What does the future of tyre technology look like? The answer remains ‘pneumatic tyres’, but in the sense of greener and more digital technologies.

The ‘pneumatic tyre’ remains the only optimal long-term solution that meets expectations in all important technical parameters, even if tyre construction becomes more complex with each new vehicle generation. To the question ‘What does the future of tyre technology look like?’, the answer is still ‘pneumatic tyres’, but in the sense of greener and more digital technologies.

The increasing number of SUVs, electric cars and new types of vehicles lead to a change in tyre sizes in every markets. New vehicles come in different sizes, so the lifespan of common tyre sizes under same class vehicles available in the market is decreasing day by day. Therefore, successful SKU management and new technics are required for inventory management.

Electric cars are increasingly dominating the market with their larger load capacity, higher torque and higher requirements for tyre wear resistance. Tyres of electrical cars and SUVs are becoming larger and heavier, limiting opportunities to reduce total tyre weight on automobiles.

Electric vehicle-associated increase in average vehicle weight and acceleration speed requires changes in tyre design. Optimisation of the raw materials and chemicals used in the mix of compound formulations are certainly necessary.

Tyres are still ‘black and round’, but they are constantly evolving towards ‘more efficient, smarter and safer technologies’. Lower skid depth but better wear resistance are common approaches to higher overall efficiency. Friction requirements must be balanced with tyre pattern for safety. Minor differences of patterns might change tyre responses unpredictably.

Of course, tyres must be durable and perform properly throughout their lifetime, but there are other requirements that must be met to be accepted on the market. The basic requirements are already included in the tyre regulation. The European tyre labelling system obliges tyre manufacturers to maximise the rolling resistance, wet grip and noise level of the tyres. In addition, it is an opportunity to enter the market with better tyre ratings.

Cold working is better for endurance and for better rolling resistance, but maintaining optimum grip performance is a challenge. Optimising wet grip and tyre wear are in conflict together with tyre handling, which is critical for safety. Likewise, better aquaplaning performance does not automatically mean better wet performance, and it is difficult to optimise both at one time. The same goes for noise and traction in wet conditions. Therefore, optimising and balancing different parameters is always a science in itself.

The increasing market penetration of electric vehicles and the associated increase in average vehicle weight and acceleration speed require changes in tyre design. Noise reduction and improved rolling resistance must be balanced by improved wear resistance. Given the enormous development of new generation alternatives in recent years, optimisation of the raw materials and chemicals used in compound formulations are certainly necessary.

Improving one performance parameter in the tyre industry often has a negative impact on another metric. The use of nanomaterials in tyre tread compounds let many of the metrics get better such as durability, wear and rolling resistance and wet performance.

Lower rolling resistance means less dynamic energy is required to maximise the vehicle’s range, which is crucial for electric vehicles. Low rolling resistance tyres make it possible to increase the range of electric vehicles by up to seven percent. Continental has announced the development of a special soft rubber tread compound that helps reduce rolling resistance and noise levels simultaneously, without compromising mileage.

Current tests show that the tyres of electric vehicles wear out 20 percent faster. This is due to the additional weight, the higher engine torque and the friction effects on the tyres when energy is recovered in coasting. Reduction of RR essentially requires a lower tread depth, but it also means the tyre lasts less time and generates more noise. However, the use of nanomaterials in tyre tread compounds, which manufacturers are experimenting with, improves durability, wear resistance and extends tyre life.

Nano-silica reduces rolling resistance, thereby improving fuel efficiency, while nano-clay improves thermal stability and provides consistent performance at different temperatures. Carbon nanotubes and graphene are used to improve the mechanical and electrical properties of tyre rubber, which improves tensile strength, elasticity and compensating low conductivity caused by the high silica content in the tread compound of current tyres. However, due to high cost and low availability, their widespread application in the tyre industry is limited.

Improving one performance parameter in the tyre industry often has a negative impact on another metric, such as efficiency, and comes at the expense of another metric, such as durability or wet grip. Silica nanoparticles improve wet grip in this respect by improving the tyre’s interaction with wet surfaces, thus increasing safety in adverse weather conditions.

By 2050, all tyres will be made from direct natural sources or recycled materials, which corresponds to the global goal of net zero CO2 emissions. Growing consumer awareness is also driving demand for products made from recycled materials.

In order to achieve carbon neutrality, a ‘sharp decline in demand for fossil fuels’ is expected in the global energy sector from 2040 onwards. ISO 14068 provides principles, requirements and guidelines for achieving and demonstrating carbon neutrality, with a focus on quantifying, reducing and offsetting the carbon footprint. Growing consumer awareness is driving demand for products made from recycled materials. Industry practices and market offerings are influencing new products.

Similar to the rapid and massive increase in investments in renewable energy and capacity expansions, the sustainable tyre materials market is also expected to witness strong growth. Manufacturers are exploring biodegradable materials and using recycled components to reduce environmental impact while ensuring that safety and performance are not compromised.

