Bengaluru-based Sansera Engineering Ltd (Sansera) has announced that it plans to invest INR 21 billion to expand its manufacturing capacity. The company has signed a MoU with the Government of Karnataka in this regard. 

Sansera is looking at setting up a facility in Harohalli (Ramanagara district, Karnataka) over a land parcel of around 55 acres, claim sources.  The company will invest the amount to acquire the land and build the facility over the next three to five years, they informed. 

Along with a manufacturing facility, the company also plans to set up a training centre with advanced technologies. It is keen that the best practices benefit the local industrial ecosystem.

Expected to generate 3500 direct and indirect job opportunities, the strategic investment by the company is expected to drive growth in automotive as well as non-automotive fields. 

Expected to help the company to boost experts, the new strategic investment is also expected to drive innovation and technology. 

Established in 1994, Sansera Engineering is an integrated manufacturer of intricate and crucial precision-engineered parts for the automotive and non-automotive industries. The company produces and distributes a broad variety of precisely machined and forged parts and assemblies made out of them for the auto industry such as crankshafts, gear shifter forks, connecting rods and others. 

The parts that Sansera Engineering makes, find use in two-wheelers, passenger cars and commercial vehicles. They go into powertrains, drivelines suspension, brakes etc. 

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Japanese auto major Toyota Motor Corporation has announced the start of sales for its e-Palette BEV, a new battery-electric vehicle designed for a wide range of mobility services. The e-Palette, which went on sale 15^th September, is not just a form of transportation but a versatile platform that can be transformed into a mobile store, service space, or entertainment vehicle.

The e-Palette features a spacious interior and large windows, creating an open, customisable environment. Its design allows for multi-use applications throughout the day, such as serving as a shuttle bus in the morning and a retail space later on. The vehicle is also designed with accessibility in mind, featuring a low floor, wide sliding doors and an electric ramp to accommodate wheelchair users.

While currently supporting Level 2 automated driving, Toyota aims to introduce vehicles with Level 4 automated driving systems to the market by fiscal year 2027. The e-Palette will be deployed in areas like Toyota Arena Tokyo and the upcoming Toyota Woven City for transportation and mobile retail services. Additionally, Toyota plans to conduct automated driving demonstrations in collaboration with partners to advance its mobility vision.

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Tata Technologies Ltd has announced its strategic acquisition of German automotive engineering firm, ES-Tec Group, for EUR 75 million. The deal, which will be paid over two years and includes performance-based earn-outs, is set to significantly bolster Tata Technologies’ capabilities in next-generation mobility solutions and expand its European footprint.  

The move is expected to accelerate the company’s engineering research and development (ER&D) growth, specifically in high-demand areas like Advanced Driver Assistance Systems (ADAS), Connected Driving and Digital Engineering. The acquisition also adds a substantial talent pool of over 300 skilled engineers with deep expertise in systems engineering.  

The acquisition aligns with Tata Technologies’ global growth strategy, placing it in a stronger position within Germany, a key hub for automotive innovation. The company's management believes the deal will unlock significant commercial synergies, allowing for cross-selling opportunities and broader access to original equipment manufacturer (OEM) accounts. The transaction is projected to be EPS accretive from the first full year of operations. The automotive industry is in a state of flux, with European OEMs increasing investments in electrification and software-defined vehicle platforms. Tata Technologies is positioning itself to capitalise on this trend, with the market for Engineering Service Providers (ESPs) in Europe projected to grow from EUR 4.5 billion in 2020 to EUR 11.7 billion by 2030.  

Warren Harris, MD & CEO, Tata Technologies, said, “The acquisition of ES-Tec Group is a strategic leap that enhances our ability to deliver end-to-end product engineering solutions across the automotive value chain and represents our commitment to expand our global footprint in accessing innovative engineering capabilities. Technical depth, customer centricity and regional strength align perfectly with our strategic vision to be the first partner choice for global OEMs navigating the shift towards intelligent, connected, and sustainable mobility.”  

Marc Wille, MD & CEO of ES-Tec, said, “Joining forces with Tata Technologies is a key step for the ES-Tec Group to extend the breadth and depth of capabilities and expand our international presence. Together, we are ready to take on the future challenges of the automotive industry – delivering real value for our customers through competitive pricing, outstanding quality, and faster development cycles.”

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Renesas Electronics, a global supplier of advanced semiconductor solutions, is set to showcase its comprehensive portfolio at electronica India 2025. The event will take place from 17 to 19 September at the Bengaluru International Exhibition Centre, with Renesas located in Hall 2 at Booth H2.C01.

