Amsted Automotive Receives Prestigious Grand Prize at PowderMet2026 for Advanced Transmission Innovation

Amsted Automotive Celebrates Groundbreaking Achievement at PowderMet2026



In a remarkable demonstration of engineering excellence and innovation, Amsted Automotive's Burgess-Norton Manufacturing has clinched the Grand Prize in the Automotive – Transmission category at the 2026 Powder Metallurgy (PM) Design Excellence Awards. This accolade was part of the prestigious WorldPM2026 International Conference on Powder Metallurgy and highlights the significant role that powder metallurgy plays in enhancing automotive technologies.

The award-winning technology focuses on a cutting-edge application of powder metallurgy that manifests in a unique powder metal notch and pocket plate that forms part of a clutch assembly. This particular assembly is notable for its implementation of a selectable one-way clutch, which features an electronically actuated solenoid. This innovative mechanism allows for precise engagement and disengagement through a radial rocker interfacing with a radial cam face, facilitating controlled torque transfer whenever necessary.

One of the standout advantages of using powder metal processing for these components is its efficiency. Compared to conventional metalforming techniques, powder metallurgy significantly reduces the amount of machining and material waste generated during production. This not only enhances manufacturing efficiency but also ensures the precision, durability, and consistent fit that modern propulsion systems demand.

Bill Kerfin, President of Amsted Automotive, expressed his pride in the team’s achievement, stating, "Winning the Grand Prize in the Automotive – Transmission category is a tremendous honor and reflects the innovation, engineering expertise, and manufacturing excellence of our team. As vehicle propulsion systems continue to evolve, we're committed to developing advanced manufacturing solutions that help our customers improve performance, efficiency, and reliability."

Amsted Automotive has a rich heritage of pushing the boundaries of innovation within powder metallurgy and advanced propulsion. The company's efforts extend beyond the accolade, as they consistently create precision-engineered components capable of supporting various vehicle platforms, including internal combustion, hybrid, and electrified systems worldwide.

Founded in 2021, Amsted Automotive was established through the strategic integration of several leading manufacturers, including Burgess-Norton, Means Industries, Transform Automotive, and SMW Manufacturing. The company has a global footprint with 21 operational facilities spread across North America, Europe, and Asia, producing over 200 million components and assemblies annually. This extensive network allows them to be a significant player in advanced metal-forming techniques and innovative propulsion solutions tailored for various powertrain systems.

Uniquely positioned within the industry, Amsted Automotive minimizes tariff risks and supply delays by maintaining a substantial number of facilities in the United States. This ability to manufacture close to their customer base reinforces their commitment to efficiency and reliability in production.

The company's latest recognition through the PowderMet2026 Design Excellence Awards is not only a celebration of past successes but also a motivator for future innovations that aim to redefine the automotive sector. As the industry continues to evolve, Amsted Automotive remains dedicated to leading in advanced technologies, ensuring they meet the changing needs of their clients and the broader automotive market.

This Grand Prize is a testament to Amsted Automotive’s influence in shaping the future of transmission technologies and highlights their ongoing commitment to excellence within the automotive domain. With a clear focus on innovative solutions, the company is poised to be at the forefront of advancements in automotive engineering and manufacturing for years to come.

Topics Auto & Transportation)

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