volvo wants to position itself as a premium luxury brand. With the emphasis on sustainability and recycling, a large percentage of materials would also be eco-friendly.
Android-powered?
The Volvo Car Group is the first company to team up with Google on integrating an infotainment system powered by Android so it is likely that this will be available. The infotainment system is fully integrated with Volvo On Call, the company’s digital connected services platform, and includes Google Assistant, Google Maps and the Google Play Store built-in. The new system also offers full integration of Android Automotive OS, Google’s open-source Android platform, with real-time updates to services and automotive apps created by the global developer community.
New Advanced Driver Assistance Systems
This being a Volvo, it does without saying that safety has a very high priority in every area. In terms of active safety systems, the XC40 Recharge has an Advanced Driver Assistance System (ADAS) platform with an array of radar, cameras and ultrasonic sensors. This gives it a broad range of capabilities to scan its surroundings and identify potential hazards, enabling a degree of autonomous motoring.
To help keep passengers safe and the battery intact in the event of a collision, there is a new and unique safety structure for passengers and battery alike in the XC40 Recharge. The battery is protected by a safety cage which consists of a frame of extruded aluminium and is embedded in the middle of the car’s body structure, creating a built-in crumple zone around the battery. The battery’s placement in the floor of the car also has the benefit of lowering the centre of gravity of the car, for better protection against roll-overs.
Additionally, the car’s body structure has not just been reinforced in the front but also at the rear. Here, the electric powertrain has been integrated in the body structure for better distribution of collision forces away from the cabin and reduce the strain on people inside the car.
First deliveries will start towards the end of April and buyers will get a charging cable, service package, 5-year/unlimited mileage vehicle warranty, 8-year battery pack warranty and 5 years of complimentary Roadside assistance.
Over the past decade, the auto industry has probably seen more new companies starting up than at any other time except in the earliest years over 100 years ago. And where those early companies saw new business opportunities with the motorized carriage invented by Karl Benz in 1886, the new companies of the 21st century see great opportunities in electrically-powered ‘carriages’ – electric vehicles (EVs). And not having the legacy of decades of investment in vehicles with combustion engines, these new companies can be on the starting line alongside the established players in the new race.
More than just cars
But it’s not just transport vehicles which these newcomers are developing as they also look at providing mobility in a broader sense and as a service, rather than just selling the product. One such company is Faraday Future (FF), an American company originally founded by a Chinese businessman in 2014, which describes itself as a ‘shared intelligent mobility ecosystem company’. After some financial difficulties, the company was able to get substantial funding and went public on the NASDAQ Stock Exchange in New York City and proceeded to set up its manufacturing facility in California.
FF ZERO 1 concept
Its first concept car was the futuristic FF ZERO 1 which was shown in 2016 at CES and some other events, more to draw attention to the new company than as a preview of the EV it would build. That came a year later in the form of the FF 91 which remains as the designation for the production model.
SUV bodystyle for flagship
The FF 91, to be the flagship model, is designed to be highly modular. It is built with the company’s Variable Platform Architecture (VPA) that includes the FF Echelon Inverter, the first patent of Faraday Future. It’s a large car – overall length of 5255 mm and width of 1986 mm – sitting on a wheelbase of 3.2 metres, which is comparable to a BMW X7.
The mono-volume is a SUV bodystyle which has design features not constrained by traditional engineering approaches. Unlike early EVs which used architecture based on vehicles with combustion engines and mechanical drivetrains, the new generation of EVs are essentially clean-sheet designs that are optimized for electrical components, systems and layouts. Everything is incorporated on a skateboard platform for ease of manufacturing and simplicity.
3 motors, 1,050 ps, AWD
While details of the powertrain are not given at this time, FF does provide some performance claims. There will be 3 electric motors powered by a 120 kWh battery pack with patented submerged liquid cooling technology. The system output will be 1,050 ps and the 0 to 60 mph (96 km/h) acceleration time is claimed to be less than 2.4 seconds. A fully charged lithium-ion battery pack is expected to provide up to 700 kms of range.
All four wheels will be powered with AWD and there will also be all-wheel steer with rear-wheel torque-vectoring. Before full-scale production starts, real-world testing will be carried out in America and most likely in China as well.
