Gasgoo Munich-The rapid rise of smart electric vehicles keeps pushing tire technology to new heights. Electrification adds 200 to 300 kg of weight and delivers instant torque, wearing out tires faster; meanwhile, vehicles are loaded with cameras and radar, yet the tire remains the only "black box" between the car and the road. On top of that, tightening global environmental regulations are turning sustainability from a selling point into a ticket to entry.
At the 2026 CIIE, Michelin showcased two technologies aimed squarely at these pressures: a tire made with 75% sustainable materials to meet environmental demands, and a Touch Intelligence system that gives the tire the "road feel" it has been missing.
75% Renewable and Recycled Materials Tire: From the Track to the Daily Commute
Environmental pressure is far from an abstract slogan. China scraps over 300 million tires annually, yet the processing capacity certified by the Ministry of Industry and Information Technology covers only about a third of that recyclable volume. Across the globe, the EU is pushing for tire carbon-footprint labels, and under China's dual-carbon goals, tire makers are being pushed to cut emissions across the entire lifecycle—from production to recycling. For the industry, sustainable materials can no longer just live in press releases. They must answer two practical questions: Can they deliver automotive-grade performance? And can they be deployed at scale?
The tire Michelin brought to this year's CIIE answers with 75%—built from recovered carbon black out of scrap tires, bio-based oils and resins, bio-based synthetic rubber, silica extracted from rice husks, recovered steel, and renewable textiles. That figure carries more weight when viewed against the industry backdrop: Michelin has set a target of 40% average sustainable materials across its entire lineup by 2030, and 100% by 2050. Two years ago at the CIIE, it displayed a 71% concept tire. Back then, the consensus was that high-ratio sustainable materials belonged only on the track or in limited editions.
"In the past, products like these were far removed from the everyday consumer," said Ye Fei, President and CEO of Michelin Greater China and Mongolia. "This 75% renewable and recycled materials tire pushes material innovation from the track closer to the street, opening up room for us to explore new applications with our Chinese partners." The tire has reportedly secured third-party certification, meaning the material substitutions have cleared the "lab exhibit" hurdle while maintaining Michelin's performance standards—paving the way for mass-production fitments.
For the industry, this tire's real demonstration value lies in proving that high ratios of sustainable materials don't have to come at the expense of wet grip, rolling resistance, or tread life. Furthermore, once agricultural waste like rice husks and industrial byproducts like recovered carbon black are reliably integrated into the supply chain, they could simultaneously ease the scrap-tire pileup and reduce reliance on petroleum-based feedstocks.
Touch Intelligence: A "Thinking" Tire That Needs No Sensors
As smart tech rapidly permeates the vehicle, cameras and radar are everywhere—yet they share a common blind spot. They are "visual" sensors that can only "see" the road, unable to feel the actual grip between the tire and the pavement. They can't tell when hydroplaning begins or how much friction is lost on ice. As the only component touching the ground, the tire is the natural node to close this gap.
The other technology Michelin showcased, Touch Intelligence, takes a radically different approach from the industry norm of "stuffing sensors inside the tire." It is a purely software-based solution. Requiring zero internal hardware, it leverages the vehicle's existing data channels—wheel speed, ABS, radar, and more—and uses algorithms to infer the tire's real-time condition.
According to Mu Yunzhou, Michelin China's R&D Director for Tire Performance Simulation and Testing, the system draws on over a decade of accumulated materials science, physics models, and AI data. Paired with a digital twin, it outputs four types of real-time data. First, grip: paired with a smart braking function developed alongside brake maker Brembo, it can shave an extra 4 meters off braking distance. Second, pressure-loss warnings. Third, tread-wear monitoring, helping drivers avoid premature replacements. Fourth, load and rolling-resistance estimates, feeding directly into energy management.
"Four meters might sound like just a car length, but in an emergency stop on a wet road, that distance can be the difference between safety and a crash," said Huang Zhe, Technical Director for Michelin China's Original Equipment business.
When asked why Michelin didn't take the well-trodden path of built-in sensors, Mu's answer was blunt. Traditional sensor and software solutions are complementary, but the pure-software approach has two practical advantages: it eliminates new hardware costs, and it remains brand- and model-agnostic—once the vehicle is calibrated, it works with any tire. In other words, the technology isn't locked into Michelin's own products; it can run on rival brands just as well.
That neutrality also means the technology can scale rapidly. Huang revealed that Michelin is developing the system with local automaker partners, adding that it will see its "first-ever global commercial deployment in China in the near future."
Michelin's moves send a clear signal: as electrification and smart tech push the tire from a spec-sheet commodity back to the intersection of safety, efficiency, and sustainability, the competitive rules of this century-old industry are being rewritten.
(Image credit: Michelin WeChat official account)
