The narrower, bigger diameter tyres of electric vehicles are encouraging innovation around them. Supporting lower rolling resistance, the tyres are pushing suppliers and OEMs to explore new technological innovations. A leading German auto supplier for example has developed a ‘mechanical’ technology to ensure superior manoeuvring with near 180 degrees turn of the steered wheels. 
This is a development that could be applied to ICE rear-wheel drive vehicles as well. Even, light-duty commercial vehicles such as the Tata Ace/1000 or the Switch Iev3/Iev4 that are aimed at the last mile delivery segment were backing up into a tight parking spot or navigating through a narrow lane is part of the job. 
As designers and engineers toy with the idea of larger wheel wells and the ability of the steered – front – wheels to turn as much as 180 degrees, the use of narrower, bigger diameter tyres with low rolling resistance in electric vehicles is spurring yet another round of innovation, albeit as a part of the entire platform architecture that is rather software driven and subject to much virtual development in the interest of ‘time-to-market’ and a differentiated user experience. 
With over 14 million small electric vehicles sold in 2023 the world over, the push has been to develop tyres that enhance operation and performance. Provide a typical ‘family’ car the ability to transform into a sports car given the wave of high torque available from the word ‘go’ in an electric vehicle. 
With electric vehicle sales poised to increase 17.5 percent year-on-year globally to bridge 41.2 million units in 2029, electric vehicle tyres are expected to facilitate a further drop in rolling resistance while employing sustainable raw materials, technologies and manufacturing processes. 
A sustainable EV tire design should consider the whole lifecycle of the product. Tires can be composed of well over 100 different raw materials. These are mixed and the rubber compounds are machined resulting is several components of the tire construction. EV tires are expected to be stronger and lighter, with less rolling resistance due to its importance in CO2 emissions and fuel consumption. 
A key challenge being the development of tyre formulations for electric vehicles with the tread compound that is more resistant to abrasion, it is the instant torque availability that is necessitating tyres that may look like ICE vehicle tyres but are quite different in the way they handle traction and aid a longer drive range. There is the issue of kerb weight as well, not to overlook the new environmental pressures for durability and abrasion resistance. 
Interestingly, new opportunities are being created on the vehicle engineering and dynamics side as well as on the side of electric vehicle tyre development and manufacture. 
Starting with materials that are broadly classified as ‘renewable’ (can be sustained on time) and as ‘recycled’ (re-used and made from recovered end-of-life tyres), it is the tandem mixers that are producing more homogeneous rubber compounds, including tread compounds that employ optimised silica fillers.
Tyres for electric vehicles are demanding the use of triple or quadruple extruders for treads and sidewalls as per the vehicle weight, application and dynamics. Roller head or roller die units are also being used to produce inner liners as a single or multilayer sheet
In terms of textile coating of steel cord components in e-vehicle tyres, four-roll and Z-type calendars are used. Also, full tyre assembly machines that can produce tyres to tighter tolerances, higher specs such as superior uniformity and sans operator invention. 
With electric vehicle tyres and ICE vehicle tyres being tested and validated differently primarily because of the higher load bearing capacity and low rolling resistance, electric vehicle tyres are made up of a different (softer) rubber compound than regular tyres with an eye on less noise, mentioned a testing expert at an OEM that is increasingly producing electric vehicles in India. 
Pointing at an electric passenger vehicle the company launched in India recently, he averred, “Softer compounds are used to ensure less rolling noise and better transmission of torque from the motors to the road.” 
With finer tolerances in need, optical machine vision systems for end-of-line quality inspections, including new technologies such as X-rays to check steel belts, cords and bead reinforcement are increasingly used. 
They are used to check for air bubbles in inner liners as well. Advances in tyre design and manufacture include new developments in simulation software to model the performance of new designs quickly. This is without material input cots. 
AI is being increasingly used to ensure superior analysis. AI is also used to automate manufacturing process as part of Industry 4.0 workflows. 

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European auto major Stellantis has installed a blanking press at its Warren Stamping Plant in Michigan to increase in-house production capacity. This development supports the manufacturing of components for Chrysler, Dodge, Jeep and Ram vehicles in North America.

The Warren Stamping Plant and the Sterling Stamping Plant supply components – including hoods, doors and liftgates – to assembly plants in the U.S., Canada and Mexico. These operations contribute to the volume growth targets established in the FaSTLAne 2030 strategy.

Ed Daniels Jr., Vice-President of North America injection and stamping operations, Stellantis, said, “When people think about vehicle manufacturing, they usually picture the assembly line. But stamping is where that work begins. Sterling and Warren give our North America operations the scale, speed and flexibility needed to deliver precision parts on time, support key vehicle programs and help drive sustainable, profitable growth. As Stellantis executes its USD 13 billion U.S. investment plans, these plants and the people behind them are critical to strengthening our manufacturing foundation and keeping assembly operations moving.”