It’s not been mentioned what level of autonomous capability the FF 91 will have though it would surely be above Level 2. It will be fitted with a LiDAR sensor and use cameras for the door mirrors and inside rearview mirror.
High-tech interior
The FF 91 will have the ability to memorize different user profiles in FFIDs so each driver’s preferences and even content choices can be set upon entry. Information and entertainment will be displayed on 11 different displays around the cabin with a total of over 2.5 metres of high-resolution viewing area. The rear occupants will also get a state-of-the-art Mobile Movie Theatre screen on the ceiling which can be used for entertainment or even video conferencing.
The rear seats have a zero-gravity concept inspired by NASA and we’re not sure if this is similar to those which are found in some Nissan models (also called Zero-Gravity seats) but it sounds similar. In zero gravity, the human body naturally assumes what NASA scientists call the ‘Neutral Body Posture’ and using the posture data, the rear seats are designed to enable the ideal distribution of the body’s weight. The seats can also recline up to 60 degrees, which is industry-leading.
First 300 units booked
FF began accepting orders last July for two versions of the FF 91 – the Futurist Alliance and the Futurist. The Futurist Alliance will be a limited edition of only 300 units and exclusive colours and wheels. Apparently, all 300 units have already been booked by customers who received special invitations.
The first pre-production unit left the factory earlier this week and with volume production starting from the middle of this year, deliveries are expected to start during the final quarter of the year.
During this decade, Kia will be electrifying its whole line-up as it aims to achieve carbon neutrality throughout the company’s value chain by 2045. Its popular SUV range is already partially electrified with some models having hybrid powertrains, and in due course, fully electric powertrains will be used.
Today, the Telluride is the biggest SUV that the Korean carmaker offers and the fully electric successor could look like the Concept EV9 which is on display at the Automobility LA motorshow in Los Angeles this weekend. The Concept EV9 follows the EV6 in Kia’s BEV (battery electric vehicle) range that will continue to grow with one new model each year.
The Concept EV9 has similar proportions to the Telluride (below) which is Kia’s 3-row flagship SUV currently on sale. Could the Concept EV9 be the successor?
Platform optimised for EVs
Like the EV6, the Concept EV9 uses the Hyundai Motor Group’s Electric Global Modular Platform (E-GMP) which is developed and optimised for BEVs. This means that the advantages of an electric powertrain can be fully utilised, compared to other platforms which have been designed for conventional combustion engine powertrains as well.
The design of the vehicle was inspired by nature with striking visual aesthetics derived from Kia’s ‘Opposites United’ design philosophy. The design team was especially influenced by the ‘Bold for Nature’ pillar of ‘Opposites United’, hence the bold form meshing logical and emotional qualities with informal, rugged features and styling cues.
Tiger Face goes digital
The ‘Tiger Face’ has been used in every Kia model since 2007 and has constantly evolved. This iconic feature will continue into the BEV era and is reinterpreted appropriately on the Concept EV9. With no need for a traditional grille to let air flow in, the space houses an intricate star cloud pattern display that is completely hidden behind the body when not in use. Sequential patterns create a ‘welcome light’ for the driver and also function to appropriately position lights during driving.
The opportunities afforded with a re-styled grille and the Digital Tiger Face have resulted in a new air vent design that reduces the frontal mass of the vehicle and greatly improves aerodynamics.
Measuring 4930 mm in length, 2055 mm in width and 1790 mm height, the proportions of the vehicle outline a 3-row SUV interior. Mirroring the exterior design, the interior of the Concept EV9 offers the driver and passengers a transformative interior space. It is a comparable to a first-class lounge with a panoramic roof complementing the large glazing to give a sense of lightness and being in contact with the environment.
Three interior modes
With a spacious 3.1-metre long wheelbase, the interior can be configured in 3 modes that capture different journey situations and requirements. Active Mode is when the Concept EV9 is on the move, making sure the driver and passengers have an optimal driving experience from within the all-electric SUV. The two other modes relate to when the Concept EV9 is not moving.
