Turntide Technologies unveiled its latest range of low and high-voltage power electronics and advanced axial flux motors to meet India’s rising demand for sustainable transportation at the Bharat Mobility Global Expo 2025. The launch aligns with India’s commitment to green mobility and Turntide’s strategy to deliver cutting-edge solutions tailored to the local market.

The Gen 4 series of inverters offers a compact, scalable solution for low-voltage applications (48 V to 80 V), making them an ideal choice for two-wheeler and three-wheelers. Designed for high reliability and flexibility, these inverters enable seamless integration across multiple vehicle platforms, delivering efficiency and performance. For hybrid and electric vehicles, the Gen 5 series, operating at a nominal voltage of 350 VDC and providing up to 400 A peak current, combines robust performance with advanced flux vector motor control, ensuring optimal power delivery.

The newly introduced Gen 6 series of inverters with a voltage range from 48 V to 800 V stands out for its superior efficiency, reliability and adaptability to Indian road and environmental conditions. Engineered to deliver compact and powerful electrification solutions, the Gen 6 series integrates seamlessly with any existing motor or system. It features industry-leading power density, a streamlined design and easy implementation, making it a game-changer for OEM electrification systems. Enhanced software architecture and advanced power electronics ensure exceptional performance for both EV and hybrid applications.

Complementing these innovations, Turntide’s axial flux motors offer high torque density and compact design, significantly improving vehicle performance while reducing energy consumption and overall ownership costs. The motors’ compactness allows for seamless integration in applications with tight space constraints such as hybrid electric vehicles, where space must accommodate both electric and internal combustion engine components.

Engineered in the UK and optimised for local conditions, these motors empower OEMs to create efficient, high-performance hybrid and electric vehicles tailored to Indian consumers.

In alignment with the 'Make in India' initiative, Turntide is dedicated to establishing a strong local supply chain and collaborating with Indian manufacturers. Currently, its power electronics are being produced at Kaynes Technology in Mysuru. This partnership underscores Turntide’s commitment to fostering sustainable mobility and supporting India's growing electrification ecosystem.

“We are proud to be the first in the Indian market to introduce high-voltage-axial-flux-motors that will empower OEMs to rapidly innovate hybrid and electric vehicle offerings. Our USP is bringing clients to production faster with our own axial flux motors, power electronics, software and diagnostics suite,” said Pradumna Walimbe, Managing Director of APAC at Turntide Technologies.

He added, “India is a critical market for us, and our manufacturing collaboration with Kaynes Technology for local power electronics manufacturing reflects our commitment to sustainability and alignment with the ‘Make in India’ initiative. With the Indian electric mobility ecosystem at a pivotal stage, these products deliver unmatched efficiency and performance, empowering manufacturers to meet evolving consumer demands.” 

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Pune-headquartered automotive component supplier Varroc Engineering and French battery system manufacturer Forsee Power have joined forces to produce electric vehicle battery packs in India.

Under the terms of the transaction, Varroc will acquire a 45 percent equity stake in Forsee Power's Indian subsidiary, Forsee Power India and will assume management and operational control of the entity.

Varroc will also subscribe to Optionally Convertible Redeemable Preference Shares to provide growth capital for the joint venture, subject to regulatory and corporate approvals. The joint venture will initially focus on battery pack development for three-wheeled electric vehicles, before expanding into two-wheelers, light commercial vehicles, buses, trucks and industrial equipment.

The agreement combines Forsee Power's battery system architecture and software with Varroc's component manufacturing, engineering infrastructure and vehicle manufacturer supply relationships across domestic assembly operations.

Arjun Jain, Whole Time Director and CEO – Business I, Varroc, said, "Electric mobility is both evolving and growing rapidly, thus creating new opportunities and new requirements for the automotive industry. Through this evolution we believe OEMs will need partners who can anticipate changes and translate them into reliable, cost-effective solutions at scale. Our partnership with Forsee Power brings together complementary strengths in battery-system technology, automotive engineering, manufacturing and customer relationships. It represents an important step in expanding Varroc’s portfolio to address the evolving needs of our market and the future of mobility. This will further enhance addressable content per electric vehicle in all the segment."

