Piper Begins 3D Printing Components - AVweb

Piper has produced its first production part using additive manufacturing—more commonly known as 3D printing—according to a company announcement last week. The part, a climate control system component, was printed using an HP Multi Jet Fusion 4200 3D printer. Piper says it is currently focusing on creating and testing non-flight-critical components with the goal of achieving FAA approval and expanding the use of 3D printing in aircraft manufacturing.


This is a companion discussion topic for the original entry at https://www.avweb.com/recent-updates/business-military/piper-begins-3d-printing-components

"…which has resulted in savings of up to 200% on certain parts.”

Can somebody please explain to me how to achieve a cost reduction in excess of 100%? What’s cheaper than “free?”

It may be a typo, but a capability of good additive manufacturing design allows for printing complex shapes the may allow several individual components (constrained by limitations of traditional manufacturing means and also requiring assembly) to be manufactured as a single complex piece.

This is very sad news. It seems to be yet another illustration of how “General Aviation” has stagnated; being the very last industry to adopt this technology.

I don’t think anybody is giving the FAA enough credit here… By the time Piper gets PMA approval, the big 200 percent discount will be a 200 percent increase. A $25 3D printed air vent will cost $250 once the FAA runs it through their friendlier streamline certification process. But hey, at least it will be “safe”.

I was going to ask the same thing. What does that even mean?

Some of us give the FAA, et al, plenty of credit constantly.