Amsted Automotive Unveils Cutting-Edge Powertrain Technologies for the Future of Automotive Engineering

Amsted Automotive Introduces Innovative Powertrain Technologies at 2025 VDI Dritev



Amsted Automotive is set to showcase a range of advanced powertrain technologies at the 2025 VDI Dritev Congress, scheduled for July 9-10 in Baden-Baden, Germany. This year's congress will highlight their cutting-edge solutions designed to meet the growing demands for hybrid electric vehicles (HEVs), internal combustion engines (ICE), and battery electric vehicles (BEVs). With the automotive industry undergoing a dynamic shift towards electrification, Amsted is leading the charge with scalable, efficient torque-transfer solutions that address evolving market requirements.

At the congress, attendees can visit Amsted at booth #58 to explore their extensive portfolio of clutch technologies and disconnect systems that support both hybrid and electric architectures. These innovations exemplify Amsted's commitment to advancing automotive powertrains, having established a rich history of providing clutch solutions utilized by almost every global automaker for ICE applications.

Key Innovations in Powertrain Technologies



Among the featured technologies is Amsted's revolutionary eAxle disconnect system, a first-of-its-kind solution that facilitates seamless engagement and disengagement of drive axles in all-wheel drive (AWD) and four-wheel drive (4WD) HEVs and electric vehicles. This system employs a bi-stable magnetic latch that requires no power during latching. This energy-efficient mechanism can extend driving range by up to 8%.

Amsted's clutch and disconnect solutions are characterized by:
  • - On-Demand Actuation: Enables precise torque control enhancing vehicle dynamics.
  • - Lightweight Designs: Reduces overall vehicular mass, contributing to improved efficiency.
  • - Seamless Transition: Facilitates smooth shifts between gears and driving modes, leading to a better driving experience.
  • - Enhanced Torque Transfer: Provides rapid torque transfer which improves performance and shift quality.
  • - Minimized Parasitic Losses: Boosts system efficiency, making vehicles more sustainable.

Another highlight will be the wheel-end disconnect system, specifically designed for commercial vehicle applications, as well as torque management solutions built around Controllable Mechanical Diodes (CMD), promising improved performance across various vehicle types. Furthermore, Amsted will showcase its Mechanical Diodes (MD) technology, which is already in use in automatic transmissions, promising lower drag, reduced friction, and overall weight savings.

About Amsted Automotive



Established in 2021, Amsted Automotive emerged from the integration of several companies including Means Industries Inc., Transform Automotive, SMW Manufacturing, and Burgess-Norton Mfg. Co., Inc. This integration enhanced Amsted's global footprint, with 21 facilities across North America, Europe, and Asia, producing over 100 million components and assemblies each year for the automotive, off-highway, and mining sectors. By combining vast design and engineering expertise, Amsted Automotive is positioned to be a leader in precision products and propulsion solutions for electrified, hybrid, and internal combustion engine systems.

With a strong commitment to innovation and sustainability, Amsted Automotive continues to shape the future of powertrains, bridging the gap between traditional and modern vehicle technologies. Don’t miss your opportunity to learn more about their innovative solutions by visiting booth #58 at the 2025 VDI Dritev Congress.

Media Contact


Cole Quinnell
Phone: 248-877-0590
Email: [email protected]

Join Amsted Automotive on this journey towards automotive innovation and discover how they are contributing to the next generation of vehicle powertrains.

Topics Auto & Transportation)

【About Using Articles】

You can freely use the title and article content by linking to the page where the article is posted.
※ Images cannot be used.

【About Links】

Links are free to use.