India Needs To Invest In Tyre Testing And Labelling Infra: Apollo Tyres CTO

India Needs To Invest In Tyre Testing And Labelling Infra: Apollo Tyres CTO

The Gurgaon-based tyre major has received accreditation for the wet grip and coast by noise tyre tests on the track. It has already been aggressive in the European market with two manufacturing plants and one R&D centre. With investments, Apollo Tyres is ramping up its testing capabilities to develop tyres for across the segments, including premium passenger, commercial vehicles, high-end motorcycles and off-highway tyres. “The tyre manufacturers are depending on the international labs for advanced characterisation and labelling tests specific to tyres. Thus, investment in both advanced tyre testing as well as labelling infrastructure is needed in this country for quick product development, not only for compliance to latest Indian regulations but also to meet the stringent regulations in other countries and thereby promoting tyre export,” says Daniele Lorenzetti, Chief Technology Officer, Apollo Tyres Ltd in an interview with Motoring Trends.

Last month, Apollo Tyres became the first Indian tyre manufacturer to get the coveted accreditation from NABL for outdoor labelling tests in India. The company has now been accredited with ISO/IEC 17025 for the wet grip and coast by noise tyre tests on the track. This accreditation is extended for testing different tyre categories for vehicles such as passenger, light truck, commercial (C1, C2 & C3) classes, farm and motorcycle. This testing capability is linked to the Indian government’s plan to implement the ‘Star Rating’ of tyres, in line with the tyre labelling regulation in Europe.

According to Daniele Lorenzetti, Chief Technology Officer, Apollo Tyres Ltd, the growing focus of the automobile manufacturers on fuel efficiency, higher performance on ride and comfort, and safety is fuelling demand for more tyre component level testing. “Light-weighting in automobiles can alter transfer path for noise and vibration into the cabin, calling for corresponding modification in tyre design. Along with the introduction of AIS 142 standard, similar to EU R117 for labelling of the tyre, huge outdoor testing infrastructure is required, especially in proving grounds,” said Lorenzetti.

Electric Vehicle (EV) related challenges of higher weight, NVH concern, higher torque requirement and subsequent wear rate and battery life would be substantial concerns to tackle during the development process, stated the Apollo Tyres executive. “Similarly, for reducing the number of physical tests, simulation and modal development need to be evolved. Adequate testing infrastructure for validation of simulation and advanced characterisation is also simultaneously required. Hence, more indoor advanced testing infrastructure is required for NVH (Noise, Vibration and Harshness), F&M (Force and Moment) and traction performance validation,” added Lorenzetti.

Today, safety and convenience features are not limited to premium vehicles but are also provided in mid-level and entry-level vehicles, and the same trend is evident in India. Hence, while increasing capability, testing capacity also needs to be enhanced, thinks Lorenzetti.

Indian tyre manufacturers and testing services have basic levels of testing capacity such as safety requirements, durability, braking strength and dimensions. With the Indian government’s NATRIP (National Automotive Testing and R&D Infrastructure Project), vehicle and component level testing facilities have improved. “The tyre manufacturers are depending on the international labs for advanced characterisation and labelling tests specific to tyres. Thus, investment in both advanced tyre testing and labelling infrastructure is needed in this country for quick product development, not only for compliance to latest Indian regulations but also to meet the stringent regulations in other countries and thereby promote tyre export,” explained Lorenzetti.

Like the automobile industry, the tyre industry’s evolution at a broader level depends on economic, social, cultural, technological and climatic changes. The Indian tyre Industry is also evolving with the Indian macro-economic growth, advancements in technology, increasing emphasis on sustainable environmental practices and policy, and institutional and regulatory requirements.

Currently, the tyre industry is going through a highly challenging period, with lockdowns across Indian states owing to the second wave of the Covid-19 pandemic. While this impacts the demand side, pressure on the margin front is also felt due to the rising raw material prices.

