Smart mobility is as relevant as ever, with growing urbanisation rates in almost all countries across the globe. But the concept isn’t new. At least I recall reading about the future of driving when I was very young, and a university project concluded that in the future, cars would be able to connect to each other and slide onto some sort of rail system when driving on the highway, so nobody would have to worry about steering or speeding when covering the long stretches of the journey. Not surprising, the project couldn’t have been more wrong in its conclusion. But why didn’t it work? It would have reduced accidents, pollutant emissions, road wear and maintenance costs, and it would have probably been quite easy to develop guiding chips and software to let cars in and out of the chain.

Well, the answer is simple, and is proven by the fact that car sales are still going up worldwide in spite of an ever-growing range of alternative transportation methods available to the buyers: freedom. As global wealth keeps increasing, all societies can recognize that the first luxury people growing out of poverty take is to buy a car, in many cases even before considering taking out a mortgage to buy a house. Why do they do that? Obviously to signal their increased wealth to the people around them (it’s harder to show if your house is bought or rented), but also to enjoy the freedom of being able to go exactly where they want to go and when. In these corona times being able to move about without bumping into others in public transportation is of course also an important factor. If this wasn’t the case, car sales would be dropping rapidly. Public transportation is cheaper, if you compare it to total cost of ownership of a car it’s easy math, and in many cases it’s also faster and easier. Plus, you can be productive getting some work done or enjoying a good rest when you don’t have to sit at the wheel in a traffic jam.

For those who care about global warming and reducing the environmental impact, there’s even further incentive to get rid of the car, but still, this is not what we see in the new car sales figures – although you could argue that some people buy a new car because it pollutes less than the old one.

Bicycles

With all the new technology, it will be very interesting to see how smart mobility will be implemented in cities across the globe, and if it will change the trend for good. After all, it’s be big cities with massive population numbers that will make a difference for the planet. If we look at a city like Copenhagen, it has for many years focused on being the world’s best city to ride a bicycle in, and it has implemented many innovative structures allowing cyclists to zip from one place to another in a matter of minutes with minimal need to stop along the way. Some places bridges have been built just to cater to cyclists. No doubt you can get around faster and cheaper in Copenhagen if you ride a bike than by any other means of transportation.

Another thing that is becoming increasingly interesting in the big cities is the drone technology, now we have seen Chinese firefighters putting out high-rise fires using drones controlled from the ground, and many places they have also begun working as parcel or food delivery agents. But is there a viable case to argue that we will all be flying in private drone vessels instead of driving in cars in the coming decade? I wouldn’t bet my money on it. First of all, it would take long until the general public would trust a drone manufacturer enough to not fear dropping to the ground or being flung into a building or another drone mid-air at any moment. Second of all, they would most definitely run on electricity, which we know from electric cars means very heavy batteries and/or short operation times. Probably in colder regions you would also struggle with much lower performance during winter, and possibly weather conditions not allowing them to take off.

That’s another nightmare scenario – to be caught in a thunderstorm or hailstorm up in the air.

Naturally, the ultimate challenge would be that everyone would basically need to have a pilot license to operate them, and air traffic control would be an entirely new concept in this scenario. We have all seen movies like Stars Wars or The Fifth Element where flying vehicles somehow get into invisible lanes and layers, but it’s hard to see how that can go from fiction to reality.

Urban hubs

So, how can consumers most likely have their desire for freedom fulfilled within a smart mobility concept? Most likely by creating urban hubs or city line parking facilities, so it’s easy to take the car to, from, or between cities, but not inside them. At these hubs, you would park the car and jump on the next shuttle to anywhere in the city, or even ride a bike that you brought with you. Designing these hubs, along with ample green areas in the cities, is the only way that any city planner can create the grounds for real smart mobility, and not take people’s freedom away from them. Then the only thing left is to address the issue of the environmental impact caused by passenger cars, both combustion engine emissions and tyre pollution from wear during use and waste management at end of tyre life.

Tyre manufacturers don’t seem to be making huge changes to the technology yet, except for a few innovative products like the Michelin Tweel – and the ultimate challenge is of course that the vehicle so far has to be in contact with the road surface to move and handle satisfactorily. It’s hard to imagine any tyre concept where rubber against the road surface isn’t involved, and it’s also hard to imagine any tyre manufacturer supporting such a project, given the massive investments they have in their production equipment, which isn’t easy to readjust to put out something else. Well, at least not any serious manufacturer – there was a Chinese plant that stopped producing tyres this year to start producing face masks instead because of corona demand, but that probably says something about the quality of both products coming out of that factory, and it makes me very interested in reading their mission statement.

