Following a decade of development, Tomas Broedreskift’s Equator P2 Excursion prototype made its first flights out of ground effect, a significant step in flight testing. It flew in ground effect just above the runway on March 29, 2018. This helped verify the center of gravity and enabled further tests under audit by the Norwegian Civil Aeronautics Administration (CAA), which gave its release for full test at the end of February. In a brief email, Brodreskift told your editor, “After 8 years in development it was about time!” Two flights on March 29 and March 31, 2019 gave the team the assurance that all systems are “go” for further testing. Everything, according to test pilot Eskil Amdal, was more than acceptable. He is one of the most experienced test pilots in Norway, flying everything from WWII aircraft to his current mount, an F-35. Flights took place at at Eggemoen Technology Park in Norway.. A serial hybrid, the Equator takes its power from a water-cooled …
Equator P2 Makes First Runway Hops
The Culmination of Eight Years’ Effort Tomas Brødreskift, his father and a dedicated team of volunteers have been working on a nearly no-budget, eight-year project to build a cutting-edge technology hybrid amphibian aircraft. This past week, Equator P2’s wheels left the runway, twice on each of two days. The team plans a full flight around the airport traffic pattern in the next few days. Although brief, the runway runs demonstrated the hand control’s proper operation, similar to the hands-only controls used on human-powered aircraft. In that instance, the pilot’s legs are busy pedaling, obviating the need for manual operation only. In the Equator’s case, Tomas wanted simplified controls to make his aircraft a more desirable machine for future buyers. He is, after all, an industrial designer, creating beautiful things that would otherwise be mundane. He works with Classic Factory Automotive and Industrial Design, putting the “look” in exotic electric sports cars, bicycle frames, coffee makers, and designer watches, among objects. Crowd …