As the title sponsor of the 2025 Bridgestone World Solar Challenge (BWSC), Bridgestone Corporation introduced a new standard in sustainable motorsport by equipping teams with tyres composed of over 65 percent recycled and renewable materials. This initiative, centred on the company's ENLITEN technology, represented a comprehensive evolution of its sustainability efforts across the entire tyre lifecycle, from material sourcing to end-of-life recycling. The performance of these tyres was proven on the track, with victorious teams in both the Challenger and Cruiser classes utilising them.

The advanced materials were developed through strategic partnerships. In collaboration with ENEOS Corporation, Bridgestone employed precise pyrolysis technology to recover carbon black from end-of-life tyres, which was then used in BWSC tyres for the first time. Similarly, recycled steel was produced from scrap tyres and processed into bead wire with partners Sanyo Special Steel and Nippon Steel, marking another debut application for the race.

Beyond materials, the ENLITEN technology was fundamental to the tyre design, enabling crucial performance characteristics for solar vehicles such as ultra-low rolling resistance, reduced weight and superior wear resistance. This engineering allowed the tyres to withstand the event's 3,000-kilometre extreme conditions while maximising vehicle efficiency. The incorporation of Teijin Aramid's new Twaron Next material further enhanced the product's circular content.

Bridgestone also addressed the environmental impact of logistics by partnering with DHL and its GoGreen Plus solution. The shipment of tyres to Australia utilised sustainable marine fuel, achieving up to an 85 percent reduction in well-to-wake CO₂ emissions. Furthermore, the enhanced durability of the tyres meant each team required significantly fewer sets, reducing the total number supplied. After the event, a partnership with Australian company RubberGem will ensure the used tyres are recycled into high-quality rubber flooring.

This victory marks the third consecutive win in the Challenger class and the fourth in the Cruiser class for teams on Bridgestone tyres. By supporting this premier innovation challenge, Bridgestone reinforces its commitment to accelerating sustainable mobility and nurturing the next generation of engineers.

Challenger Class winner Elias Wawoe, Brunel Solar Team (Delft University of Technology), said, “The last time we won the BWSC was eight years ago, and since then, we have been working towards becoming world champion again. The Bridgestone tyres performed exceptionally well, especially in terms of wear resistance, supporting our journey to victory. The BWSC tyres were a great example of accelerating sustainability in the tyres; through the event, these efforts were showcased. What we try to show is the combination of innovation and striving for a sustainable future.”

Cruiser Class winner Kelvin To, VTC Solar Car Team (Hong Kong Institute of Vocational Education), said, “We have been working on the BWSC for more than 10 years, and winning this competition means a lot to us. Our students from engineering and design put classroom skills into the real-life 3,000-km project of the BWSC. We take part to showcase the latest technology in renewable energy and be part of the force that drives into a sustainable future. Bridgestone tyres were very reliable—no punctures over sand, pebbles and potholes—and they helped us save a lot of energy throughout the trip.”

Bridgestone E8 Commitment Award winner Joel Pitts, Iron Lions Solar Car Team (Greenville High School), said, “We are truly humbled to receive the Bridgestone E8 Commitment Award. Our students and teachers set a goal to build a world class solar car that would qualify and compete in the Challenger Class. This recognition affirms our commitment and drive to become world-class solar teams.”

Hiroshi Imai, Vice President and Senior Officer – Global Motorsports, Bridgestone Corporation, said, “I would like to express my heartfelt gratitude to all the teams, team staff, families, organisers and the many volunteers who contributed to the success of the BWSC. It was truly inspiring to witness the passion of everyone involved come together to create such a remarkable event. We are proud that our tyres equipped with ENLITEN technology supported not only the winning teams but many others throughout the challenge. As both a tyre supplier and the title sponsor, Bridgestone remains committed to supporting the realization of sustainable mobility and the development of future engineers and leaders through the BWSC. With passion, we continue to challenge the limits together with the teams and aim to apply the innovations born in this ‘mobile laboratory’ to future sustainable global motorsports activities.”

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Continental is redefining adventure riding for a new generation with the launch of the TKC 80², a complete re-imagining of its legendary TKC 80 tyre. After four decades, this isn't a simple update but a fundamental redesign crafted for today's powerful and heavy adventure motorcycles. It answers a clear call from riders who are increasingly drawn to uncharted paths, yet refuse to sacrifice performance on the journey there. The TKC 80² is engineered to be an uncompromising partner for this dual-purpose lifestyle.

Its performance begins with a cleverly engineered tread. The pattern uses larger, strategically shifted blocks that create more biting edges for superior grip in dirt, sand and gravel. This design also actively resists clogging, ensuring consistent performance where other tyres might pack up with mud. Stability is enhanced through a larger contact area, inspiring confidence whether carving a paved corner or navigating a rocky trail. The logic even extends to direction: the front tread is angled to dig in during braking, while the rear is designed in the opposite way to maximise acceleration traction without excessive digging.