However, with the Indian government’s reinvigorated policies and programmes such as “Atmanirbhar Bharat”, localisation push, EV subsidy, economic stimulus package to thwart pandemic crisis and vehicle scrappage policy, the automotive industry in India is poised to grow at a higher trajectory. “Shift in customer preference to private vehicles from public transport and shared mobility owing to Covid might also generate an uptick. We are optimistic with the and its positive effect on the tyre industry,” said Lorenzetti.

Tyre technology is also evolving in tandem with the automobile industry to pursue higher fuel efficiency, higher performance, driver safety, vehicle stability, light-weighting and heavy load carrying capacity. Additional advanced features such as vehicle connectivity and electrification of functions are also taking place at OEMs, which calls for intelligent talking tyres.

“Unlike in the past, the Indian vehicle market is now fast evolving. Earlier, customers had very few variants/choices available. Now, many models are introduced that call for higher bandwidth of resources. The premium segment is also poised for faster growth, and so comfort, without compromise on traction and durability, is added into the performance requirement list for tyres,” said Lorenzetti.

Indian government’s policies and regulations for sustainable growth are now major drivers for evolution in India. It has already issued a draft notification proposing new tyre norms as a part of the Automotive Indian Standards (AIS) 142:2019. The proposal states that tyres of all cars, buses and trucks shall meet the requirements of rolling resistance, wet grip and rolling sound emissions, in line with the limits of the European regulations.

Virtual testing is also gaining traction in the auto industry as it saves development time and money and gives flexibility to engineers. Global launches, stiff competition, legal compliance to emissions, demand for more electrification and self-driven vehicles push the development process shorter than ever. The time available for development is becoming shorter and shorter. At the same time, the demands set for the characteristics of a car are becoming increasingly stringent, as is the bandwidth required for various models and variants of vehicles. So, virtual proving is the key to faster product development while tackling tyre testing capacity constraints.

“However, simulation is as good as its verification and validation. Verification is the process of determining that a model implementation and its associated data accurately represent the developer’s conceptual description and specifications. Validation is the process of determining the degree to which a simulation model and its associated data are an accurate representation of the real world from the perspective of the intended uses of the model. Hence, adequate characterisation testing capability is also simultaneously required for wide-spread application of simulation,” said the CTO of Apollo Tyres.

Apollo Tyres is an Indian company that has been expanding aggressively in the European market. Today, the company has seven manufacturing plants – five in India and two in Europe (Hungary and the Netherlands).

Being a preferred partner for global OEMs, Apollo Tyres is continuously enhancing testing capabilities at its state-of-the-art R&D centres. With the two global R&D centres at Chennai, India and Enschede, Netherlands, the company aims to meet discerning OEM needs. “With the synergies between the two R&D centres, and its advanced testing capabilities, we continuously develop winning products and new technologies while also being at the forefront of meeting new regulatory requirements,” said Lorenzetti.

The company’s extensive investments in tyre testing not only help it in developing tyres for premium luxury passenger and commercial vehicles but also high-end motorcycles and off-highway tyres (OHT). “At our R&D centre, characterisation capabilities are continuously developed for the determination of traction, NVH, F&M, ride and handling, comfort, tread wear, fuel efficiency, durability and footprint,” added Lorenzetti.

Automotive test centres with large proving grounds funded by the Indian government are already evolved in India. Its NATRIP project aims to create core global competencies in the automotive sector in India by facilitating seamless integration of the Indian automotive industry with the world through setting up of state-of-the-art automotive testing, homologation and R&D infrastructure facilities.

Collaborations at various levels are also taking place to further enhance the vehicle test centres to tyre-specific test facilities. Earlier, Apollo collaborated with one of the test centres of the Indian government to pioneer the indigenisation of tyre labelling and certification tests in India. Similar collaboration would be beneficial for the industry to evolve faster.

“While large vehicle OEMs have their own limited proving grounds, the massive investment and maintenance requirement for this kind of infrastructure may be challenging for tyre companies to set up. Though collaboration among leading tyre companies would be a welcome scenario, the scale and size of the industry need to be evolved for such a tie-up,” said Lorenzetti.