The company's exhibition will highlight its latest innovations for industrial, automotive and consumer applications. The featured product lines encompass High Performance Computing, Embedded Processing, Analog & Connectivity and Power solutions, all engineered to simplify and enhance modern technology. Key demonstrations will include scalable automotive MCUs and SoCs for next-generation vehicle systems, power innovations utilising GaN HEMT technology for efficient energy conversion and a wide array of Analog & Connectivity solutions for diverse markets. A significant focus will be on Renesas 365, a pioneering industry platform powered by Altium, which is designed to streamline the development of software-defined products by unifying silicon and software on a collaborative cloud platform. The booth will also display innovative university projects developed with Renesas design kits.

In a collaborative effort with partner Quest Global, Renesas will present live demonstrations of autonomous driving and ADAS technology. These demonstrations, powered by the Renesas R-Car V4H SoC, will offer attendees a hands-on experience by allowing them to sit in a demo car on site.

Furthermore, Renesas leadership will be active participants in the conference agenda. On the first day, Malini Narayanamoorthi, Country Manager and VP, MID Engineering, Analog & Connectivity Group, Renesas India, will deliver a keynote at the CEO Forum. This will be followed by appearances from other senior directors in a Fireside Chat and the e-Mobility Conference. The second day will feature additional Renesas directors speaking at the e-Future Conference and the Innovation Forum, underscoring the company's commitment to industry dialogue.

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Technology group MAHLE is demonstrating its commitment to a multi-faceted approach for sustainable transportation at the 2025 IAA Mobility exhibition (being held from 9 to 14 September 2025) in Munich, Germany. The company is showcasing (in Hall A1) a portfolio of production-ready innovations designed to accelerate the decarbonisation of road traffic, emphasising that its solutions address immediate customer challenges rather than being distant concepts.

A central theme of MAHLE's strategy, encapsulated under the ‘Efficiency³’ banner, is technological diversity. The group is advancing solutions across three core areas: electrification, thermal management and sustainable internal combustion engines. This broad approach is presented as vital for effective climate protection, enhancing European competitiveness and safeguarding employment, positioning it as a necessary alternative to a single-technology pathway.

A key innovation for electrification is a new range extender system. This compact unit acts as an onboard generator, dramatically alleviating range anxiety by enabling electric vehicles to achieve up to 1,350 kilometres on a single charge. The system's 800-volt high-voltage generator boasts a peak efficiency of over 97 percent and is designed for cost-effective integration into existing vehicle platforms. By allowing for a smaller, right-sized battery, it also contributes to reducing both material costs and charging times on long journeys.

Complementing this is a novel thermal management module, which directly tackles the issue of battery range loss in cold weather. Acting as the central interface for the vehicle's cooling and refrigerant cycles, the module integrates a high-efficiency heat pump. This elegant solution eliminates the need for additional energy-draining heaters, maintaining optimal temperatures for the drivetrain and passenger comfort while increasing overall range by up to 20 percent. Its compact, future-proof design is compatible with current and next-generation refrigerants.

For the existing global vehicle fleet, MAHLE is presenting a pragmatic solution for immediate carbon reduction with its ethanol-powered Power Cell Unit. This package of specially developed engine components, including wear-resistant pistons and adapted valves, allows internal combustion engines to run on pure bioethanol (E100). Lifecycle analyses indicate this technology can reduce CO2 emissions by up to 70 percent, offering a viable and immediate path to decarbonise millions of vehicles without compromising performance.

Beyond powertrains, MAHLE is leveraging biomimicry and artificial intelligence to enhance component efficiency. A revolutionary bionic radial blower, its blades inspired by the aerodynamic efficiency of penguin flippers, was developed using an AI-assisted process termed ‘superhuman engineering’. The result is a component that is significantly quieter and 15 percent more energy-efficient than conventional blowers.

The company's exhibit also features its smart charging infrastructure solutions. The established chargeBIG system offers a scalable, cable-based charging network, now including a compact wallbox and a mobile unit for temporary sites. Furthermore, MAHLE is advancing inductive charging with a convenient positioning system, recently recognised as a global standard by SAE International, which ensures optimal vehicle alignment for energy transfer efficiency exceeding 92 percent.

Additional highlights include diagnostic tools like the E-HEALTH Charge unit, which can assess a high-voltage battery's health in just 15 minutes, and an intelligent cabin climate control system that uses AI to personalise the environment for each occupant. Through this comprehensive array of products, MAHLE is positioning itself as a pivotal force in shaping a efficient and sustainable mobility landscape.

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