Honda Motor Corporation Limited has revealed crucial details of its next-generation technologies including hybrid systems, electric architectures and more. The showcased technologies align with the brand’s aims to achieve carbon neutrality for its products and facilities by 2050.
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At its Honda Automotive Technology Workshop, the carmaker unveiled the next-gen midsize hybrid platform (codenamed PF2), which is claimed to be lightweight, highly rigid, and modular.
Honda’s Midsize Hybrid Platform Explained
Compared to Honda’s existing architecture, the new PF2 hybrid platform is 90kg lighter and offers higher body rigidity. Honda states that its next-gen midsize hybrid platform will deliver the “joy of driving”, while enhancing fuel efficiency.
The new platform features a modular layout with a shared engine bay and rear underbody, allowing over 60% of components to be common across different models. This approach improves development and production efficiency while reducing manufacturing costs.
The new Honda midsize hybrid platform (PF2) has been benefited from advanced technologies such as a Motion Management System for leveraging robotics-based posture control, Agile Handling Assist for previse driving dynamics and a body rigidity management system which adjusts load distribution across all tyres to enhance cornering stability.
Production-ready Honda cars based on the midsize hybrid platform will start arriving in 2027. According to media reports, Honda’s upcoming 7-seater SUV will be the first production model to debut the PF2 platform in India. The same architecture will also underpin the next-generation Honda City, expected to launch in 2029.
Honda’s Large Hybrid Platform Explained
Honda also showcased the next-gen large hybrid system developed for the future US product lineup, where the demand for larger hybrid vehicles is strong. This architecture will comprise of a new V6 engine compliant with stricter emission standards along with new battery packs and advanced drive units.
The Japanese automaker aims to achieve 30% improvement in fuel efficiency and 10% quicker acceleration for the next-gen large hybrid vehicles compared to its existing ICE (internal combustion engine) powered models. This new setup will also offer higher towing capacity.
