Key Takeaways
- The Michigan Advanced Air Mobility Initiative aims to transform the state into a hub for advanced aerial systems, with a projected market of $57 billion in the coming years.
- Grants are provided to both emerging and established companies to foster innovation and deployments in the field.
- Collaboration with universities and local entities is crucial to building the workforce and technology needed for future mobility solutions.
Michigan’s Push for Advanced Air Mobility
In 2020, Governor Gretchen Whitmer established Michigan’s Office of Future Mobility and Electrification, aimed at attracting investments and creating jobs within the advanced mobility sector. This initiative intensified in July with the launch of the Michigan Advanced Air Mobility Initiative, which seeks to position the state as a leader in emerging aviation technologies. Whitmer emphasized the necessity for the U.S. to actively develop uncrewed aerial systems amid increasing global competition in the field.
Justine Johnson, Michigan’s chief mobility officer, discussed the initiative and its implications for the state’s future. The goal is to foster a robust advanced air mobility industry, similar to Michigan’s historic automotive revolution. Projections indicate that the advanced air mobility market may grow to around $57 billion in the next five years, prompting a focus on preparing the workforce and suppliers.
To engage the private sector, the initiative features an advanced air mobility activation fund that provides grants to both new ventures and established companies, facilitating real-world application of their technologies. July saw the announcement of the first and second rounds of grantees, with key partnerships emerging.
Recent projects highlight the initiative’s progress. For instance, a collaboration with Beta Technologies is aimed at installing charging infrastructure for advanced aviation at four regional airports. CVS Health is set to use drones for prescription delivery, while Traverse Connect and Munson Healthcare are experimenting with drone flights for transporting medical samples effectively over their campuses.
The initiative also embraces ship-to-shore connections, utilizing drones to supply vessels waiting to dock, thus optimizing resource allocation and preventing delays.
Collaboration with partners extends from permitting to deployment, creating a supportive ecosystem for innovators. Johnson pointed out that introducing external companies to local businesses fosters an environment where technology sharing and development can thrive.
Partnerships with educational institutions are vital. Western Michigan University is recognized for its aviation programs while the University of Michigan is developing a dedicated space to foster testing and education in the advanced air mobility sector. Inclusion of technical schools and K-12 education ensures a comprehensive training pathway for the next generation of workers.
The benefits of advancing these technologies in Michigan are manifold. The initiative aims to diversify the manufacturing landscape, ensuring a rich ecosystem of varying companies that can spur innovation. As the transportation sector contributes significantly to greenhouse gas emissions, the focus on integrating eco-friendly modes of transport aligns with broader environmental goals.
Looking to the future, Johnson envisions a fully integrated mobility system that links land, air, and water transport. The initiative will continue to support innovators in designing, testing, and commercializing new solutions, propelling the state’s advanced air mobility efforts to new heights.
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