German lubricant manufacturer Mannol has stated that the introduction of European Euro 7 emissions regulations will increase the technical demands placed on engine oil durability and exhaust aftertreatment compatibility.

Scheduled to take effect for new vehicle types in categories M1 and N1 starting 29 November 2026, the Euro 7 framework extends regulatory oversight to particulate emissions from braking systems and minimum durability requirements for traction batteries, alongside stricter monitoring of tailpipe emissions over extended vehicle lifespans.

Because the standard mandates compliance over an eight-year or 160,000-kilometre period, the long-term stability of engine components and lubricants becomes critical to preventing deposit accumulation and catalyst fouling.

Mannol notes that specifications established by organizations such as the European Automobile Manufacturers Association, the American Petroleum Institute and the International Lubricant Standardization and Approval Committee provide the technical framework for lubricant selection. low- and mid-SAPS formulations limit sulphated ash, phosphorus and sulphur content to protect particulate filters and catalytic converters, while lower high-temperature high-shear viscosities reduce hydrodynamic friction losses in modern powertrains.

The company offers specialised products within its portfolio, including the Molibden Ultra 5W-30 formulation combining ACEA C2 and C3 with API SQ and ILSAC GF-7A standards, the Legend Formula C5 0W-20 for low-viscosity manufacturer approvals, and the Hybrid SP 0W-16 developed for hybrid powertrains and thermal cycling conditions.

Konstantin Gaab, Managing Director of SCT Vertriebs, said, "From our perspective, Euro 7 is not merely a further development of emissions legislation, but above all a signal that modern vehicles will need to meet increasingly stringent requirements for long-term technical durability. The challenge for the lubricant industry is to further reduce friction losses and, consequently, energy consumption without compromising wear protection or the performance of exhaust aftertreatment systems. Modern performance standards such as ACEA C5, C6 and C7, as well as API SQ and ILSAC GF-7, provide the industry with an important technical foundation. The key will be to translate these requirements into high-performance formulations tailored to specific engine designs. Our existing MANNOL portfolio already supports a range of modern powertrain technologies. At the same time, we regard the continuous development of our lubricants as essential to meeting the future requirements of vehicle manufacturers. Our aim is not simply to respond to regulatory changes, but to understand their technical implications at an early stage and incorporate them into the ongoing development of our product portfolio."

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BorgWarner has secured a contract from a Chinese original equipment manufacturer (OEM) to supply its aluminium-wire electric motor technology, marking the technology's market debut. The start of production is scheduled for Q4 of 2026.

The product incorporates aluminium-wire hairpin winding technology for use in hybrid vehicles, specifically as generator motors and traction motors for auxiliary drive systems.

Compared with copper-wire motors of matching specifications, the aluminium-wire unit maintains peak torque and peak power levels while reducing wire weight by more than 60 percent and lowering costs by over 80 percent. The contract extends a 15-year supplier relationship between BorgWarner and the vehicle manufacturer.

Isabelle McKenzie, Vice-President of BorgWarner Inc. and President and General Manager of PowerDrive Systems, said, “We are proud to introduce BorgWarner’s aluminium-wire eMotor technology to the market through this program and to further strengthen our long-standing relationship with the customer. The technology combines aluminium conductors with BorgWarner’s hairpin winding expertise to deliver significant weight and cost benefits. Supported by our comprehensive local product engineering and manufacturing capabilities, we have optimised the motor design, manufacturing processes and connection technologies to meet the requirements of hybrid generator and auxiliary drive applications.”

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BorgWarner has secured three conquest business contracts with a powertrain technology manufacturer to supply turbocharging systems for light-vehicle petrol platforms across South America and Europe.

The agreements cover the supply of one variable turbine geometry (VTG) turbocharger unit and two wastegate turbocharger variants, with series production scheduled to commence in 2027.

The VTG turbocharger system is engineered for Miller-cycle gasoline engines operating at exhaust gas temperatures up to 1050deg Celsius, providing boost pressure control and efficiency across operational speed ranges.