Major tyre manufacturers have already set themselves ambitious goals: by 2050, they are committed to use 100 percent sustainable materials in their production. From that date, all tyres will be made from direct natural sources or recycled materials, which corresponds to the global goal of ‘net zero CO2 emissions by 2050’.

Today, it is technically possible to extract ultrafine carbon black and pyrolysis oil from scrap tyres. Other achievements include the use of bio-based butadiene from wood biomass and other plant waste as a replacement for butadiene from petroleum, recycled styrene from plastics and polyester yarn obtained from recycled PET. The extraction of high-quality, reusable steel, gas and other new materials from scrap tyres is currently practiced by some tyre manufacturers.

Tyre performance is experimented with virtual testing in extreme conditions and optimisation of tyre performance is possible before real prototypes come to life. Digitalisation offers endless possibilities for new horizons in tyre industry.

Digitalisation has revolutionised design, manufacturing, performance monitoring and durability of tyre technologies. ‘Smart tyres’ with ‘embedded sensors’ send real-time and continuous data such as pressure, temperature, tread depth and wear data to vehicle control systems and cloud platforms. Safety is provided by detecting early signs of wear or punctures.

Simulation in virtual environments allows understanding of tyre behaviour under different conditions such as temperature, pressure and road types. It is possible to reduce the number of physical prototypes and speed up tyre design cycles. Faster design and prototyping minimise the time spent on developing the tyre. Major tyre manufacturers already own simulator setups and software to virtually test vehicle and tyres altogether.

Virtual tyre testing and simulation uses AI for visualising tyre model behaviour and finite element analysis methods are used to calculate external heat, load or pressures impacts. Virtual models respond to forces, heat and wear effects. This enables virtual testing in extreme conditions and optimisation of tyre performance before real prototypes come to life. Digitalisation offers endless possibilities for new horizons in the tyre industry.

The tyre industry is increasingly placing emphasis on digital transformation and sustainability. ‘What’s next?’ is an open question for any technological industries. The ‘Next Step’ in tyre industry is the green and digital revolution. How this development is managed depends on the intellectual and technological capabilities of the tyre manufacturers.

Titan International, a major global manufacturer of wheels and tyres for off-highway equipment, has secured expanded production rights for the Goodyear brand across multiple segments while renewing its existing farm tyre licensing agreement.

The deal extends Titan’s Goodyear brand manufacturing rights to include light construction, industrial, all-terrain vehicle (ATV), lawn and garden and golf tyre categories, significantly broadening the company's market reach.

The Illinois-based firm will continue to produce agricultural tyres under the Goodyear Farm Tyres brand, maintaining its presence in a sector where it manufactures products ranging from small implement tyres to the massive Goodyear Optitrac LSW1400/30R46, which features the company's proprietary Low Sidewall Technology.

"We are excited to expand our rights into new segments, as this positions us to serve our customers better and seize emerging market opportunities. Our research and product development teams are already working on new tyre designs incorporating innovative tyre technologies for the lawn and garden segment," said Paul Reitz, President & CEO of Titan International, Inc. "In addition to our newly acquired rights, we are reaffirming our commitment to the farm tyres segment, a vital part of our business."

Industry analysts note the expansion comes as demand for specialised off-highway tyres remains robust across construction, agriculture and recreational sectors despite broader economic headwinds.

Strategic growth initiative

The licensing expansion aligns with Titan's strategy to offer comprehensive wheel and tyre solutions across forestry, powersports, outdoor power equipment, agricultural, earthmoving, and light construction markets throughout the Americas, Europe, Africa and Oceania.

The company did not disclose the financial terms of the licensing agreement with Goodyear.

Titan International has manufactured Goodyear-branded farm tyres since 2005, when it acquired Goodyear's North American farm tyre business. It has gradually expanded these rights to other regions, including Latin America, Europe, the Middle East, Africa, Russia, and Australia.

Targets International Expansion With Robust Fy25 Performance

CEAT Ltd, the RPG Group’s flagship tyre company, reported a capital outlay of INR 9–10 billion  for FY2025–26, keeping with its capacity expansion strategy and global integration. This follows a strong FY25 performance of record revenues and double-digit growth across segments despite headwinds in overseas markets.

The business ended FY25 with consolidated revenue of INR 132.18 billion, up 10.6 percent year on year, and Q4 revenue at INR34.21 billion, up 14.3 percent compared to the corresponding quarter previous year. The standalone full-year EBITDA was INR 15 billion, and the Q4 operating margins improved by more than 100 basis points sequentially at 11.5 percent.

"We incurred capex of INR 9.46 billion in FY25 and expect a similar investment of INR 9–1.0 billion in FY26," said Kumar Subbiah, Chief Financial Officer of CEAT. “Our focus will remain on expanding capacities, particularly at the Ambarnath and Chennai facilities, and funding the integration of the recently acquired Camso compact construction business.”

