Toyota has introduced the IMV 0 concept, a vehicle designed to serve as a versatile and adaptable platform for customers to customise according to their specific needs. While detailed information about the IMV 0’s powertrain remains undisclosed, Toyota has provided insights into its dimensions and showcased various renderings of potential configurations.
The IMV 0 concept, at its base form, measures 208.7 inches in length, 70.3 inches in width, and 68.5 inches in height. It boasts a wheelbase of 121.5 inches, approximately the same as the full-size Toyota Sequoia SUV.
Toyota is set to present the IMV 0 concept at the Tokyo auto show, although it remains uncertain whether only the base truck or physical versions of the various renderings will be exhibited.
The renderings depict a wide range of potential configurations for the IMV 0 concept. One representation showcases the vehicle transformed into a Red Cross rescue vehicle, equipped with an ambulance-like rear section. Other renderings depict the IMV 0 configured as a delivery vehicle carrying packages, a sport truck with vibrant accents, and a futuristic camper.
The IMV 0 concept also appears as a miniature food truck, likely appealing to small businesses seeking alternatives to refurbished school buses and similar options. One of the most striking renderings envisions the IMV 0 as a compact off-roader, complete with oversized tires, a robust front bumper featuring auxiliary lighting, a bed-mounted roof rack, and an additional cabin section, potentially for extra seating.
Toyota’s IMV 0 concept aims to provide a blank canvas for creative customisation and transformation, catering to diverse customer needs and applications. While specific powertrain details remain undisclosed, the vehicle’s adaptable design allows it to take on various roles, making it an intriguing platform for a wide range of purposes.
While there is a push to get people to switch to electric vehicles (EVs), apart from issues like the recharging infrastructure, the cost of purchasing such vehicle remains higher than similarly sized models with combustion engines. Much of it has to do with the cost of the technologies which are still fairly young, and the huge costs of R&D spent at this time.
For this reason, the auto industry needs the help of governments to also offer incentives that can offset the high purchase prices in the short-term. Various incentives are being given and in Malaysia, the government is exempting EVs from all import duties and even roadtax for a few years.
But the fact remains that for a properly engineered EV of a practical size (we’re not talking about the tiny 2-seater mini EVs), the price still cannot be level with similarly-sized combustion vehicles. There is a downward trend though as economies of scale are slowly kicking in with volumes rising quickly. Some carmakers believe that they will be able to produce EVs at around similar costs as combustion vehicles by the second half of this decade.
One of them is Volkswagen which will have a model costing less than 25,000 euros, which is equivalent to around RM120,000 at today’s exchange rates. This will be ‘full-value’ EV with many high-tech features and is part of the carmaker’s electric offensive which will see 10 new EVs by 2026.
Ram is unlikely to be known to Malaysians as it is a brand presently mainly in North America. It used to be the name of a truck range in Dodge but got spun off in 2010 to become a brand on its own within the Fiat Chrysler Group. With the merger of Fiat Chrysler and the PSA Group in 2021, Ram became part of the enlarged Stellantis group.
Ram has always been a truck specialist and when it was a division in Chrysler, it focussed on delivering ‘real trucks’ and not the ‘lifestyle’ machines that have become common in recent times. It therefore has a solid niche in the market where capable trucks are sought for serious work.
At CES 2023 recently, Ram gave a preview of what it’s looking at further down the road in the age of electrification. It presented its vision in 3-dimensional form as the Ram 1500 Revolution Battery-electric Vehicle (BEV) Concept which also gives an idea of its design direction.
The Cayenne was Porsche’s first SUV and has been extremely successful over the 20 years it has been on sale. The success of the Cayenne brought forth the smaller Macan, which has also been selling very well.
While the Cayenne has remained in its 5-door SUV form all this while, there was a period in the early years when other bodystyles were considered – a coupe, a version stretched by 20 cm with an additional row of seats, and even a convertible. And surprisingly, what might have appeared the least conventional option – a Cayenne-based convertible approximately 4.8-metres long – was not immediately discarded. In fact, it was even built.
Today, there is still a single example of the open-top Cayenne kept in storage at the Porsche Museum. It is not a roadgoing prototype, however, but what is known as a Package Function Model – or PFM for short. The designers had the roof removed, but dispensed with the body-stiffening measures necessary for a convertible. Incapable of providing a safe and stable drive, the vehicle is transported to its destination when required. Test drives were never planned, as the convertible PFM was only built to assess four criteria.
The criteria were: Is the seating comfortable throughout the vehicle when the roof tapers in a more coupé-like way towards the rear and when the windscreen and A-pillars are shortened? How practical is the Cayenne as a 2-door model with doors which are 20 cm longer? Is it possible to accommodate an elegant, high-quality soft top that can also be folded quickly? And how should the rear end be designed?
