Podcast: Shannon Massey Takes Helm At Lycoming

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Key Takeaways:

  • Shannon Massey, a veteran from sister company Bell, has been appointed Lycoming's new General Manager, coinciding with its 90th anniversary.
  • Facing a competitive and relatively flat aerospace market, Lycoming is increasing vertical integration of manufacturing, such as cylinder operations, to improve supply chain control, reduce lead times, and enhance quality.
  • Massey emphasizes Lycoming's operational similarity to Bell in dealing with the unique economic and quality challenges of low-volume, high-mix manufacturing.
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Just in time for its 90th anniversary, Lycoming has a new general manager in Shannon Massey, an inside-the-house elevation from Bell, a sister unit under the Textron umbrella. Massey, a chemical engineer, has been with Textron for more than 20 years during which she worked in materials science and operational manufacturing.

AVweb met with Massey this week at AirVenture and recorded this podcast for a glimpse of where Lycoming might be headed. Like most small aerospace companies, Lycoming faces the challenge of remaining competitive in a relatively flat market in which major players aren’t making as much new business so much as they are grabbing it from competitors.

As a result, Lycoming has become more vertically integrated, taking back manufacturing that was farmed out to vendors 20 years ago. Massey says this trend will likely continue.

“I think they’ve made some very wise decisions over the years and where they’ve made investments. One of the most recent investments was vertically integrating our cylinder operations. That was a good amount of capital investment on machinery.” Massey said. “Where you can control your supply chain, the better opportunity you have to reduce your lead times and improve your quality as well as your yield,” she added.

Although Bell’s core business is airframes, Massey says from her perspective, Bell is more like Lycoming than not. Both are low-volume, high-mix manufacturing, an environment that creates difficult economics and quality control issues because every change in part manufacture requires a setup change introducing the potential for error.

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