Ultimately, for tyre manufacturers to start investing in any game changing product development, we would have to see a development like we have seen with British Tobacco actually advertising against smoking – which is very much in line with the trends of the day but doesn’t seem rational from a business perspective. So, to conclude, I’ll venture a bet that we won’t see any drastic changes in how much smarter our mobility options will become until we either see a scenario that will allow people to experience the same level of freedom as owning a car, drastically reducing the environmental impact from driving and tyre waste, and/or creating cities where it utterly doesn’t make any sense to drive instead of hopping on the city’s smart mobility system, whatever that might turn out to be.

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DUNLOP Motorsport is all geared up for the 2026 ADAC RAVENOL 24h Nürburgring, scheduled to be held from 14 to 17 May 2026. At the legendary Nordschleife, the team will debut a Porsche 911 GT3 R bearing start number 17, marking the black-and-yellow car’s first appearance at the Eifel classic. A quartet of experienced drivers has been assembled to share the cockpit, including Frenchmen Julien Andlauer and Dorian Boccolacci, Belgian Alessio Picariello and Nordschleife specialist Nico Menzel.

A series of preparatory runs within the ADAC RAVENOL Nürburgring Endurance Series allowed the team to gather vital operational intelligence. Despite a rain‑affected delay to the opening round, the group managed to cross the line inside the top ten overall during its very first race. That outcome, combined with methodical calibration of the Porsche's suspension and aerodynamics, improved the squad's command of DUNLOP tyre behaviour under race conditions.

Unpredictable factors such as sudden showers, evolving asphalt grip and heavy lapped traffic frequently decide outcomes at the Nürburgring. Success therefore hinges on error‑free driving and disciplined strategic calls. The selected drivers bring precisely those attributes: Andlauer from his tenure in elite GT and prototype series, Boccolacci and Picariello from repeated Nordschleife campaigns, and Menzel from years of local expertise.

Several other entrants have also chosen DUNLOP rubber. Saugmotoren Motorsport will run the distinctive BMW Z4 E89, steered by Nordschleife veterans Ralf Schall and Christian Scherer. BLACK FALCON Team FANATEC, collaborating with Gran Turismo, enters a Porsche 911 GT3 Cup whose cockpit will be shared by Manuel Metzger, online personality Misha Charoudin and sim racers Steve Brown and Jimmy Broadbent. For spectators, the Boulevard area presents an interactive zone where Gran Turismo simulators offer virtual Nordschleife laps. A Porsche 962 C on loan from the Porsche Museum, winner of all five Supercup races in 1987 and that year's champion, will also be exhibited.

The ADAC RAVENOL 24h Nürburgring starts Saturday 16 May at 3:00 pm. Fans unable to attend can watch live via the official stream or on RTL Nitro. DUNLOP Motorsport also shares regular updates and content from the Eifel region through its social media channels.

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Pirelli has developed a new rear tyre solution for the fifth FIM Superbike World Championship round at the Czech Republic’s Most circuit. The track is known for unusually high mechanical strain on rubber, particularly at the rear axle. To address this, Pirelli created the F0468 medium compound rear specification. Its compound matches the D0922, a tyre used at Most in 2025 and at Phillip Island across the previous two seasons. However, the F0468 features an entirely new internal structure for better race-long consistency and improved stability.

This newcomer evolves the E0829 specification, which shared the same compound and appeared at Phillip Island earlier this year. Riders who dislike the F0468 can still choose the D0922 development rear tyre. That option has already proven itself at the unique Czech layout and at Phillip Island, another tyre‑killing circuit. For qualifying and the Superpole Race, Pirelli has designated the standard soft SC0 as the reference rear tyre.

Beyond the premier class, Supersport and SportBike World Championship competitors will also race at Most. Supersport riders receive the same front choices as Superbike: soft SC1 and medium SC2. At the rear, Supersport entries can pick the soft SC0 or the medium SC1. SportBike competitors have used that same medium SC1 on both axles all season.

The tyre lineup thus gives every category familiar options alongside the new F0468. By blending a proven compound with a revised structure, Pirelli targets greater performance consistency without forcing riders to abandon the trusted D0922. Most’s punishing layout will serve as the ultimate test for both solutions.