There was still disagreement on the final issue in 2002, and two different rear sections were designed for the Package Function Model. The left-hand tail light was set low on the rear of the car, while the right-hand one was noticeably higher.
Had the car reached production, a single rear design would, of course, have been settled on in the end, and the technical issues would undoubtedly have been resolved. A now-familiar soft-top mechanism was envisaged: the luggage compartment lid of the Cayenne-PFM was attached at the front and rear, allowing it to be opened in both directions. The roof would travel over the fixed roll-over bar and be ‘swallowed’ in the rear by the luggage compartment lid, which opened in the opposite direction, folding in a z-pattern.
It has worked in a very similar way to this on the 911 Targa since the 991-generation model. The mechanism never got past the computer simulation stage for the Cayenne convertible, however, and was never fully constructed. Today, the fabric top is stowed in the luggage compartment of the museum piece and must be fitted manually if required.
While the coupe idea of 2002 was later taken up again and implemented in 2019 in a production model, Porsche did not pursue the convertible idea further. Forecasts regarding profitability were not particularly promising and doubts remained as to whether the car would look as appealing as a Porsche should.
“An SUV as a convertible is a challenge both aesthetically and formally,” said Michael Mauer, who was not yet in office in 2002, looking at the concept today. “An SUV always has a large and heavy body. You combine this with a small top half and then cut off the roof – you get very strange shapes emerging from that!”
As the actual job of driving a car gets taken over by a computer in future, the interior space will become more than just a place to sit while travelling, it will be a space where the occupants, besides driving when necessary, can relax or work. These three activities are set to merge in the digital, connected and sustainable vehicles of the future.
Continental has been looking at interior spaces which it terms “Third Space”. To show what the future of vehicle interiors could be like, it has built the AMBIENC3, a concept vehicle in which everything is designed and imagined within a shared blueprint. It has stylish, light and robust surfaces for the floor, walls and ceilings, the seats, lounge and tables; natural, subtle and bright colours; warm, clearly defined lighting effects; and unobtrusive sounds.
The AMBIENC3 is full of new surface solutions made from innovative and sustainable materials. It is based on a Volkswagen T2 microvan, a vehicle of rich emotional charm that provides a meeting point for retro appeal and future direction.
“With the AMBIENC3, we are connecting a globally renowned icon of the automotive world with new, intriguing surfaces and future-focused technologies, whose attributes assist driving, working and relaxing as effectively as possible and distinguish them through colour, design and material,” said Ralf Imbery, Global Director Innovation, Transformation & Design at Continental’s surface experts. “With the AMBIENC3 we are demonstrating our expertise in terms of sustainability, design, functionality, ‘third space’ development and customer centricity. It sees us bringing together key drivers for the future of the mobile interior.”
Focus on sustainability
One highlight of the concept vehicle from Continental is a light and sound concept that creates different moods. Natural and renewable raw materials are used for the surfaces, as well as recycled and reclaimed materials – with no compromise in quality. Passengers in the AMBIENC3 can breathe clean air, thanks to low-emission, low-pollutant materials.
Light surfaces also help to lower the vehicle weight. This reduces energy consumption – and, by extension, CO2 emissions – and therefore also increases the driving range of electric vehicles.
Natural, subtle, bright colours, plus gently flowing forms are defining elements of the AMBIENC3 interior and give it a cozy yet modern feel. The interior helps motivate passengers to work, but also encourages them to relax. Although the functions in the AMBIENC3 are always intuitive to use, there are no permanently visible controls. In fact, buttons and switches are nowhere to be seen. This is ‘Shy technology’ in use where, in OFF mode, the functions in the surfaces are invisible.
Design and function go hand in hand
Other innovative highlights of the concept vehicle include a light and sound concept that creates different moods, and heatable materials. Made using functional printing methods, these can generate heat in seconds. Other surfaces in the AMBIENC3 are distinguished by special attributes such as optimized soiling characteristics, maximum abrasion resistance and even self-healing in the event of damage.
The AMBIENC3 sets new standards in customer orientation. With solutions and surfaces that can be customized using digital printing techniques, Continental offers automakers with a host of options when it comes to tailoring vehicles to their customers’ individual requirements, upgrading interiors with new and surprising functions, and ensuring connectivity.
For example, staynu (stay new) technology makes surfaces more dirt resistant, easier to look after and more robust than ever. As the name implies, this technology helps the material to stay (and look) ‘as new’ for longer. Material equipped with this protection is used for the driver’s seat in the AMBIENC3. Stains are no longer an issue, and the material is long-lasting, low-cost and environment-friendly.
