French auto major Renault Group has inaugurated its new Renault Design Centre in Chennai, as part of its new India-centric transformation strategy – renault. rethink.

The new design centre further strengthens the company’s ‘design in India’ and ‘make in India’ strategy. It is also expected to function as a hub of excellence, particularly due to its proximity to Renault Nissan Technology & Business Centre India (RNTBCI).

Laurens van den Acker, Chief Design Officer, Renault Group, said, "India is highly unique and locally driven. Having a dedicated design studio is essential to understanding its nuances, listening to its needs and building from its strengths. The Renault Design Centre Chennai will focus on developing models and concepts tailored to the Indian market while contributing to Renault Group’s global projects. By leveraging local talents and insights, this centre will play a key role in shaping Renault’s future mobility solutions. Its strategic location - at the heart of RNTBCI’s excellence hub - also enables closer collaboration across functions and faster integration of design into our engineering and innovation processes.”

Renault shared that the year 2025 marks an inflection point for the automaker in India, as it gears up to strengthen its presence in the world’s third-largest automobile market.

Venkatram Mamillapalle, Country CEO and Managing Director, Renault India Operations, said, "The launch of the 'renault. rethink' strategy heralds a new era for Renault in India. We are proud to be the most Indian of European carmakers, boasting the largest R&D centre, manufacturing unit, highly localised supply chain and now one of the largest design centres. The opening of new design centre in Chennai will play a crucial role in the deployment of the Renault International Game Plan 2027. Our commitment is to redefine our brand, product positioning, and customer experience to meet the evolving needs of our customers in the country, hence we recently witnessed the global debut of new ‘R store’ in Chennai, India."

It has renewed its commitment for India with a 90 percent localisation target, and the recent takeover of the alliance’s manufacturing plant RNAIPL.

In 2024, Renault Group clocked a record EUR 4.3 billion in profit, which is 7.6 percent of its revenue, and saw its revenue grow to EUR 56.2 billion, up 7.4 percent YoY.

Design & Engineering in India

At present, Renault Group’s Chennai R&D centre is one of its largest globally, with around 10,000 engineering working on global and local projects. Now, the Renault Design Centre Chennai extends over 1,500 metre and is equipped with the latest technologies. It features a high-tech environment designed for 3D model evaluation and virtual reality experiences, a next-generation visualisation studio, a creative collaboration zone, high-performance LED wall, advanced VR integration and a harmonious blend of European and Indian Design.

“renault. rethink is more than a sculpture – it’s a bold expression of Renault’s vision for India. It symbolises our commitment to innovation and to designing cars in India, for India. This artwork captures the energy of a nation in motion, a future taking shape, and Renault’s ambition to be part of this exciting journey,” stated Acker.

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Michael R Bloomberg has announced a new USD 350 million investment towards Bloomberg Philanthropies Initiative for Global Road Safety, including the Bloomberg Initiative for Cycling Infrastructure, aimed at saving one million lives over the next five years through improved road safety policies and cycling infrastructure.

The announcement, made at CityLab 2026 in Madrid, brings the total funding for the Bloomberg Philanthropies Initiative for Global Road Safety (BIGRS) to USD 865 million since 2007. The initiative focuses on high-impact interventions to combat the more than one million annual road traffic deaths reported by the World Health Organization.

The new funding will scale proven interventions across 13 countries and over 30 cities, with a specific focus on high-risk regions in Latin America, Africa and Asia.

• Cycling Infrastructure (BICI): A global competition will select 25 cities for technical training, with 10 finalists receiving USD 400,000 each to implement safe cycling networks. The goal is to reach 15 million people with improved bike lanes.
• Policy & Enforcement: Continued support for national and city-level policies targeting speeding (a factor in 50 percent of fatalities) and new research into distracted driving.
• Vehicle Safety: Expanding safety standard improvements to more car models across emerging markets.
• Urban Transit: Promoting government investment in Bus Rapid Transit (BRT), cited as the safest urban transport method.

In India, the initiative will specifically target Delhi, Karnataka State and Maharashtra State (with an emphasis on Mumbai and Pune). To accelerate progress, the program uses a ‘mentor city’ model where regional leaders like Bogota, Ho Chi Minh City and Addis Ababa provide peer-to-peer support to neighbouring municipalities.

Michael R. Bloomberg, said, “Road crashes don’t receive enough attention, even though they take a staggering toll on human life and health – and so many of the injuries and deaths are preventable. At Bloomberg Philanthropies, we’ve long recognized the urgency to improve road safety and the important role that improved cycling infrastructure can play. This major new investment will expand and accelerate the lifesaving progress we’ve made bringing proven interventions to streets around the world.”

The initiative which begin in 2007 has established a strong track record of measurable outcomes including nearly 900,000 lives saved through the passage of 190 policies.

Over 2,400 dangerous intersections redesigned and 200 miles of bike lanes built. Nearly 80,000 traffic police trained across 22 countries and anticipated reduction of 97,000 tons of CO2 emissions by 2040 through increased cycling.

The program will also produce the world’s first comprehensive guide for safe cycling infrastructure, establishing new international design standards to supplement the Global Street Design Guide.

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Caterham has developed a new Miami Special Edition, a track-only model set to debut during the upcoming race weekend in Miami. The lightweight, performance-focused vehicle will be presented to motorsport fans for the first time on 1st May on Race Street within the West Campus of the Miami International Autodrome.

