Two electric approaches to providing seaside flight come from cold and warm climates and from elevations close to sea level to topping Norwegian fjords. Both rely on electric power to carry up to 12 passengers between seaside destinations. Regent Seaglider If the Wall Street Journal can overcome its skepticism and marvel at the $7 billion in letters of intent or other forms of interest, they might look into what seems to be drawing potential customers. That may come from the company’s mission, “To drastically reduce the cost and headache of regional transportation between coastal cities.” Skimming the water at up to 180 mph, the Regent Viceroy employs Wing In Ground effect (WIG) aerodynamics to lift it high enough to skim the waves while benefiting from flight in ground effect. That cushion of air that helps sustain an aircraft on initial takeoff stays with the Viceroy during its entire flight, reducing the power needed and extending the range. With today’s batteries, …
Equator P2 Makes First Taxi Test
Designing and building your own airplane is a chore most people will never accomplish. It’s harder than it looks. All the people your editor knows who have accomplished this, even “just” the building part, talk about the 90-percent rule: 90-percent done – 90-percent to go. Getting the Nose Gear to Steer Tomas Brodreskift of Equator Aircraft is probably at the 95-percent stage of aircraft completion on his hybrid P2 amphibian, but he and his team still need to drill new holes, make new fittings, laminate some additional pieces and finally get a nose-gear steering system in place. Since his airplane doesn’t have a set of rudder pedals, steering is controlled by pushing on switches on an orange handgrip in the cockpit. Motor Run Number 2 Since it last ran in April before being transported to the Friedrichshafen Aero Expo, the Equator P2 has waited for its nose gear and “steer-by-wire” controls, among other things, to enable it to make its …