Other surfaces in the AMBIENC3 use laif technology, which delivers outstanding breathability –allowing air and water vapour to pass through – and an exceptional soft feel. An agreeable side effect of this new technology is that the breathable surfacing provides passive temperature control. Offering the look and feel of real leather, surfaces with laif technology provide an excellent alternative for which no animal needs to give up their life.
Vaccination does not make you immune to COVID-19 infection. You can still get infected and although you may not show symptoms, you can spread the coronavirus. Do not stop taking protective measures such as wearing a facemask, washing hands frequently and social distancing.
The Mercedes-Benz EQ brand continues to grow each year with the addition of new all-electric models every year. In time, besides the sedans and SUVs we have already seen, there will be other model types just like the range for models with combustion engines. Next to come will be a small van and its appearance is shown in the Concept EQT.
New T-Class
This is a near-production concept vehicle that will be the first premium vehicle in the small van segment which Mercedes-Benz has designated the new T-Class as its representative. Besides the electric variant, there will also be other variants with combustion powertrains. While this new class has nothing to do with the old ‘T’ models that were stationwagons, it does offer storage versatility.
“We are expanding our portfolio in the small van segment with the forthcoming T-Class. It will appeal to families and all those private customers, whatever their age, who enjoy leisure activities and need a lot of space and maximum variability without forgoing comfort and style. The T-Class provides them with an attractive introduction into the world of Mercedes-Benz. And as the Concept EQT shows, we are consistently implementing our claim to leadership in electromobility and will also be offering a fully electric model in this segment in the future,” said Marcus Breitschwerdt, Head of Mercedes-Benz Vans.
EQ design DNA
The Concept EQT will be immediately recognisable as a member of the Mercedes-EQ family with the characteristic black panel front and LED front headlights that flows seamlessly from the bonnet and gleams with a star pattern. The different-sized stars with a 3D effect are featured throughout the vehicle exterior.
Explaining the design, Gorden Wagener, Chief Design Officer Daimler Group, said the Concept EQT is a new, holistic van with the Design DNA of ‘Sensual Purity’. “Sensuous shapes, elegant trims and sustainable materials show that this van clearly belongs to our Mercedes-EQ family,” he said.
The interior space, which can accommodate 7 persons, is characterised by an elegant contrast of black and white. The seats are upholstered in white nappa leather and the plaited leather applications on the seat centre panel comprise recycled leather.
The instrument panel in a sensual design is also particularly eye-catching. The upper section is shaped like a wing profile with the appearance of a seashore pebble and fuses dynamically with the instrument cluster. Round air vents in high-gloss black, galvanised trim elements and the multifunction steering wheel with Touch Control buttons underline the high quality, modern appearance.
Intuitive, self-teaching MBUX
Like every new Mercedes-Benz model, the MBUX infotainment system (Mercedes-Benz User Experience) is present. The system can be conveniently operated using the free-standing central display with touch function, the touch control buttons on the steering wheel and the ‘Hey Mercedes’ voice assistant. It has the ability to ‘learn’, thanks to artificial intelligence. MBUX will be able to anticipate what the driver would like to do next with the help of predictive functions. For instance, if someone regularly calls a certain person on Fridays on the way home, the system will suggest their telephone number on the display on this day of the week.
In the high-resolution infotainment system media display, the EQ tile in the main menu serves as a central point of access to the specific displays and settings. These include the charging current, departure time, energy flow and consumption histogram. The media display can also be used to operate the navigation as well as the driving modes. On the move, it will display charging stations, the electric range and optimized route planning taking into account the charge level, weather or the traffic situation.
Maximum variability and functionality
The Concept EQT, which has an overall length of 4945 mm (22 mm longer than an E-Class sedan), has sliding doors on both sides. The openings have been made as wide as possible so that both full-sized individual seats in the third row can be reached without difficulty. If more space is required, the third-row seats can be folded or removed completely, leaving sufficient space for a pram, a transport box for dogs and other leisure equipment.
The vehicle’s elegant bottle design which tapers from the front to the rear makes the vehicle appear longer. The steeply sloping rear with a comfortable, vertical tailgate and window provides for a particularly spacious load compartment. A panoramic roof with a starscape lasered into it floods the interior with light.
An interesting feature in the concept vehicle is an electric longboard integrated into the load compartment. It is stored in a double-floor compartment beneath a plexiglass lid fitted in an aluminium frame and flush with the load compartment floor. The electric longboard is also made of aluminium and features a star pattern, giving it a particularly stylish look.
