April 25, 2022 Leave a Comment Additive manufacturing offers a number of benefits to those wishing to develop antennas in various non-traditional geometries, and a team of researchers in the US have recently test-flown a drone with a printed antenna to demonstrate those benefits. Ohio-based drone company Event38 have been working with local partners (Ohio Federal Research Network (OFRN), Kent State University, Youngstown State University, and Youngstown Business Incubator (YBI)) to upgrade their E400 mapping drone with a new hybrid antenna/nose cone. The part was printed with a combination of metal and polymer printing, and was presumably assembled afterwards into a single unit. E400 drone. (Image credit: Event38) Typically antennas need to be conductive, but as we have seen in previous articles, it is perfectly possible to print complex geometries in plastics and apply conductive materials to them after printing. This is a lot more cost effective than simply printing… read more