Tata Motors (TML) has announced its financial results for the quarter ending June 30, 2025. The company's consolidated revenue was INR 10,440 billion, a 2.5 percent decrease from the previous year.

The company shared was a challenging quarter for the company, as it was impacted by a decline in volumes across all its businesses and a drop in profitability, particularly at Jaguar Land Rover (JLR).

The consolidated reported a net profit of INR 40.03 billion, which was supported by a sharp reduction in finance costs. The free cash flow for the automotive sector was a negative INR 1,230 billion, primarily due to adverse working capital from seasonality and tariffs.

JLR delivered its 11th consecutive profitable quarter, despite challenging global economic conditions. JLR's revenue was GBP 6.6 billion, a 9.2 percent decrease compared to Q1 FY2025. The company's profitability and cash flow were directly and materially impacted by the application of 27.5 percent US trade tariffs on UK- and EU-produced cars exported to the US. The decrease in profitability was also influenced by foreign exchange headwinds. However, a newly signed UK-US trade deal, effective from 30 June2025, is set to reduce tariffs on UK-produced vehicles exported to the US from 27.5 percent to 10 percent. The EU-US trade deal, announced on 27 July 2025, will also reduce tariffs on JLR’s EU-produced vehicles exported to the US from 27.5 percent to 15 percent. The company's PBT for the quarter was GBP 351 million.

Adrian Mardell, JLR Chief Executive Officer, said, “Thanks to our talented people and the robust foundations we have built at JLR, we delivered an 11th successive profitable quarter amid challenging global economic conditions. We are grateful to the UK and US Governments for delivering at speed the new UK-US trade deal, which will lessen the significant US tariff impact in subsequent quarters, as will, in due course, the EU-US trade deal announced on 27 July 2025. Looking ahead, we remain focused on delivering our transformational Reimagine Strategy, including investing GBP 3.8 billion this financial year to support the development of our next-generation vehicles, including our stunning new electric Range Rover and Jaguar models.”

The Tata Commercial Vehicles (Tata CV) business saw its revenue decrease by 4.7 percent to INR 170 billion. Despite lower volumes, the business maintained double-digit EBITDA margins of 12.2 percent, an improvement of 60 bps. This was a result of better realisations and cost savings. Domestic sales volumes were down by 9 percent YoY, while exports increased by 68 percent. The business reported a net profit of INR 16.17 billion.

Girish Wagh, Executive Director Tata Motors, said, “Q1 FY26 was a challenging quarter for the commercial vehicle industry, with subdued demand across key segments impacting overall performance. We also witnessed a decline in domestic sales volumes, reflecting broader market softness and delayed fleet replacement cycles, while segments like Buses and Vans showed resilience and our International Business delivered growth. Our commitment to product innovation and customer-centricity remained strong. The launch of the Ace Pro mini-truck in multiple powertrain options received encouraging initial market response, reaffirming our focus on delivering relevant and affordable mobility solutions. Despite adverse volumes, the business delivered 12.2 percent EBITDA and healthy ROCE of about 40 percent. The acquisition of IVECO Group is a strategic leap forward in our ambition to build a future-ready commercial vehicle ecosystem. By integrating the strengths of both organisations, we will be unlocking new avenues for operational excellence, product innovation and customer-centric solutions.”

Tata Passenger Vehicles (Tata PV) revenue declined by 8.2 percent to INR 1,090 billion, reflecting softness in industry demand and the transition to new models. As a result, the EBITDA was 4 percent, down by 180 bps. The net loss for the quarter was INR 870 million, with profitability impacted by adverse volumes, realisations and the effect of leverage. However, these negative impacts were partially offset by continuous efforts to save on variable costs.

Shailesh Chandra, Managing Director TMPV and TPEM, said, “Q1 FY26 was a subdued quarter for the passenger vehicle industry, with volume pressures persisting across most segments. Demand softness weighed on overall performance, although the Electric Vehicle category remained a bright spot, supported by new launches and growing customer interest. Our continued focus on customer engagement and portfolio renewal remained strong during the quarter. New launches – Altroz and Harrier.ev –received encouraging initial market response, with their full impact expected to unfold in the coming months. Looking ahead, while the overall industry growth is expected to remain muted, we are confident that our recent and forthcoming series of launches – across ICE and EVs – will enable us to outperform the market and strengthen our position across key segments.”

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L&T Technology Services (LTTS) has officially announced the induction of Amitabh Kant and Rajeev Gupta to its Board of Directors, effective 22 April 2026. The appointments were finalised during the same board meeting where the company approved its FY2026 financial results, reporting a 14 percent revenue growth.

The additions to the Board aim to strengthen the company’s governance and strategic focus on ‘Engineering Intelligence’ and sustainable global growth.

Amitabh Kant is one of India’s most influential policy architects, previously serving as the CEO of NITI Aayog and as India’s G20 Sherpa. His 5-year term (extending to April 2031) is expected to provide strategic depth in innovation, sustainability and international economic transformation.