Pause Mode modifies the interior space to be more akin to a first-class lounge, giving occupants the opportunity to directly interact with each other while benefiting from the light streaming in from above. In this mode, the seats switch around to enable occupants seated in the first row and third row to face each other. The second-row seats fold down and become a table, completing the lounge arrangement.
The second stationary mode is Enjoy Mode, which opens the interior into a downtime breakout space by turning around the 3-row seat configuration. In this mode, the tailgate opens, giving all occupants the opportunity to connect with the outside environment and gaze ahead and beyond the vehicle while sitting comfortable inside.
A sense of ‘tomorrow’ can be seen in the steering wheel. The automotive industry today treats the steering wheel like a separate product, like a total standalone subsystem. In the the Concept EV9, however, this element takes a radically different approach in which the pop-up steering pad is an extension of – and integrated and harmonized within – the interior space.
An interactive 27-inch ultra-wide display connects the Concept EV9 from the real-world to the virtual one, while serving as the nerve centre for all driver and passenger requirements, including media, climate control and comfort functionality features.
480-km range
Details of the powertrain are not extensive and Kia says that it has a range of up to 480 kms. It is fitted with next-generation ultra-fast charging technology that uses a 350-kW charger for ‘refuelling’ the battery pack from 10% to 80% in 20 – 30 minutes.
The bonnet vent duct area is utilized as a solar panel that helps recuperate some of the electric energy for the vehicle. This gives owners an alternative source of energy when they are not close to a charging station.
Volkswagen aims to launch at least one electric vehicle (EV) every year to meet various goals of increased sales of such vehicles. By 2030, at least 70% of Volkswagen’s sales in Europe are expected to come from electric-only vehicles. In North America and China, the goal is that electric vehicles will account for at least 50% of sales. The actions taken by the carmaker are expected to decrease CO2 emissions per vehicle by up to 40% as soon as 2030.
With the ID. family, Volkswagen has been advancing its electric offensive in all vehicle classes in the framework of its ACCELERATE strategy. This is a brand new family of fully-electric models (also referred to as Battery Electric Vehicles or BEVs) which began with the launch of the ID.3 and ID.4 since 2019. The range will progressively expand and all models will use the VW Group’s Modular Electric Drive Kit (MEB) which is a platform designed specifically for EVs.
ID.3 and ID.4 – the first two members of Volkswagen’s fully-electric ID family
The next model will be the new ID.5 which will bring the brand into a new market segment. This member of the ID. family is an e-SUV coupe and will go on sale in 2022. The 4599 mm long vehicle will be offered with three engine options and also come with a new ID. software version for better performance and functionality.
The new e-SUV coupe has light strips on the front and rear styled with visual signatures of the ID. family. Of note are the IQ.Light LED matrix headlights with intelligent high beams and 3D LED rear lights as standard to give an even more dynamic appearance (ID.5 GTX version). Many features – including the striking bumper, painted door panelling and new roof line – set the e-SUV coupe apart from the ID.4, e-SUV which was picked as the 2021 World Car of the Year.
The Vehicle Dynamics Manager networks the drive and chassis control systems, while an optional adaptive DCC chassis can provide optimal driving dynamics. Volkswagen claims that the driver will experience an entirely new level of sporty driving pleasure, traction and driving safety.
Despite its coupe-type shape, the ID.5 has just 12 mm less headroom in the back than the ID.4. The long 2766 mm wheelbase facilitates interior spatial conditions comparable to those of SUVs in higher vehicle classes.
The ID.5 will be powered by an electric motor in the rear and for the sportier GTX version with all-wheel drive, there will be another motor powering the front wheels. All versions have a large-capacity, long-range battery pack. Using a standard Mode 3 cable, recharging with up to 11 kW of alternating current (AC) is possible and charging performance can reach up to 135 kW to be compatible with fast-charge stations. While range is important to EV owners, so is charging time and the new software 3.0 improves charging performance.
The driving performance is enhanced by a low drag coefficient of 0.26 (0.27 in the ID.5 GTX) which also boosts the vehicle’s range. This capability is further extended by the integrated spoiler in the wide-opening, aerodynamically shaped tailgate. Electric cooling air vents in the front of the vehicle open only when necessary, so as to keep wind resistance low as much as possible.