The new T-Class will be launched in 2022 and join the commercially-positioned Citan which will celebrate its premiere this year including a fully electric variant. The fully electric version for private customers will follow later.
Vehicles that can operate autonomously without humans at the wheel to guide them can be very useful, especially in conditions which may be hazardous to humans. For instance, they can be used to enter areas which may be highly contaminated with radiation to perform various activities or carry various types of payload while traveling over challenging terrain. They could even be used on the moon or other planets, like the various machines that have been roaming Mars for years.
Hyundai Motor Group’s New Horizons Studio, in partnership with Autodesk and Sundberg-Ferar, have developed such a vehicle which they have named TIGER (Transforming Intelligent Ground Excursion Robot). It is the company’s second Ultimate Mobility Vehicle (UMV) and the first designed to be uncrewed.
The development of the TIGER is being carried out at the studio which has its headquarters in California. The facility was established in late 2020 to develop UMVs drawing on research and innovation leadership from Silicon Valley and other innovation hubs.
“Vehicles like TIGER, and the technologies underpinning it, give us an opportunity to push our imaginations,” said Dr. John Suh, Head of New Horizons Studio. “We are constantly looking at ways to rethink vehicle design and development and re-define the future of transportation and mobility.”
Capability across remote, inaccessible terrain
The TIGER’s exceptional capabilities are designed to function as a mobile scientific exploration platform in extreme, remote locations. Based on a modular platform architecture, its features include a sophisticated leg and wheel locomotion system, 360-degree directional control, and a range of sensors for remote observation.
A large load bay housed within its body means the TIGER can carry goods for delivery, or be deployed to deliver aid packages in emergency situations. Leg-wheel articulation enables it to tackle a range of extreme situations while keeping payloads more level than a typical ground vehicle.
With its legs retracted, the TIGER moves like an all-wheel drive vehicle and is in its most efficient mode because it moves by rolling traction. But when the vehicle gets stuck or needs to travel over terrain that is difficult or impassable for wheels alone, it uses its walking ability to get unstuck or more easily travel over that terrain. This was a feature previously seen in the Elevate, the Korean group’s first-ever UMV concept with moveable legs, which was displayed at the 2019 CES (Consumer Electronic Show).
Like the Elevate, which also had transforming 4 leg-wheel ground vehicle, the TIGER shares similar characteristics such as its legs and wheels. The difference between the Elevate and the TIGER is that, while the former can carry passengers, the latter is uncrewed. Both vehicles blend robotic and wheeled locomotion technologies, allowing them to traverse terrain beyond the limitations of even the most capable off-road vehicle.
The vehicle can also connect to unmanned aerial vehicles (UAVs) which can fully charge and deliver the TIGER to inaccessible locations.
The first TIGER
The first version is the X-1 (‘X’ for ‘experimental’) and brings together a wide-range of technological and design expertise. It fuses Autodesk’s generative design capabilities with Hyundai’s growing R&D capabilities in mobility. The teams have been working together to create a lightweight but incredibly strong structure, with the legs and certain chassis elements created using carbonfibre composite additive printing.
The New Horizons Studio has been focused on developing technologies to enable concept vehicles such as the TIGER. These technologies include wheel-leg locomotion, high-performance materials and structures, high-performance power systems, chassis and body systems, virtual development and evaluation systems, and human-centered design and systems. Each of these represents significant technical progress that can be applied to any vehicle and will speed the development of advanced mobility solutions.
UMV concepts in development do not rely solely on wheels and are expected to address challenging driving situations – for example, a car with robotic legs could save lives as the first responder in natural disasters; or people without access to a curb ramp could hail a car to walk up to their front door, level itself and allow wheelchairs to roll in.
Since 1991, Swiss company Rinspeed has been presenting new ideas for the transport of people and goods in the world of tomorrow. The most recent have been the Snap and the microSNAP which were displayed at the CES event in Las Vegas in the past 2 years. These are vehicles whose chassis and bodies go their own ways; with the revolutionary separation of the two vehicle components, Rinspeed confronts the increasingly diverging life cycles of hardware and software.
The ideas are modular mobility systems and in order to make economic sense, they must gain broad acceptance. That is precisely where Rinspeed is now once more taking a crucial step ahead with its 26th concept car – the MetroSnap. This is a simple, fast, safe and inexpensive swapping system for the vehicle bodies for which the Swiss company has filed for patent protection.
Modular vehicles can help solve many of the problems and questions posed by modern mobility. Due to the flexible use of different vehicle bodies, these vehicles not only reduce the number of tremendously expensive and systemically short-lived automated vehicles, they also satisfy – depending on the time of day and current needs – the different transport requirements of people and goods.