The exterior of this limited-edition Seven features a bespoke Aqua custom paint finish, complemented by a distinctive decal pack in Vibrant Pink and White. The design is completed with the iconic Miami script and a silhouette of the circuit displayed on the rear of the car. Inside, the custom theme continues with the Miami script embroidered on the headrests, while a numbered plaque is mounted on the dashboard. Reflecting its hand-built origin, a second plaque in the engine bay carries the names and signatures of the two builders who assembled the car at Caterham’s UK factory.

Powered by a naturally aspirated 2.0-litre Ford Duratec engine producing 210 bhp at 7,600 rpm, the Miami Special Edition achieves a power-to-weight ratio of 375 bhp per tonne. Coupled with a five-speed manual gearbox, it can accelerate from 0 to 60 mph in 3.8 seconds and reach a top speed of 136 mph (approximately 220 kmph). The Miami race weekend, known for its high energy, world-class entertainment and diverse audience of celebrities and industry leaders, provides a fitting backdrop. Caterham’s participation underscores its US market expansion, highlighted by the recent appointment of Miami’s Walt Grace Vintage as a dealer and a new partnership with Precision Drive Club, an invitation-only private driving and hospitality community based at the autodrome.

After the race weekend, enthusiasts will have the chance to own a piece of history, as 10 of the 12 examples produced will be available for purchase through Caterham’s U.S. dealer network. Pricing is available upon application.

Trevor Steel, Senior Vice President – Operations, Caterham Cars, said, “Miami has become a global hub for elite motorsport and luxury automotive culture, so to have this moment to unveil the Miami Special Edition is truly unique. This car represents the very best of lightweight British engineering, and seeing the car launched and on display at the race weekend will be a significant moment for our brand.”

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Zeon Corporation has announced a major expansion of single-walled carbon nanotube (SWCNT) production at its Tokuyama Plant in Shunan City, Yamaguchi Prefecture. The company plans to increase manufacturing capacity more than tenfold, responding to surging demand, especially from the lithium-ion battery sector. Construction of the new facility is set to begin in the autumn of 2026, with full operations expected to commence in 2028. The project has received certification from Japan’s Ministry of Economy, Trade and Industry under its storage battery supply assurance plan.

Originally developed in Japan, carbon nanotubes are recognised for being lightweight and highly conductive, enabling diverse industrial uses. Demand for single-walled carbon nanotubes is rising rapidly because they significantly improve battery energy density and cycle life. Key application areas include electric vehicles, drones, eVTOL aircraft, AI server backup power units, renewable energy storage systems and automation and robotics.

Zeon became the first company globally to successfully mass-produce single-walled carbon nanotubes in 2015, utilising its proprietary Super-Growth Method. The company markets these high-purity nanotubes under the ZEONANO brand, which are known for their large specific surface area and high aspect ratio. To meet strong market demand, Zeon is building a new production line at its existing Tokuyama site, incorporating an advanced version of its original manufacturing process to boost efficiency and product quality.

Under its medium-term business plan, STAGE30, Zeon has identified single-walled carbon nanotubes as a key growth driver for the next phase, aiming to outpace the target market’s compound annual growth rate. The firm has actively expanded its footprint, including an October 2025 investment in Taiwan’s Sino Applied Technology, a startup developing conductive paste. This latest capacity expansion is expected to lay the groundwork for accelerating the development of new applications for the material.

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The global automotive Light Detection and Ranging (LiDAR) market is projected to grow from USD 1.23 billion in 2025 to USD 6.54 billion by 2031, representing a compound annual growth rate (CAGR) of 32.09 percent says a report by Mordor Intelligence. The market value for 2026 is estimated at USD 1.63 billion.

This rapid expansion is attributed to the increasing adoption of Level 3+ autonomous driving systems, a reduction in sensor costs and more stringent global safety standards.

The report states that the shift from luxury-only integration to broader vehicle segments is being facilitated by several technological and economic factors:

• FMCW Technology: Frequency-Modulated Continuous Wave (FMCW) LiDAR enables a detection range of up to 400 metres.
• Performance Reliability: FMCW sensors capture both distance and motion, reducing signal interference in traffic and maintaining accuracy under strong sunlight.
• Cost Reduction: The price of solid-state LiDAR has fallen sharply due to silicon-based designs and automated manufacturing, making sensors accessible for mid-range and affordable vehicle segments.
• Economies of Scale: Increased production volumes are further driving down costs over time.

Adoption patterns vary significantly across global regions, influenced by local supply chains and regulatory environments. It finds that the Asia-Pacific region leads the market, with China at the centre of large-scale adoption. The growth is supported by government incentives for electric vehicles and strong local supply chains that accelerate production.

The North American market sees demand driven by autonomous trucking routes and hands-free driving features. Local manufacturing helps reduce import dependence, while Canada provides a testing ground for extreme weather conditions.

For the European region, while premium automakers lead in advanced integration, stricter regulations currently slow mass-market adoption across the continent.

Interestingly, it notes steady traction in the Middle East, Africa and Latin America, primarily driven by mining automation, smart city initiatives and fleet upgrades.

Phani Kumar, Senior Research Manager at Mordor Intelligence, said, "The automotive LiDAR market reflects steadily evolving adoption patterns shaped by regulatory direction and autonomous driving progress. Mordor Intelligence's structured validation approach and consistent triangulation of industry inputs provide a more dependable basis for strategic decisions than fragmented or assumption-led analyses."

Representational image credit: Pexels/Stephen Leonardi

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