Sikorsky reported successful flight tests for its 115-pound, battery-powered twin prop-rotor unmanned aircraft.

Lockheed Martin's Sikorsky has successfully flown its "rotor blown wing" drone in both helicopter and fixed-wing flight modes ...

The aircraft is meant to develop and mature rotor blown wing design, which can now be applied to larger aircraft for unmanned ...

The twin prop-rotor prototype, weighing 115lb and powered by batteries, offers stability across all flight regimes.

Aerospace giant Sikorsky announced it has conducted a series of flight tests for the rotor blown wing drone being developed for DARPA ...

Sikorsky, a Lockheed Martin company has successfully validated the advanced control laws to successfully fly a ‘rotor blown ...

STRATFORD, Connecticut–Sikorsky has successfully completed its first series of flight tests with its Rotor Blown Wing (RBW) ...

Sikorsky has successfully completed vertical-to-forward flight transitions of its autonomous rotor-blown-wing demonstrator, ...

Based in Boston, Ben covers advanced air mobility and is managing editor of Aviation Week Network’s AAM Report. Sikorsky Unveils New S-92 Gearbox And Flight Tests Rotor Blown Wing is available to both ...

Lockheed Martin subsidiary Sikorsky has successfully flown an electric-powered, 115-lb (52-kg) autonomous drone that uses ...

Weighing 115 pounds, the rotor blown wing UAS has a twin proprotor, which takes off in a fashion similar to a helicopter and can then “transition” to horizontal forward flight for “long-endurance ...