Our new engineering facility at KSTP, St. Paul, MN
We are very excited to provide a professional office location for our growing engineering staff
– Dan Garrett, Managing Partner
Momentum Aeronautics, LLC is excited to announce expansion of its engineering operation to a new facility at the Saint Paul Downtown Airport, KSTP, in St. Paul, MN. The new facility adds over 4600 sq. ft. of office space to house a growing engineering staff, while the attached hangar provides over 21,000 sq, ft. of available workspace for an ever-increasing variety of projects.
“The additional space at KSTP will supplement our facility at Lake Elmo, MN, 21D,” said Kyle Taylor, Chief Engineer. “The 6400 ft. runway at KSTP accommodates a much greater variety of aircraft, allowing us to broaden our service offerings. In addition, our core engineering operations will be closer to maintenance and modification businesses at KSTP and nearby at Minneapolis, KMSP. This addition will improve support for our national client base, allowing more direct access to our engineering group. Customers will be able to step directly from their aircraft into our office.”
“We are very excited to provide a professional office location for our growing engineering staff,” said Dan Garrett, Managing Partner. “Our team members are the heart of our company and creating an environment people can enjoy coming to each day is important. We’re really looking forward to being part of the airport community at KSTP, and the welcome we’ve received so far has exceeded our expectations.”
Momentum Aeronautics, LLC is a full-service aircraft engineering company with a track record for project completion and support from beginning to end of the process. Specialized in landing gear and interior modifications, Momentum also has capabilities for STCs, repairs, alterations and airworthiness. Momentum’s team includes a full complement of FAA Designated Engineering Representatives (DERs) and Designated Airworthiness Representatives (DARs) to meet your aircraft certification and airworthiness requirements.