Cirrus Readies For Vision Jet Production

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Key Takeaways:

  • Cirrus is expanding its Grand Forks, N.D., facility, primarily to prepare for the production of the Vision SF50 jet.
  • A new in-house autoclave facility will produce composite spars for both the Vision SF50 jet and SR-2X series aircraft, moving production internally to save time and "several million dollars" over the next decade.
  • The autoclave project, supported by local funding, is expected to go online in mid-August and create future job growth opportunities.
  • Cirrus aims to roll out the next version of the SF50 before year-end, with certification flight testing scheduled to commence in 2014.
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Preparations for production of the Cirrus Vision SF50 jet are bringing changes to the company’s Grand Forks, N.D., facility that will affect SR-2X series aircraft as well, Cirrus said Thursday. The company’s expansion includes the addition of an autoclave facility that will move some previously outsourced production “in-house.” Cirrus expects the autoclave to go online in mid-August, producing spars for both SR-2X series aircraft and the Vision SF50 jet and saving the company time and money over outsourcing. But customers may be more interested in the SF50 certification schedule.

The company announced in April that it is hoping to roll out its next version of the SF50 before year-end with certification flight testing to follow in 2014. The autoclave project may facilitate that and “was made possible with the assistance of funding from a loan” granted by Grand Forks Economic Development, Growth Fund Committee. Cirrus says the autoclave “creates the opportunity for future job growth.” It announced in February that it was hiring and at that time listed roughly 65 job openings online. The company did not note the cost of the autoclave but said it would save the company “several million dollars” over the next decade. An autoclave is basically a large-scale pressurized oven. Cirrus’ is capable of compressing composite parts with 125 psi of nitrogen gas during the cure cycle, increasing the part’s strength and longevity.

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