26 October 2015 News

Luminati Aerospace and Long Island: a revival for local industry?

Luminati Aerospace sure seems to think it is possible. The company is in negotiations for a chance to manage the largest runway at the former test facility in Calverton.

Long Island used to be home to major corporations, before their presence dwindled. Smaller companies moved in to take their places – but they were not the sort to make headlines or revive the industry across the board.

Today, residents openly speak of a “brain drain” at Long Island. Those that do have argued in favor of Luminati, a start-up that has its roots in Brooklyn, getting the management deal.

Luminati proposes building communication drones for a major client – but the client’s name, so far, has not been revealed.

Local media has reported that in spite of some criticism, the majority of Calvert residents appear to be backing the deal.

Among those who have criticised the deal, however, lack of town oversight when it comes to runway use has been cited as a factor.

Luminati CEO Daniel Preston, chief designer Barnaby Waifan (previously with Northrop Grumman, the inventor of the unique Wainfan Facetmobile) and chief scientist Anthony Calise (who helped design the “Scud Buster” made famous by the First Gulf War) were meanwhile revealed to local residents as the company’s top management, in an effort to demonstrate that the start-up certainly has the chops to tackle such an ambitious project.

Popular articles

Popular articles

Portrait of astronaut and former director of the Johnson Space Center, Ellen Ochoa who in 1993 became the first Latina woman to go to space when she served on a nine-day mission aboard the Space Shuttle Discovery. Lounge

Art, imagination and the human spirit

Operators who view space primarily as infrastructure, a functional zone for communications or defence, tend to see debris as an operational risk rather than a symptom of an extractive system. Astronautics

The imagined sky – power, inequality and the future of space sustainability