The January 2026 issue of Automotive Powertrain Technology International has been released online, delivering critical insights for OEM executives, powertrain engineers, and supply chain leaders in the Asian and global automotive sectors. This edition emphasizes the accelerating shift toward electrification while addressing hybrid and range-extended solutions amid evolving market demands.

Central to the issue is Ferrari's bold entry into pure battery electric vehicles (BEVs) with the Elettrica powertrain. Drawing on over a decade of high-performance hybrid development, Ferrari's engineering team has crafted a system promising unrivaled dynamic performance. This development is particularly relevant for Asian OEMs monitoring luxury EV competition, as Ferrari's Maranello-based innovations could influence high-end powertrain architectures across premium segments. The powertrain integrates advanced battery management and motor control systems optimized for track-level responsiveness, setting new benchmarks for NVH characteristics and thermal efficiency in BEV platforms.[1]

Another highlight is the retrofit revolution led by Horse Powertrain, the Renault-Geely joint venture. Their compact internal combustion engine (ICE) range extender is designed for seamless integration into existing BEV platforms, responding to booming demand in markets like China where range anxiety persists. This solution offers OEMs a rapid path to extended-range EVs without full platform redesigns, enhancing supply chain flexibility. For Asian manufacturers, this JV exemplifies strategic partnerships enabling quick adaptation to regulatory pressures on emissions and range requirements.[1]

Changan Automotive's diversification efforts showcase in-house ICE advancements, with insights from principal technical specialist Martin Joyce. The Chinese OEM's journey underscores investments in R&D for efficient powertrains, balancing electrification with ICE optimization. This is vital for suppliers targeting China's vast domestic market, where hybrid and mild-hybrid transitions dominate. Changan's achievements highlight the role of vertical integration in cost control and performance gains amid global chip shortages and material volatility.[1]

In-wheel motors emerge as a series-production contender, with analysis of design considerations for adoption. Wayne Ward explores pros like torque vectoring and packaging efficiency against cons such as unsprung mass and durability. For R&D teams in Japan and Korea, where compact vehicle designs prevail, this technology promises simplified drivetrains and enhanced autonomy readiness. OEMs must weigh thermal management and integration challenges to realize efficiency gains in urban EV applications.[1]

Sustainable supply chain circularity is addressed through Trinity Francis's piece, stressing data sharing from concept to aftersales. This is crucial for Asian logistics firms navigating recycling mandates for batteries and rare earths. Collaboration across tiers fosters closed-loop systems, reducing dependency on volatile raw materials and aligning with ESG goals. The issue collectively equips executives with strategies for powertrain evolution, from BEV pioneers to hybrid stopgaps, ensuring competitiveness in 2026's regulatory landscape.

Expanding on Ferrari's Elettrica, the powertrain leverages end-winding cooling and silicon carbide inverters for superior power density, influencing Asian hyperscalers like BYD and NIO in their next-gen platforms. Horse Powertrain's extender, at under 100kg, supports 1000km ranges, ideal for fleet operators in Southeast Asia. Changan's Blue Whale engines achieve 44% thermal efficiency, rivaling Toyota hybrids. In-wheel tech from Protean and Elaphe nears Tier-1 validation, with cost projections dropping 30% by 2027. Circularity models project 50% recycled content in batteries by 2030, driven by CATL and LG initiatives. These developments signal a multi-pathway powertrain future, empowering B2B stakeholders to navigate EV adoption curves strategically. The magazine's timely release positions it as essential reading for production planning and partnership scouting.

For technology vendors, the featured innovations open avenues in simulation software for in-wheel dynamics and AI-driven prognostic health management for hybrids. Safety systems benefit from enhanced traction control in distributed motor setups, while connected mobility integrates via V2X protocols in range-extenders. Regulations like China's dual-credit system favor these hybrids, prompting supply chain realignments. Overall, this issue illuminates executive-level decisions on capex allocation toward electrification infrastructure projects.[1]