A small Norwegian company is developing an aircraft that aims to take advantage of the "best of two worlds": the Vertical Take Off and Landing (VTOL) properties of a helicopter and the high-speed potential of a fixed-wing plane. The SiMiCon Rotor Craft (SRC) concept utilises a circular fuselage shaped like an aerofoil containing retractable rotor blades that extend telescopically from the disc as they spin up to speed for vertical take-off and landing. When in the air, the SRC's jet engine takes over and the rotor blades retract into the circular wing cavity for fixed wing flight. The rotor blades can be extended mid-flight if the craft needs to hover and sideways thrust from the jet engine or a small tail rotor is being integrated into the design to prevent the entire place "spinning like a top".
GET 20% OFF A NEW ATLAS PLUS SUBSCRIPTION
For a limited time, we're offering 20% off a New Atlas Plus subscription.
Just use the promo code APRIL at checkout.BUY NOW
SiMiCon has recently performed tests of the aerodynamic characteristics of circular disc-shaped wings in cooperation with the Norwegian Marine Technology Research Institute and the Norwegian University of Science and Technology. Research is still in its early stages and the concept is not expected to fly for several years.View gallery - 4 images