Rajeev Gupta, Executive Director has served as the Chief Financial Officer at LTTS since 2020. He has been promoted to the Board for a 3-year term and has nearly three decades of experience at firms like Amazon, PwC and Capgemini. He has been central to LTTS’ financial resilience and M&A strategy.

The leadership changes come as LTTS recalibrates its portfolio toward high-growth, technology-driven sectors. The company recently divested its Smart World and Communication (SWC) business to sharpen its focus on AI-integrated engineering services.

Amit Chadha, CEO & MD, L&T Technology Services, said, “We are delighted to welcome Amitabh Kant to the LTTS Board. His unparalleled experience in shaping India’s growth story, coupled with his forward-looking vision on innovation and sustainability, will be invaluable as we scale new heights globally. I also congratulate our CFO, Rajeev Gupta on his appointment to the Board. His strong financial stewardship and strategic acumen have been instrumental in strengthening LTTS’ growth trajectory, and we look forward to his continued contributions at the Board level.”

Rajeev Gupta, added, “I am honoured to be inducted into the Board of Directors at LTTS. It is a privilege to be part of such an esteemed group of Board Members and I look forward to contributing to the company’s continued growth and value creation journey.”

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TUV Rheinland, a global leader in independent testing and certification, has inaugurated its state-of-the-art Automotive Component Testing Laboratory (ACT Lab) in Manesar, Haryana. The facility is designed to support the Indian automotive industry by providing globally recognised testing for both conventional and electric vehicle (EV) components.

Strategically located in a major automotive hub, the lab focuses on accelerating time-to-market for manufacturers while ensuring compliance with evolving international and OEM-specific standards.

The ACT Lab offers a comprehensive range of end-to-end testing solutions under one roof, utilising advanced systems from leading international manufacturers:

• Structural & Durability Testing: Includes fatigue and lifecycle assessments for critical components to ensure long-term reliability.
• Environmental Simulation: Replicates extreme real-world conditions to test component resilience against corrosion, temperature fluctuations and moisture.
• Material Analysis: Provides deep insights into the performance and composition of both metals and polymers used in next-generation vehicle architectures.
• Operational Replication: The facility is specifically engineered to replicate the operational environments of diverse automotive sub-assemblies.

The investment highlights India's role as a high-growth market within TUV Rheinland’s global mobility portfolio. The facility acts not just as a testing centre but as a collaborative platform for innovation in the electric mobility ecosystem.

Dr. Matthias Schubert, Executive Vice-President Mobility at TUV Rheinland Group, said, “Our investment in the Automotive Component Testing Laboratory in Manesar reflects TUV Rheinland’s long-term strategic commitment to India as a key growth market. As the mobility sector undergoes rapid transformation, this facility enables us to support manufacturers with advanced testing capabilities that not only ensure compliance but also drive innovation, safety, and global competitiveness.”

Rajendra Kisanrao Bandal, Vice-President, Mobility at TUV Rheinland India, added, “This facility goes beyond a conventional testing laboratory – it is a platform for collaboration and innovation. Combining global expertise with local insight, it enables manufacturers to enhance quality, reliability, and performance, while strengthening India’s position in the global mobility landscape.”

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Horse Powertrain has introduced the HORSE W30, marking the company’s first production-ready V6 engine, ahead of its official display at the Beijing Auto Show 2026. Known for low-emission powertrain systems, the manufacturer has now applied its expertise in three- and four-cylinder engines to the V6 category for the first time.

The newly developed 3.0-litre engine is positioned as the lightest V6 on the market, weighing only 160 kilogrammes, which is approximately 10 kilogrammes less than its closest competitor. Designed with a hybrid-first approach, the HORSE W30 delivers outstanding fuel economy and efficiency. Its two cylinder rows are offset at a 90-degree angle to lower the centre of gravity, improving installation ease and catalyst layout. The engine can be configured either transversely or longitudinally, allowing broad vehicle compatibility.

Performance specifications include an output range of 350 to 400 kilowatts and torque between 600 and 700 Nm, with a maximum engine speed of 8,000 rpm. Integrated exhaust manifolds and turbochargers mounted directly on the cylinder heads help maximise efficiency. Intended for both mild- and full-hybrid vehicles, the first models featuring the HORSE W30 are expected on roads by 2028.

To showcase the engine’s hybrid-first mindset, Horse Powertrain will also present the new HORSE 4LDHT four-speed hybrid transmission at the Beijing show. Weighing 199 kilogrammes, the transmission is designed for a P1 plus P3 mounting configuration. The P1 motor, which supports the crankshaft and charges the battery, can output between 250 and 300 kilowatts, while the P3 motor for driving support can deliver between 350 and 450 kilowatts.