Thanks to the unique swapping system – inspired by aviation, and tried and tested there around the world in all weather conditions – entirely new applications become possible. Among other things, the desired service now comes to the customer quickly and simply, regardless where he or she may be at the time – at home or at work.
This can be customer-accessible parcel stations that are dropped off in the customer’s neighbourhood for a certain period. Even combinations with a ‘corner health food shop’ are conceivable. Limited business hours, long drives and the endless and unpopular courier caravans are thus things of the past.
Quite as an aside: no more unattended packages, no more thefts and failed delivery attempts – and no more associated pollution and traffic burden. And the really great thing about it is this innovative way of getting parcels to the customer faster and easier can already be used today with a human driver. Parcel stations on wheels, right around the corner.
Because the batteries are split up between the Pod (vehicle body) and the Skateboard (chassis), the vehicle does not need to be parked for charging. The charging process takes place without wasted time while cleaning or loading the Pod in a process referred to as ‘Hot Swap’. The swapping of the vehicle bodies, including the batteries, takes place in a matter of seconds and the vehicle is ready to go almost as quickly as a racing car after a pit stop.
The unique MetroSnap EV concept, which fuses together smart city, supply chain and passenger transport, is meeting with very strong interest in the industry even before its actual premiere. It is full of technical and visual treats contributed by a reputable network of companies from around the world.
Mazda has revealed two concept vehicles at the ongoing Tokyo Motorshow, namely the Kai and Vision Coupe. This is the latter’s second outing, but the former’s first public debut. Based on first impressions, the car is nothing less than a masterpiece.
Incorporating the Japanese automaker’s Kodo design language, it has similar lines and contours as cars like the Mazda3 and Mazda6 but far more tastefully done. The curved grille, angular headlights and a low swooping bonnet accentuate the sporty front fascia.
Unlike other hatchbacks from the automaker, this car features an extremely short overhang. Apart from that, Mazda has also given it contours that add depth to the side profiles and a low roof line that that blends with the rear hatch to form one continuous line.
The elegant contours and lowered stance, provide the car with a presence and cool factor that has been absent from the product portfolio since the RX-7 was put out to pasture. Adding to that, the car will feature next-generation SKYACTIV-X petrol engine and the SKYACTIV-Vehicle Architecture.
As for the Vision Coupe, however, the styling is far more futuristic and less functional. But it showcases the capabilities of Mazda’s legion of designers and engineers. It features the ‘Soul of Motion’ exterior with minimalist aesthetics that loosely conforms to the company’s design philosophy.
Mazda says that the car’s design pays homage to Coupes like the Mazda R360, Mazda’s first passenger car, and the Mazda Luce Rotary, also known as the Mazda R130. Evidently, this is the Japanese automaker’s way of telling us that we can expect to see some amazing Mazda cars on our roads in the not so distant future.
As for the company’s long term version for technology development, its looking to fundamental appeal of the automobile to offer better driving pleasure in its new crop of vehicles.
BMW announced some interesting news at the IAA Cars 2017 at Frankfurt. It introduced a number of projects including the BMW i Vision Dynamics, which is a futuristic four-door Gran Coupe concept vehicle.
Sporting smooth and elegant contours, minimalist yet functional front fascia and a sensor-laden kidney grille that is integrated with the front bumper, the car’s styling is meant to provide us with a glimpse of the future.
The contours, take on a fluidic shape thanks to a low slung roof and body panels that fit seamlessly throughout the structure. The design of the rear, especially the long tail lamps nd bumper assembly are a major departure from the automaker’s current design language .
BMW says that some design cues will be taken when building the next generation of i models. A lot of what goes into these future cars are studied and tested extensively by realising vehicles like the i Vision Dynamics.
Speaking of the company’s achievemtns with its electrified vehicles, Adrian van Hooydonk, Senior Vice President BMW Group Design said, “With the i3 and i8 we have designed a revolutionary city car and a revolutionary sports car.”
“And now the BMW i Vision Dynamics is combining electric mobility with the core values of BMW: dynamism and elegance. We are therefore demonstrating how the product range and the design language of BMW i can be evolved further into other concepts,” he later added.
The i Vision Dynamics when fully realized, will have a 600km range, be capable of sprinting from 0-100km/h in just 4 seconds and reach a top speed of 200km/h. It will offer the e-mobility experience that offers, convenience, practicality and sporting elegance.
As advanced as this car maybe, the project is still in its infancy stage and it will take quite a while before we ever see something resembling an i Vision Dynamics gracing our city streets. That said, cars like the i8 owe quite a lot of their styling and tech to outlandish vehicles such as this.