In FY25, CEAT depreciated assets amounting to INR11.40 billion. Much of its FY26 capex will also fund equipment modernisation and normal maintenance at its Sri Lankan operations under Camso, putting a cost estimate of INR1-1.25 billion a year over the next two years.

The Camso acquisition, which is effective from Q2 FY26, is likely to significantly enhance CEAT's global presence. "Integration work has started in full acceleration," said Arnab Banerjee, Managing Director and CEO. “Initial focus will be on customer retention and business continuity, with consolidation expected to double Camso’s current capacity utilisation over the medium term.”

Despite international uncertainties, CEAT renewed its medium-term global growth forecast. Exports are expected to form 25–26 percent of the revenue post-Camso integration. Turbulence still exists in Latin America and North America due to tariff policies and exchange rate weakness. CEAT, however, has reported consistent performance in Europe, the Middle East, and Southeast Asia.

CEAT also indicated a likely raw material cost stabilisation in Q1 FY26, potentially softening by Q2, to support its margin growth initiatives. The gross margin was 37.5 percent in Q4 FY25, and the target was above 40 percent in the near term.

Banerjee signaled ongoing activity in electrification, premiumisation, and digitalisation. "With our technology outlays and new product introductions, we are hopeful of sustaining 20–25 percent market share in electric vehicle segments," he asserted.

The debt levels of the company are under control. The gross debt as of 31 March 2025 was INR 19.28 billion with a debt-to-EBITDA ratio of 1.3x and debt-to-equity ratio of 0.44x. Subbiah added that CEAT's strong cash generation will allow it to finance both organic and inorganic growth without materially diluting leverage metrics.

Black Swan Graphene Inc. (Black Swan) has appointed Jobin George as Technical Sales Manager for the Europe, Middle East and Africa (EMEA) region with immediate effect. This significant move, which supports Black Swan's worldwide commercial team as it promotes adoption of its graphene-enhanced products, follows Dan Roadcap’s appointment as Head of Technical Sales and Business Development.

George has an MBA from ICFAI University in India, a Post Graduate Diploma from the Central Institute of Petrochemical Engineering and Technology in India and a Bachelor of Science in Chemistry from Mahatma Gandhi University, India. He brings with him more than 20 years of global expertise in project management, business development and technical sales. George has had positions at Sands International Plastics and Sojitz Corporation in the United Arab Emirates, as well as Aquapak Polymers and H-Pack Global Ltd.

Simon Marcotte, President and Chief Executive Officer, Black Swan Graphene, said, “The addition of Jobin to our commercial team marks another important milestone in our global expansion strategy. His international experience, particularly in the EMEA region, and his proven ability to translate technical capability into commercial success make him an ideal fit as we continue scaling our graphene business.”

George said, “Black Swan is positioned at the forefront of advanced materials innovation. The opportunity to contribute to the adoption of such a transformative technology across the EMEA region is tremendously exciting. I look forward to engaging with our existing customers and partners, along with exploring opportunities for new clients as well, to showcase the performance and value of Black Swan’s graphene solutions.”

The Tire Recycling Foundation (TRF), a joint initiative led by the U.S. Tire Manufacturers Association (USTMA) and the Tire Industry Association (TIA), has appointed Stephanie Mull as its Executive Director.

Mull will spearhead the organisation's initiatives to promote innovation and invest in the circular tyre economy, expand the market for end-of-life tyres and support studies to fill in the gaps in the sustainability and tyre recycling supply chain in her new role at TRF. Mull brings a wealth of experience in the sustainability field and a broad understanding of fleet management and decarbonisation, including converting fleets to electric and alternative fuel vehicles. In her role as PepsiCo's Sustainability Senior Manager, she oversaw major electrification projects, obtained grant money and spearheaded efforts to lower Scope 1 and Scope 2 emissions throughout Pepsi and Frito-Lay's North American fleets. Mull oversaw the local government's efforts to upgrade municipal vehicles to greener technology and volunteered to help the Red Cross electrify its fleet.

Anne Forristall Luke, TRF Board President, said, “Stephanie Mull brings the passion, in-depth expertise and history of excellence that will drive TRF and its partners to achieve critical tyre recycling and reclamation milestones. We are thrilled to have her join the Foundation as we advance tyre sustainability while tackling the challenges and opportunities ahead.”

Mull said, “I’m honoured to join the Tire Recycling Foundation and support its sustainability mission to achieve 100 percent end-of-life tyre circularity. TRF is a vital nexus of expertise and leadership, and I look forward to working with all stakeholders in developing tyre recycling solutions that pave the way for a more sustainable future.” 

The Tire Recycling Foundation is dedicated to achieving 100 percent circularity for end-of-life tires by advancing innovation, building partnerships and supporting scalable recycling and reclamation solutions. Consisting of 15 global industry leaders with expertise in the manufacturing, recycling and transportation industries, TRF’s Board primarily focuses on the acceleration and adoption of emerging end-of-life tyre market technologies like rubber-modified asphalt (RMA).