The EV segment brings its own challenges with the higher weight of vehicles, NVH concern due to fewer and lesser noisy components, higher torque requirement and subsequent wear rate, and battery life. Apollo Tyres is gearing up for the same with capital intensive testing facilities such as “flat track” for traction, F&M tests and hemi-anechoic chamber for NVH tests. Apollo Tyres’ test machines are specially designed with multiple features, such as the very high torque ramp-up rate to match the futuristic EV requirements.

“It is heartening to note that major premium OEMs wholeheartedly partner with Apollo Tyres for joint development of products, featuring advanced technologies and engineering. We are committed in our endeavour to be the trusted partner for our esteemed customers and society at large by enhancing value with best-in-class efficiency through sustainable models for environment conservation,” said Lorenzetti. (MT)

Kia India - Tennis Premier League

Kia India, one of the leading passenger vehicle manufacturers, has announced a landmark three-year partnership with the Tennis Premier League (TPL), coming on board as the league's Exclusive Sponsor.

The multi-year agreement integrates the automaker across the entire TPL ecosystem, including its digital application and all eight franchise teams as the front-of-jersey sponsor.

The partnership marks a significant milestone for the homegrown league, which broadcasts live on Jio Hotstar and has completed 7 seasons under the auspices of the All India Tennis Association (AITA).

The event is backed by Indian tennis legends Leander Paes and Sania Mirza, alongside celebrity franchise co-owners Sonali Bendre Behl (Lucknow Blazers) and Rakul Preet Singh (Hyderabad Strikers). The league has established itself as an impactful non-cricket sporting property in India.

A core focus of the multi-year deal is the expansion of TPL’s grassroots and talent-identification infrastructure. Over the past two years, the league’s flagship ‘Race to Gold Scholarship’ initiative has provided developmental support to more than 80 young tennis players across the country.

With Kia India’s financial backing and resources, the program plans to empower an additional 120-plus young athletes in the coming years. The long-term objective of this sustained investment is to nurture Olympic-level talent capable of competing at the 2036 Olympic Games.

Atul Sood, Senior Vice President - Sales and Marketing, Kia India, said, “At Kia India, we believe sports have the power to inspire aspirations and create meaningful cultural connections. Tennis, with its youthful energy, global appeal, and premium character, strongly resonates with our brand philosophy. Our partnership with Tennis Premier League reflects a shared vision to make tennis more engaging and relevant for a new generation of audiences in India. Through TPL’s growing ecosystem and grassroots focus, we look forward to supporting greater participation, engagement, and talent development around the sport.”

Kunal Thakkur, Co-Founder, Tennis Premier League, added, "This partnership with Kia India is a great moment for us. Over the last few years, we have focused deeply on building a strong grassroots ecosystem through our app and initiatives like Race to Gold along with our League. Having a global brand like Kia India recognize and back this vision gives us the confidence to scale our efforts and truly impact the future of Indian tennis."

Mrunal Jain, Co-Founder, Tennis Premier League, stated, "TPL has always believed in creating a complete tennis ecosystem—from identifying young talent to giving them a platform at the highest level. With Kia India coming on board, we are not just adding a sponsor; we are gaining a long-term partner who shares our vision of building champions for India."

Leander Paes, 18-time Grand Slam Champion, remarked, “Over the years, Tennis Premier League has created a strong platform that is helping tennis grow at every level – from grassroots development to professional competition. Partnerships like this with Kia India is extremely important for the future of Indian tennis, as they bring long-term vision, credibility, and meaningful support to the ecosystem.”

The alliance links Kia's global sports portfolio, which includes a 25-year legacy as the major partner of the Australian Open, with India's emerging contemporary sports culture.

Caterham Launches Seven Nürburgring Edition To Celebrate Circuit’s Centenary

Caterham Launches Seven Nürburgring Edition To Celebrate Circuit’s Centenary

Caterham has unveiled a new limited-edition model, the Seven Nürburgring Edition, marking a century of the famous German circuit widely regarded as the world’s most demanding race track. Production will be strictly limited to just 100 units globally, with customers able to choose between the Seven 420R or Seven 340R platforms depending on their market. Pricing in the United Kingdom starts at GBP 48,995 (approximately USD 65,690) including VAT.