Giorgio Barbier, Pirelli Motorcycle Racing Director, said, “Over more than two decades as supplier to the Superbike World Championship, Pirelli has built an extremely solid and versatile tyre range. The SCX supersoft rear solution now represents an absolute benchmark for riders and is used in most races on the calendar, with the soft SC0 becoming a valid alternative on some occasions. There are, however, some circuits that are particularly demanding on tyres, such as Phillip Island and Most, which by virtue of their layout and intrinsic characteristics require more specific solutions and more durable compounds, typically medium options.

“In these cases, development work focuses on improving key parameters such as performance and consistency over race distance: objectives that guided the design of the new rear solution in F0468 specification. To complete the allocation, riders will in any case also have the well-proven D0922 option available, which has shown that it can effectively handle the particular stresses imposed by this circuit. It will be interesting to assess whether the new F0468 medium will be able to raise the performance level beyond that of the D0922 further still.”

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Linglong Tire Vice President Feng Baochun represented the Chinese tyre industry at the Intelligent Electric Vehicle Development High-Level Forum 2026, held in Beijing in April. He addressed the session titled ‘New Stage, New Drivers, New Ecosystem – Market and Consumption’, sharing the latest insights into tyre market developments.

During his presentation, ‘Reinventing Product Values, Strengthening a New Smart Mobility Ecosystem’, he explained that profound changes in the automotive sector – driven by artificial intelligence, shifting environmental factors and globalisation – are redefining the role of the tyre. He stated that tyres are evolving from traditional safety components into critical parts that significantly influence overall vehicle performance.

To meet these demands, Linglong is actively building innovation drivers in global research, development and marketing, aiming to become a product and service provider for intelligent mobility rather than remaining a classic tyre manufacturer. The company currently focuses on optimising rolling resistance. Through new sustainable materials and advanced compound technologies, Linglong has achieved a balance between energy efficiency and performance.

This balance is an indispensable requirement for major national and international automotive manufacturers. Linglong continuously researches, develops and tests with these partners to meet strict original equipment tire standards, reinforcing its commitment to the new smart mobility ecosystem.

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Balkrishna Industries Ltd (BKT) has unveiled an ambitious expansion and investment roadmap aimed at more than doubling its revenue to around INR 230 billion by FY30, backed by a cumulative capital expenditure of INR 68 billion.

The company said the investment programme would strengthen its leadership in the off-highway tyre (OHT) segment, expand carbon black capacity and accelerate its entry into India’s on-highway tyre market. The strategy forms part of BKT’s long-term plan to achieve an estimated 8 percent global market share in the OHT segment by FY30.

BKT has already announced INR 13 billion of capex for OHT tyres in August 2024 and an additional INR 35 billion investment in May 2025 for on-highway tyres, rubber tracks, carbon black and power plant expansion. The board has further approved INR 20 billion in additional capex to support capacity expansion, infrastructure development, AI-enabled automation and sustainability initiatives.

As part of the OHT expansion strategy, BKT said ongoing debottlenecking and capacity enhancement initiatives would raise OHT tyre capacity to 425,000 metric tonnes per annum (MTPA). The company is also expanding its dedicated rubber tracks manufacturing facility while strengthening its mining tyre portfolio.

In the carbon black business, the company is scaling up production to improve raw material integration and energy efficiency. BKT said Phase 1 capacity has already been increased to 265,000 MTPA along with a 24 MW cogeneration power plant, taking total cogeneration capacity at Bhuj to 64 MW. Phase 2 expansion, which will raise carbon black capacity to 360,000 MTPA, is expected to become operational in Q1 FY27.

The company is simultaneously building its on-highway tyre business in India through a modular approach focused initially on premium passenger car radial tyres and commercial vehicle radial tyres. Commercial vehicle radial tyres were pilot launched in Q4 FY26, while passenger car radial tyres are scheduled for pilot launch in Q3 FY27.

For FY26, BKT reported standalone revenue of INR 106.56 billion, while net profit stood at INR 12.22 billion. OHT sales volumes rose 1 percent year-on-year to 317,356 MT.

The company said the expansion programme is expected to enhance profitability through stronger operational integration, scalable infrastructure and an expanded product portfolio, with blended EBITDA margins projected in the 23–25 per cent range after full commercialisation of the new capacities.

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