The new press at the Warren facility is expected to produce between 4.5 million and 6 million parts annually for the Ram 1500, Wrangler, Gladiator and Grand Cherokee.

Curtis Booth, Vice-President and Plant Manager, Warren Stamping Plant, Stellantis, added, “The new press has the capacity to produce between 4.5 million and 6 million parts annually for vehicles, including the Ram 1500 and three Jeep models – the Wrangler, Gladiator and Grand Cherokee. Together, the Hellcat line and the new blanking press give WSP the ability to both prepare and form critical vehicle components within a highly integrated manufacturing operation.”

Quality control is maintained using the Automated Body Inspection System, which validates geometry and precision during production.

Greg ‘Butch’ Bauer, Vice-President and plant manager, Sterling Stamping Plant, Stellantis, said, “Our workforce is what makes an operation like this possible. There’s a level of ownership and pride across every shift that ensures we’re delivering the same quality and performance at all times.”

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Chennai-headquartered two-wheeler and three-wheeler major TVS Motor Company has reached a new production milestone with the rollout of the one-millionth TVS iQube electric scooter from its manufacturing facility in Hosur.

This achievement, reached six years after the model's 2020 launch, highlights the adoption of electric two-wheelers in the Indian market.

The company said that the iQube community has achieved significant metrics since the model’s introduction, including covering 14.94 billion kilometres, 522,969 tonnes of CO2 saved, which translates to nearly plantation of 20.9 million trees.

The iQube portfolio has expanded since 2020 to include various battery capacities, range options and connectivity features. TVS Motor Co has supported this growth through a service and sales network consisting of more than 3,300 touchpoints across 3,000 cities.

Sudarshan Venu, Chairman, TVS Motor Company, said, “The rollout of one million TVS iQubes reflects the scale at which electric mobility is becoming part of everyday life in India. The milestone is built on years of investment in engineering, innovation and manufacturing capabilities that have enabled us to build world-class electric mobility solutions designed and manufactured in India for the world.”

The company credits this milestone to its focus on in-house R&D and manufacturing, noting that the iQube serves as a central element of its strategy to support India's transition to sustainable, self-reliant mobility.

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Solaris, a leading European bus manufacturer, has opened a production hall in Sroda Wielkopolska, which further supplements the company’s manufacturing operations, including a welding plant established in the area in 1998.

The 7,000-square-metre facility is dedicated to the assembly of city buses. Previously, this stage occurred only in Bolechowo, but production will now take place at both sites. This development increases production capacity by 500 vehicles per year, bringing the firm closer to a target of 2,000 vehicles annually. The project has created 300 jobs, with additional roles generated in the supply chain.

In 2025, Solaris delivered 1,631 vehicles, of which 86 percent were battery-electric, hydrogen or trolleybus models.

The company is supplying the buses to its customers in the United States and Canada and plans to further expand its intercity bus range in Europe.

Agata Standa, CEO, Solaris, said, “We are investing in expanding our production capacity and product portfolio to meet the growing demand for sustainable transport in Europe and in new markets.”

Solaris has secured 47 hectares of land in Sroda Wielkopolska for a second facility dedicated to intercity buses, which is scheduled to reach operational status in 2029.

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Chinese new energy vehicle company NIO has announced that on 22 June 2026, the World Economic Forum (WEF) officially designated NIO Factory Two (NIO F2) as a member of its Global Lighthouse Network (GLN). This recognition highlights NIO’s success in deploying Fourth Industrial Revolution technologies at scale.

The WEF selection process, conducted in partnership with McKinsey & Company, evaluated NIO F2 on its ability to integrate advanced digital and AI-driven systems. NIO was specifically recognised for:

• Integrated Ecosystem: Developing a real-time, closed-loop system that connects in-vehicle AI, battery swap networks and a digital twin platform.
• Operational Efficiency: The factory manages over 3.6 million vehicle configurations, which has successfully accelerated speed-to-market by 44 percent.
• R&D Automation: The implementation of advanced systems has allowed for the automation of 90 percent of R&D workflows.
• AI-Driven Decision Making: Approximately 80 percent of manufacturing scenarios at the facility are now supported by AI-driven decision-making, leveraging a mix of industrial AI algorithms and in-house developed foundation models.

NIO F2 is a fully digitalised smart factory located in the Xinqiao Industrial Park. Prior to this international recognition, the site earned several domestic accolades, including the National Green Factory awarded by China’s Ministry of Industry and Information Technology (MIIT) and the Super Automotive Factory designated by the China Automotive Technology and Research Center (CATARC).

Beyond its technical achievements, the factory maintains an open-engagement policy. Since 2018, NIO’s assembly plants have hosted nearly 300,000 global visitors, aiming to showcase the advancements in China’s intelligent manufacturing ecosystem.

NIO intends to use the GLN standards as a benchmark for its future manufacturing systems, continuing the integration of AI to set new standards in intelligent EV production.

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