Engineered specifically for the challenges of the Nürburgring, the car features a bespoke race suspension developed exclusively by Bilstein using its advanced vertical dynamics test rig. The setup was refined to deliver exceptional capability on both road and track, resulting in a tailored package unique to this edition. Power comes from a naturally aspirated 2.0 litre Ford Duratec engine producing 210 brake horsepower at 7,600 rpm, giving a power-to-weight ratio of 375 bhp per tonne. Paired with a five-speed gearbox, the Seven Nürburgring Edition sprints from zero to 60 miles (approximately 96 km) per hour in 3.8 seconds and reaches a top speed of 136 miles (approximately 219 km) per hour.

As a fully licensed Nürburgring product, the car incorporates distinctive circuit branding and logos, along with three available paint finishes named Traffic Red, Agate Grey and Basalt Grey, though custom colours are also offered. Exterior upgrades include a red track day roll bar, a mesh grille with a dual-colour Seven logo, a 620-style nosecone with carbon aero whiskers, a Gunmetal Grey chassis, carbon front wings and a Black Pack comprising a black windscreen, headlamp bowls and exhaust heat shield. Inside, leather seats feature Nürburgring embroidery and red stitching, echoed on the transmission tunnel, while carbon interior panels, four-point road harnesses, sequential shift lights and an individually numbered plaque for each of the 100 cars complete the package.

For a century, the 12.9-mile circuit in Germany’s Eifel Mountains, nicknamed the Green Hell, has served as the ultimate proving ground for cars and drivers with its changing elevation and 73 corners. Caterham has flourished there for decades, most notably achieving an 11th place finish at the Nürburgring 24 Hours in 2002 driven by Chris Cooper, Chris Harris, Clive Richards and Peter Haynes.

Trevor Steel, Senior Vice President – Operations, Caterham Cars, said, “For a century, this track has championed values that are at the heart of what the Seven is all about – balance, precision and an unmatched driving experience. We set out to capture the spirit of the ‘Ring, with every element of the car being honed to reflect the track’s unique demands and character. Designed both for use on the track and the road, the Seven Nürburgring Edition is a unique vehicle that perfectly pays tribute to this famous, globally renowned circuit.”

Hyundai Motor Group

South Korean auto major Hyundai Motor Group has entered into a multilateral agreement with 9 corporate partners from South Korea, Mainland China, Hong Kong, and France to develop an integrated hydrogen ecosystem in Hong Kong.

The announcement was made during the International Hydrogen Development Symposium 2026, coinciding with a separate intergovernmental Memorandum of Understanding (MoU) signed between the governments of South Korea and Hong Kong to align clean energy policies.

The corporate alliance is structured to establish a regional hydrogen market while positioning Hong Kong as an operations base for the Group’s expansion across the Asia-Pacific territory. The project is aligned with the Hong Kong Government’s Climate Action Plan 2050 and the city's 2024 Hydrogen Roadmap, which provides financial subsidies via the New Energy Transport Fund for zero-emission infrastructure.

The execution plan focuses on localised energy production and transit infrastructure to operate by the end of 2030. Key initiatives include:

  • Waste-to-Hydrogen (W2H) Production: Utilising local landfill gas (LFG) resources to generate low-carbon fuel.
  • Fleet Deployment: Introducing fuel cell commercial vehicles, focusing on tour buses and airport shuttles to service the transit sector.
  • Refuelling Network: Constructing hydrogen refuelling stations (HRS) in high-traffic freight corridors.

Seung Kyu Shin, Executive Vice-President and Head of Energy & Hydrogen Policy Sub-Division, Hyundai Motor Group, said, “This MoU was signed as Hyundai Motor Group’s commitment to advancing Hong Kong’s proactive hydrogen policies and driving the acceleration of its hydrogen ecosystem utilising the Group's hydrogen business capability and experience. Starting with Hong Kong, we look forward to expanding our collaboration and business opportunities across the broader Asia-Pacific hydrogen market.”