Horse Powertrain will display the systems at the Beijing Auto Show 2026 in Hall A1, Booth A111. A press conference on its strategic vision and hero products is scheduled for 24 April 2026 at 11:40 AM China Standard Time.

Matias Giannini, Chief Executive Officer, Horse Powertrain, said, “At Horse Powertrain, we believe we can offer automakers unprecedented economies of scale and innovation by consolidating the powertrain production and development pipeline that traditionally would have been replicated by many individual OEMs, allowing everyone in the industry to benefit from best-in-class technologies. The HORSE W30 is clear proof of this concept – bringing our mindset and expertise to a new category, we’ve developed the lightest V6 that was designed from the outset to support hybrid vehicles.”

Fortune Zhao, Chief Technology Officer, Horse Powertrain, said, “The HORSE W30 showcases Horse Powertrain’s technological versatility and represents our first venture into the V6 engine category. Leveraging expertise from our wide portfolio of hybrid-first engines, the HORSE W30 is lighter and more compact than any other V6 currently on the market, all while delivering superior performance. As well as embodying our engineering sophistication, it also highlights our flexibility in providing world-class hybrid solutions to every market.”

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Ferrari has revealed the livery of its 100-foot flying ocean monohull during Milan Design Week, marking a major step in offshore sailing where innovation, aerodynamics and design research converge. The project, named Ferrari Hypersail, emerges from a creative process that blends the Maranello manufacturer’s aesthetic language with cutting edge maritime technology, underscoring a deepening relationship between design, performance and engineering.

The initiative functions as an open innovation platform, merging diverse expertise into a collective effort to redefine nautical possibilities. Key contributors include the Ferrari Tech Team guided by Matteo Lanzavecchia and Marco Guglielmo Ribigini, the Ferrari Design Studio led by Flavio Manzoni and naval architect Guillaume Verdier. Their goal is to transfer into the yachting world the same design philosophy that distinguishes Ferrari’s road cars, balancing constant innovation with respect for form.

In Hypersail, design arises directly from function, with every volume shaped by the interaction of wind, water and speed. As an offshore vessel, aesthetic decisions developed under strict aerodynamic and engineering constraints from the outset. The Ferrari Design Studio worked closely with the engineering team and Verdier to turn hydrodynamic and structural limitations into aesthetic opportunities.

The monohull’s streamlined silhouette recalls the proportions seen in the Ferrari Monza SP1 and SP2. The deck’s coachroof exterior echoes the graphic architecture of the Le Mans winning Hypercar 499P. Surfaces on the deck and coachroof, developed directly by the Ferrari Design Studio, ensure maximum technical efficiency, mirroring the development process of any Ferrari car. Solar panels integrated into the deck and hull sides are walkable with a specific grip, positioned after advanced study of solar exposure during navigation.

For the livery, the studio chose Nuovo Giallo Fly, a yellow shade with deep narrative roots. Historically representing Ferrari’s second soul, Giallo Fly first appeared on the 275 GTB, inspired by Fiamma Breschi, friend of Enzo Ferrari and widow of driver Luigi Musso. The name Fly creates a linguistic link to the vessel’s foiling nature. The carbon fibre hull appears in a new grey variant, Grigio Hypersail, expressing the material’s lightness and performance. The interplay between Grigio Hypersail and Nuovo Giallo Fly evokes Ferrari’s stylistic codes, including the colour separation of the 512 BB, while the Ferrari logo on the sail continues the elongated F motif seen on recent Formula 1 cars and other models.

From 22 to 26 April, Hypersail will be exhibited at the Ferrari Flagship Store in Milan through a dedicated display. The project also includes a lighthouse installation, an exclusive sculpture by the Ferrari Design Studio on the HIGHLINE Milano terrace overlooking Piazza del Duomo, positioning Hypersail as a symbol of future technology and performance in offshore sailing.

Flavio Manzoni, Ferrari Chief Design Officer, said, “Hypersail represented an unexpected opportunity for the Ferrari Design Studio; a challenging objective due to its complexity, which allowed us to extend our creative research into a context different from our usual one. In reality, the Design Studio is not new to this kind of endeavour. In the past, the experience gained in racing car projects, one of the most technologically advanced sectors, has encouraged exploration into more complex fields, allowing us to test ourselves and expand our expertise.”

Matteo Lanzavecchia, Head of Vehicle Engineering at Ferrari and Chief Technology Officer of Hypersail, said, “Hypersail is a vessel unique in scale and technology, engineered to deliver peak performance within an environment as singular and unpredictable as the ocean. This is achieved through its core concept: foiling, made possible by a sophisticated control system, leveraging the expertise gained from our automotive developments, and powered by energy recovered from renewable sources such as wind, solar, and motion. The strategic choice of a monohull arises from the synergy between maximum hydrodynamic and aerodynamic efficiency. Throughout every design phase, the collaboration with the Design Studio allowed us to accentuate and refine Hypersail’s forms and features, establishing it as a definitive benchmark of design and innovation.”

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