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Suzuki Motor Corporation has recently laid out an ambitious roadmap aimed at revolutionizing its product offerings and technological advancements. At a technology strategy briefing, the company confirmed the development of a new 1.5-liter turbocharged engine, marking a significant step in its next-generation internal combustion engine portfolio. This announcement reflects Suzuki's commitment to enhancing performance while maintaining efficiency, with plans to launch flex-fuel vehicles capable of utilizing bioethanol blends in India.

In the immediate term, Suzuki is focusing on naturally aspirated engines compatible with bioethanol and aims to commercialize direct injection turbo engines by 2030. These strategic moves are designed to improve the efficiency and performance of its vehicles across various segments. The company is also investing in dedicated hybrid engines, which will pair with multiple levels of electrification, including the innovative Super Ene Charge 48V hybrid system that has moved into its next development phase.

Parallel to these advancements, Suzuki is making strides in electrification with the launch of the e-Vitara, its first lean battery electric vehicle, and the e-Address electric scooter targeted at the Indian market. By 2035, the company anticipates rolling out advanced e-axle and battery systems optimized for diverse vehicle classes.

Suzuki's roadmap emphasizes a multi-pathway approach to carbon neutrality, including the establishment of compressed biogas plants in collaboration with dairy cooperatives in India. These facilities, set to begin operations in 2025, will convert cattle manure into renewable biogas to power Suzuki's CNG vehicles.

The company is also prioritizing lightweighting under its S-Light project, having achieved an impressive 80 kg weight reduction per vehicle through innovative materials and design enhancements. Prototypes featuring a 100 kg reduction are expected by 2030, beginning with kei cars and expanding to larger segments.

Manufacturing processes are evolving through the Suzuki Smart Factory initiative, which leverages digital monitoring and optimized zoning to enhance energy efficiency. A new paint facility in Japan has already shown significant improvements since its operational debut.

In the realm of electronics, Suzuki is enhancing its SDV Right architecture to streamline connectivity while reducing complexity. This system debuted in the e-Vitara and includes features such as AI-assisted voice control and integrated displays. By 2030, it will support vehicles equipped with partial domain electronic architectures and over-the-air update capabilities.

Looking to the future, Suzuki is investigating carbon-negative technologies that could capture CO2 from vehicle exhaust for agricultural use, aligning with its vision of integrating carbon-neutral and carbon-negative solutions. Through these initiatives, Suzuki continues to embody its philosophy of "sho sho kei tan bi"—striving for smaller, fewer, lighter, and shorter designs—while steadfastly supporting sustainable mobility and high-efficiency combustion engines.