Alpha Lau, Director-General of Investment Promotion of Invest Hong Kong, stated, “Today multi-party signing is both a landmark moment for Hong Kong’s green economy and a clear signal that the city’s hydrogen ecosystem is gaining real traction. Over the past three years, InvestHK has helped leading hydrogen enterprises establish themselves in Hong Kong, several of which have since listed on the Hong Kong Stock Exchange, raising over HK$2.5 billion in total. For businesses with global green ambitions, Hong Kong is where business growth takes shape.”

The Group's HTWO Guangzhou facility, its first overseas fuel cell production site, will manufacture and supply the vehicle systems required for the regional deployment. Under the timeline established by the consortium, project site selection will be finalised by 2027, followed immediately by the engineering design phase for the production plants.

The division of responsibilities among the ten signatory companies is structured as follows:

Partner Company

Origin

Ecosystem Role

Hyundai Motor Company

South Korea

Project Lead covering W2H production, station deployment, and fleet logistics

Hyundai Engineering & Construction

South Korea

Design and construction of infrastructure for waste-to-hydrogen production

JEA ENG

South Korea

Engineering and setup of hydrogen refuelling stations

The Hong Kong and China Gas Company (Towngas)

Hong Kong

Strategic cooperation for fuel generation, distribution, and utilisation

Veolia Hong Kong Holding

France

Regional site support for the establishment of the W2H facility

China Inspection Company

Hong Kong

Regulatory compliance guidance and technical product certification

Jiangsu Guofu Hydrogen Energy Equipment Co.

Mainland China

Supply of liquid hydrogen and technical direction for liquid refuelling sites

Templewater 

Hong Kong

Financial advisory for regional expansion and technology scouting

Chun Wo Construction & Engineering Company

Hong Kong

Infrastructure construction support for the refuelling network

Chun Wo Bus Services

Hong Kong

Operational deployment and management of the hydrogen bus fleet

This project expands the Group’s global W2H portfolio, which includes the HTWO Energy Cheongju facility in South Korea utilising sewage sludge and an active landfill-to-hydrogen joint venture in Indonesia with Pertamina.

Keto Motors Lists On BSE Following Taaza International Reverse Merger

Keto Motors

Hyderabad-based electric vehicle company Keto Motors has marked its debut on the Bombay Stock Exchange following the completion of its reverse merger with Taaza International.

The transaction, which received approval from the National Company Law Tribunal (NCLT), Hyderabad Bench, alters the corporate identity and core business operations of the listed entity to focus on the commercial electric vehicle (EV) market.

The listing coincides with the development of the company's INR 3 billion electric bus manufacturing project in Telangana. The facility, situated in Jadcherla, is being established to support the assembly and production of commercial EV platforms, including the upcoming rollout of the Urbanova KE9, a 9-metre electric bus platform that has secured Central Motor Vehicles Rules (CMVR) Type Approval certification.

To support its engineering requirements, Keto Motors has formed a technical association with Taiwan-based TRON Energy Technology. The collaboration provides the manufacturer with access to powertrain solutions, battery systems and chassis engineering technologies for its vehicle line-up. The company is targeting demand from State Transport Undertakings (STUs), institutional fleet operators, and urban transit networks.

Venkatesh Challa, Director, Keto Motors, said, “Our BSE debut marks an important milestone in Keto Motors’ journey as we continue building a scalable electric commercial mobility business in India. This development strengthens our ability to expand manufacturing capabilities, accelerate product innovation, and support the growing adoption of sustainable transportation solutions across the country. We believe India’s commercial EV sector is entering a transformative phase, and Keto Motors is well-positioned to contribute meaningfully to this transition.”

“To all our shareholders, I would like to convey that this journey is not only about business growth, but also about contributing to India’s progress. We remain committed to building cutting-edge technology, world-class manufacturing capabilities, generating employment, and advancing sustainable mobility solutions that can play a meaningful role in the country’s growth story,” added Challa.