The new software generation allows for over-the-air (OTA) updates and activation of additional functions, so that the ID.5 can stay up-to-date and perform optimally for a long time. Innovative assistance systems such as Travel Assist with swarm data and latest-generation driver assistance systems help further advance towards automated driving. Park Assist Plus with memory function will take care of personalised parking processes on request.
The digital cockpit offers a new operating concept with a high-resolution multimedia system delivering brilliant visuals. An innovative augmented reality head-up display within the driver’s field of vision presents additional information. The new software 3.0 features various improvements including natural voice control (Hallo ID) and is learning-enabled. It can also go online to access information from the Cloud. Where the services are available, We Connect provides the driver with real-time online traffic information, online map updates, information about charging stations, web radio, etc.
With Car2X communication, data from compatible vehicles in the Volkswagen fleet and signals from infrastructure within a radius of up to 800 metres can be locally interpreted in a fraction of a second. This means the driver can receive alerts about dangerous areas, accidents and stationary traffic.
Now that the Malaysian government is allowing importation of BEVs with no tax imposed, many people are excited at the prospect of seeing a whole new range of cars in showrooms. Perhaps Volkswagen’s ID. models might come but the exemption is a short-term thing and companies like Volkswagen Passenger Cars Malaysia would be looking at the investment they will need to make in order to sell BEVs.
As the official marketing company for the brand, they are obliged to ensure full aftersales support for whatever they sell. Unless there are long-term plans to assemble locally – which has a slightly longer tax-exemption period – the volumes they may be able to sell may not justify the investment they need to make. In any case, Volkswagen would be occupied with meeting demand in the major markets of Europe, North America and China so the incremental volumes possible in the Malaysian market may not be of significance.
On the same weekend that Formula 1 was having its 17th round of 2021 in Texas and the 2nd round of Vios Challenge Season 4 was being run in Malaysia, the fourth round of the Extreme E series took place in Sardinia, an island adjacent to Italy. Unlike the cars in the other two events, those in Extreme E do not consume any petrol or diesel and emit virtually zero toxic emissions. They are fully electric SUVs and the series is all-new, with a focus on environmental issues as well.
The round in Sardinia – called the Enel X Island X Prix – was won by Rosberg X Racing (RXR), which made it 3 wins from 4 rounds. This puts the team, owned and managed by former F1 World Champion Nico Rosberg, in a commanding championship lead.
“It was pretty slippery out there, so it was a bit difficult to judge at first. From that point, it was just trying to manage the risk and I think that is what we did really well. Johan brought it home and again it was just an amazing effort by all of the team. We had a very challenging weekend from our side, but we never gave up and are very happy to be the winners here,” said RXR’s Molly Taylor, who was partnered with Johan Kristoffersson.
Consistent in changing conditions
The RXR drivers remained consistent in changing conditions to seal a dramatic victory ahead of ABT CUPRA XE, who secured their best result of the season in second. It was heartbreak, though, for long-time leaders in the Final – SEGI TV Chip Ganassi Racing – after Sara Price’s crash on Lap 2 caused terminal damage and meant she had to stop on track, ensuring the team could only finish as high as fourth on their Finals debut.
That moved JBXE into their third podium finish in succession with third place despite also suffering damage out on the course. Bad luck once again befell X44, the fastest qualifiers, in the final as Sebastien Loeb was forced to stop out on track and retire with broken steering. Loeb was running in second behind SEGI TV’s Kyle LeDuc despite driving with a slow puncture at the time of the stoppage, which meant the team now fall even further behind winners and championship leaders RXR in the standings.
Wet Final, new challenges
A heavy downpour prior to lights out made for the first ‘wet’ Final of the Extreme E season, providing the 5 finalists with a new challenge to overcome in their bid for victory. X44 was able to take their place in the Final despite suffering heavy damage in the opening Semi-Final of the day. In a sign of the unique camaraderie demonstrated across the Extreme E paddock, X44’s efforts to rebuild their damaged car were boosted by the support of mechanics and engineering teams from the Andretti United Extreme E team. The joint efforts ensure that their ODYSSEY 21 e-SUV WAS ready in time for the Enel X Island X Prix showpiece.