BorgWarner's wastegate turbocharger technology features scalable compressor and turbine stages designed with single-scroll, twin-scroll, or dual-volute turbine configurations. The wastegate units incorporate pneumatic or electric actuation options alongside integrated compressor recirculation valves to support fuel economy requirements and emissions compliance.

Dr. Volker Weng, Vice-President of BorgWarner Inc. and President and General Manager of Turbos and Thermal Technologies, said, "We value our longstanding relationship with this global leader in powertrain technology and the opportunity to support its evolving business and broader commodity strategy. These contracts reflect the trust we have established with the customer and the strength of our offerings, including competitive solutions and deep technical expertise. We look forward to continuing to support the customer with innovations that deliver lasting value."

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German tier-1 supplier ZF has developed the High Revolution Drive, a 3-in-1 electric drive system capable of reaching rotational speeds of up to 30,000 rpm. Designed as a variant of the company's modular SELECT platform, the unit integrates an electric motor, power electronics and a two-stage spur gear transmission with a reduction ratio of approximately 18:1. The system delivers a peak power output of 200 kW and peak wheel torque of 3,500 Nm.

Compared to a conventional SELECT drive operating at 18,000 rpm, the High Revolution Drive reduces overall installation space and weight by nearly 25 percent, while reducing required magnet mass by 50 percent. The architecture is scalable across power outputs ranging from 150 kW to 200 kW for 400-volt and 800-volt vehicle platforms, achieving a system efficiency of nearly 93 per cent. ZF is engaging with vehicle manufacturers regarding deployment, with volume production targeted for 2030.

Thomas Meiser, Head of the E-Mobility Business Unit, ZF, said, "The High Revolution Drive draws on ZF s full systems expertise. Rather than optimising individual components in isolation, we systematically coordinate the electric motor, power electronics and transmission. Robustness and low noise and vibration levels were stringent development targets from the outset. To achieve this, we considered the electric motor, gearing, bearings and tooth geometry as an integrated system. For the configuration presented, 30,000 rpm is the economic and technical sweet spot. With SELECT, we do not have to start from scratch for every new drive variant. We use our modular system to tailor new concepts to different customer requirements."

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Tenneco Clean Air India has reported its financial results for the Q2 FY2027 and H1 FY2027, recording a 32.2 percent YoY increase in value-added revenue to INR 152.29 billion for Q2 FY2027. Revenue from operations rose 34.2 percent to INR 171.83 billion during the quarter.

Quarterly earnings before interest, tax, depreciation, and amortisation (EBITDA) grew 20.7 percent to INR 26.16 million, delivering an EBITDA margin of 17.2 percent on value-added revenue. Profit after tax increased 15 percent YoY to INR 17.34 billion.

For the first half of FY27, value-added revenue reached INR 290.44 billion, up 25.3 percent, while total revenue from operations reached INR 326.31 billion. The company announced plans to establish a new Clean Air manufacturing facility in western India with a capital expenditure of approximately INR 450 million to support its total order book, which stands at around INR 1,650 billion.

Arvind Chandra, Whole-Time Director and CEO, Tenneco India, said, "Our strong momentum continued through Q2 and H1 FY’27, driven by overall market growth, market share gains and disciplined execution across the business. During the period, we continued to deepen customer relationships and expand our technology footprint. In ART, we secured multiple platform wins across domestic and international OEMs, entered a new passenger vehicle whitespace, expanded engagement with leading OEMs, and advanced our portfolio through successful commercialization and localization initiatives. In CA and PT, we strengthened our order pipeline through key wins across commercial vehicle, CNG, and spark plug applications."

"Our growing competitive strength is reflected in continued order book providing revenue visibility exceeding 100% of our FY’30 target revenues, underpinning a healthy double-digit CAGR trajectory. To support future growth, we continue to invest in capacity expansion, localization, and innovation, including a new West India Clean Air manufacturing facility. Supported by a robust order book, increasing domestic and export penetration, technology-led customer wins, and strategic investments, we remain well positioned to sustain above-market growth and drive superior shareholder returns over the long term," added Chandra.

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