Christophe Gurtner, Chairman and CEO, Forsee Power, said, "With the rapid growth of electric mobility adoption in India, the opportunity is clear and we are ready to scale. Joining forces with Varroc combines our battery technology with local industrial strength and customer access. Three-wheelers are our starting point, with a clear ambition to expand across two-wheeler, commercial and industrial vehicles."

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German technology company AUMOVIO will showcase a portfolio of braking, rider assistance and connectivity solutions for motorcycles and powersports vehicles at EICMA 2026 in Milan, scheduled from 3 to 8 November 2026.

The company's showcase centres on the launch of the MK 120 MAB brake system, which extends AUMOVIO's braking product line beyond two-wheeled applications. The system is engineered for three-wheeled scooters, side-by-side vehicles, utility terrain vehicles and all-terrain vehicles.

It integrates vehicle stability functions derived from passenger car and motorcycle architectures, including active yaw control and wheel lift mitigation, to assist vehicle control across varied terrain.

In addition to the MK 120 MAB, AUMOVIO will display its Motorcycle ABS 2.3 Base unit featuring an optional inertial measurement unit, alongside the MiniMAB EVO system designed for small-displacement scooters and commuters.

The company's display also features radar sensors for adaptive cruise control and blind-spot detection, digital instrument clusters ranging from 4 to 8.8 inches, a standalone Connected Infotainment Box and automated manual transmission control units.

The hardware, software and electronic systems on display utilise automotive development, cybersecurity and production standards adapted to motorcycle and powersports operational environments.

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Auto component manufacturer Eastman Auto and Power has appointed Rajesh Jindal as Chief Executive Officer.

He comes with over 34 years of corporate experience spanning sales, marketing and product management, following a 24-year tenure at Amara Raja Energy and Mobility, where he most recently served as Chief Marketing Officer for automotive batteries in India.

Jindal holds a bachelor's degree in mechanical engineering alongside a Master of Business Administration qualification. During his career, he has managed distribution networks, channel partner relations and go-to-market strategies within the energy storage and automotive component sectors.

Shekhar Singal, MD, Eastman Auto and Power, said, "With over 34 years of experience, Jindal has garnered experience in sales, marketing and product development and is well-positioned to accelerate Eastman’s growth journey. As he begins this new chapter at Eastman, we look forward to his leadership in deepening our commitment for delivering sustainable value for our customers, partners, employees and stakeholders - advancing the company's long-term growth aspirations and inspiring the organisation to achieve new milestones together."

Established in 2000, Eastman Auto and Power operates across three business verticals: last-mile electric mobility solutions, residential solar storage systems and energy storage solutions.

The company employs over 3,600 personnel across seven manufacturing plants in India, supported by a distribution network of more than 1,200 direct partners and over 400 original equipment manufacturer clients worldwide.

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Kuraray America, Inc. (KAI) recently took part in the SAE International Thermal Management Systems Symposium, held on 6–7 October 2026 in Dearborn, Michigan. The event gathered mobility-industry professionals to discuss technologies and emerging challenges in vehicle thermal management. Throughout the two-day symposium, the Kuraray GENESTAR team connected with attendees at Booth #19, sharing insights into high-performance engineering materials.

The team demonstrated how GENESTAR PA9T can meet demanding automotive application requirements. This heat-resistant polyamide engineering plastic was developed by Kuraray using unique monomers, combining low water absorption, high heat resistance, chemical resistance, dimensional precision and excellent moldability. It also offers electrical properties suitable for demanding electrical and electronic applications, including low water absorption, chemical resistance, moldability, insulation performance, thermal resistance and dimensional stability.

These characteristics make GENESTAR relevant for a broad range of electrical, electronic and automotive components. Kuraray lists automotive applications including connectors, relays, insulators and wire harnesses, while GENESTAR materials also serve in sliding, fuel and air-intake systems. The company reports use in automotive gears, bearings, piping and intercooler tanks, and the material is being considered for electric-vehicle applications as well.

The SAE symposium provided a forum for exchanging insights into evolving thermal management technologies. The 2026 programme covered battery and electronics cooling, climate control, alternative refrigerants and vehicle thermal engineering approaches. For Kuraray, participation enabled direct engagement with engineers and industry professionals about how high-performance materials can address increasingly complex automotive design requirements, with GENESTAR PA9T offering a material option where multiple performance demands must be met simultaneously.

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