In treacherous conditions, 4 of the 5 teams were able to get off the start line cleanly, although ABT CUPRA XE were left with plenty of work to do after Jutta Kleinschmidt stalled on the grid. It looked like X44 had staged a remarkable comeback to lead into the first corner, but were beaten spectacularly by LeDuc who managed to get in front after using the alternate route.
A spin for Mikaela Ahlin-Kottulinsky put JBXE at the back of the field, while the slow-starting Kleinschmidt quickly made up ground on RXR’s Taylor to battle for third. This soon became a 3-way tussle for second as Loeb began to lose pace as he struggled with a slow puncture, allowing LeDuc to build an impressive lead out in front.
After Loeb was forced to retire with broken steering, Taylor and Kleinschmidt remained nose-to-tail in their battle for second as they headed towards the Driver Switch zone. As LeDuc exited his car in the zone following a superb opening lap, it appeared the so-far luckless team was about to complete a heroic turnaround and bring home their first Extreme E win. However, they were cruelly denied as Price suffered terminal damage to her car after making contact with a rock out on the course, which ruled them out of contention for victory and meant they could only finish as high as fourth.
This left RXR’s Kristoffersson in the lead and chased by Mattias Ekstrom, who continued on at great speed despite driving without his left-hand door throughout the lap! The ABT CUPRA XE driver was no match for Kristoffersson, though, who kept up the pressure to extend his lead and take RXR’s third win of the campaign and put his team as the firm favourites for championship glory at the final of the season in the in December.
Police forces on both sides of the Atlantic Ocean are showing interest in using the all-electric version of the Ford Mustang – known as the Mustang Mach-E – for patrol and other duties. In response to the interest, Ford specially built a concept unit that it is loaning for evaluations. Some seven police departments in the UK have either tested the new e-SUV, or will soon be doing so.
The Metropolitan Police Force has already assessed the standard Mustang Mach-E and has now requested a full evaluation of the marked concept. A full ‘blue light’ livery test car was built following enquiries from UK police forces looking for greener solutions to the vehicles currently available to them.
RWD and AWD available
The initial concept is a demonstrator Mustang Mach-E Standard Range with all-wheel drive (AWD). Subject to testing of this model, Ford is planning to offer Extended Range version of its rear-wheel drive and AWD versions. The extended battery types would give the police even greater range, and therefore versatility and capability, for police operations.
The new Mach-E, with an output equivalent to 480 ps, is claimed to be capable of 0 – 100 km/h in 3.7 seconds (GT version) and can reach a top speed of almost 180 km/h. Its instant and super-quick acceleration – and quietness – will be useful in a pursuit situation while it is also economical and environmentally-friendly in operation.
The all-electric Mustang Mach-E which has been on sale since the end of 2020.
Lowest energy consumption
The Mustang Mach-E is already a Guinness World Record holder after having achieved the lowest energy consumption on a journey in an electric car. It’s capable of travelling up to 610 kms between charges.
The issue of where the power to operate the concept car’s blue lights, sirens and other high-tech equipment would come from, has been addressed by Ford technicians. “The vehicle range is uncompromised as the blue light equipment is being drawn from the vehicle’s 12V battery and not the drive battery,” said Terry Adams, Blue Light Direct Sales Manager, Ford of Britain and Ireland. “In future developments, we will look to increase this battery capacity to allow for additional equipment to be fitted.”
Some of the items in the equipment fitted to the concept car are bespoke mounting pods and brackets to ensure suitable locations are found for operational use, with minimal damage to the vehicle. All lighting is LED with very low power consumption to reduce current draw from the vehicle’s 12V power system. The 999 livery is a first-off design which utilises high specification material to maximise day and night visibility requirements.
Tested by American police too
Over in the USA, Ford has been helping to pave the way for electric police fleets with all-electric, purpose-built law enforcement vehicles. To demonstrate that a vehicle with an electric powertrain can deliver strong performance and stand up to demanding police duty cycles, the company is submitting an all-electric police pilot vehicle (pictured above and below), based on the latest Mustang Mach-E for testing by police in the company’s home state of Michigan.
