Amsted Automotive to Showcase Technologies Supporting the Full Spectrum of Modern Powertrains at JSAE 2026

SAGINAW, Mich., May 19, 2026 -- As the global powertrain landscape continues to transition at a rapid pace, Amsted Automotive is uniquely positioned to support OEMs navigating the realignments across internal combustion, hybrid and electrified platforms. At the Automotive Engineering Exposition (JSAE) 2026 in Yokohama, Japan, May 27-29, 2026, Amsted will demonstrate how its integrated propulsion technologies and advanced manufacturing capabilities enable scalable, high-efficiency solutions across ICE, HEV and EV architectures.

JSAE is one of Japan's premier automotive engineering events, bringing together OEMs, suppliers and technical leaders to exchange insights on propulsion technologies, electrification strategies and the future of mobility.

Propulsion Systems
Amsted Automotive's propulsion technologies are engineered to manage torque efficiently across ICE, hybrid and electrified drivetrains. Featured solutions include:

• MD (Mechanical Diode): Enables flexible hybrid configurations by seamlessly managing multiple power sources, supporting both series and parallel hybrid architectures while optimizing efficiency across varying drive cycles.
• CMD (Controllable Mechanical Diode): Integrates multiple clutch functions into a compact assembly, reducing system complexity, improving packaging efficiency and enabling smoother torque transitions.
• DCC (Dynamic Controllable Clutch): Improves fuel economy and reduces parasitic losses by decoupling the engine or driveline components when torque transfer is not required, particularly beneficial in hybrid and electrified applications.

Together, these technologies help manufacturers address a wide range of propulsion strategies, enabling optimized performance while meeting regulatory and efficiency targets.

Powder Metal Components
Amsted Automotive's powder metallurgy capabilities enable the production of complex, high-strength components with near-net shape precision. Products on display include gears, planetary carriers and sprockets engineered for durability, dimensional accuracy and efficient high-volume manufacturing.

These components are designed to support modern transmission and electrified drivetrain systems, where strength, weight reduction and consistency are critical to performance and cost control.

Advanced Metal Forming
The company's advanced forming technologies produce lightweight, structurally optimized components for next-generation propulsion systems. Featured applications include motor housings, flow-formed aluminum shells, reinforced planetary carriers and integrated hub and shaft assemblies.

By leveraging processes such as flow forming, precision stamping and advanced joining, Amsted Automotive achieves enhanced material properties, reduced mass and consistent production quality at scale.