Beneath the tread, a new carcass provides the backbone. It is specifically calibrated for a balanced 50/50 use, offering the robust stability needed for a loaded bike at high speeds or on demanding off-road sections while also improving ride comfort through optimised damping. An advanced rubber compound tackles the classic trade-off, delivering aggressive grip across diverse surfaces while also promising remarkable longevity and wear resistance. This is complemented by RainGrip technology, which instils confidence by maintaining secure handling when the weather turns cold and wet.

Built for epic journeys on every continent and backed by robust puncture protection, the TKC 80² is for those who ride without limits. To fit a broad spectrum of modern travel enduros from brands like BMW, KTM and Ducati, it will be produced in multiple sizes. With its distinct new sidewall icon, the Continental TKC 80² will be available at specialist retailers starting in Spring 2026.

Raphael Michels, Product Manager for Motorcycle Tires at Continental, said, “Our new flexible rubber compound adapts perfectly to the micro-roughness of the asphalt, providing excellent grip. At the same time, we’ve worked intensively to resolve the conflict between on- and off-road performance in the best possible way. The tyre tread combines maximum flexibility for safe wet grip with high block stiffness for stability and mechanical grip.”

Christoph Ettenhuber, Head of Business Field Motorcycle Tires at Continental, said, “With the TKC 80², we’re setting new standards in terms of versatility, robustness and off-road performance. The combination of innovative tread design, new rubber compound and optimised carcass offers adventure riders maximum safety, control and riding pleasure on a wide variety of terrains.”

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Bridgestone has confirmed a January 2026 launch for its new premium sports motorcycle tyre, the BATTLAX RACING STREET RS12, in North America. Developed under the concept ‘From Circuit to Street,’ this road-legal tyre is engineered to deliver the highest level of dry grip within the BATTLAX lineup by directly incorporating technologies refined in competitive racing.

The RS12 features a specialised compound derived from race tyre development, which works in concert with a newly designed tread pattern. This pattern’s optimised groove ratio enhances overall tyre rigidity and increases the contact area during cornering for superior grip. A significant innovation for the front tyre is the introduction of the HE-MS BELT structure, a technology previously reserved for top-tier global motorcycle races. This flexible belt system equalises contact pressure to provide a further boost in traction.

By integrating these endurance-racing technologies, the RS12 achieves comprehensive performance improvements on the circuit, with a primary focus on dry conditions. The result is a notable reduction in lap times compared to its predecessor, the RS11. Furthermore, the synergistic combination of its compound, pattern and structure ensures that the high grip level is consistently maintained over multiple laps, resisting performance degradation. This gives riders confidence and a more engaging experience across diverse riding scenarios, from aggressive sport riding on dry pavement to tackling winding roads and dedicated track days.

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 India's Rubber Board has donated floor cleaning equipment valued at Rs 10 lakh to Kottayam Medical College as part of the Central Government's cleanliness initiative.

The equipment, comprising a scrubber dryer floor cleaning machine and a vacuum cleaner, was handed over at a ceremony held at the medical college on Sunday.

M Vasanthagesan IRS, Executive Director of the Rubber Board, presented the equipment at a meeting presided over by V N Vasavan, Kerala's Minister for Co-operation, Ports and Devaswom.

The event, conducted under the Centre's 'Swachhata Action Plan', also recognised cleaning workers at the medical college.

Dr Varghese Punnoose, Principal of Kottayam Medical College, Dr T K Jayakumar, Superintendent of the institution, and Dr Binoi K Kurien, Secretary in-charge of the Rubber Board, addressed the gathering.

The Rubber Board, a statutory body under the Ministry of Commerce and Industry, oversees development and regulation of India's rubber industry.

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Apollo Tyres’ Chennai Plant has formalised a multi-institutional partnership through a Memorandum of Understanding (MoU) with five esteemed engineering colleges from Kerala, Odisha and Tamil Nadu. This strategic alliance is designed to fortify the nexus between industry and academia, with a focused objective of developing a robust, industry-ready talent pool to meet future sector demands. The collaboration represents a significant investment in the human capital pipeline, directly linking academic output with corporate needs.

The collaborating institutions in this forward-looking initiative are SASTRA University, SRM TRP Engineering College, JJ College Of Engineering & Technology, Ma'din Academy and Nilachal Polytechnic. The partnership’s framework encompasses a comprehensive suite of initiatives aimed at mutual development. For students, it provides a structured pathway to employment, including placement assurances during their final year and enhanced campus hiring opportunities. To bridge theoretical knowledge with practical application, the programme will facilitate organised industry visits to Apollo’s manufacturing facility, offering students firsthand exposure to modern production processes. Complementing this, a series of expert-led sessions, technical lectures and seminars will be delivered by in-house professionals from Apollo Tyres, ensuring the curriculum remains aligned with evolving industry practices.

This symbiotic engagement yields significant strategic benefits for all stakeholders. Students gain invaluable industry awareness and confidence, while academic institutions enhance their curriculum's practical relevance. For Apollo Tyres, the initiative enables the early identification and nurturing of prospective talent, effectively streamlining recruitment and fostering a positive perception of manufacturing careers.

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