Difference between Pilotless Aircraft and Turboshaft

PILOTLESS AIRCRAFT vs TURBOSHAFT: NOUN

A gas-turbine engine designed to transmit power by means of a geared shaft, used in helicopters and for land and marine vehicular and stationary applications.
A gas turbine engine that powers a rotating cylindrical shaft, as to a pump or a helicopter rotor.

Stealth fighter, Choppers, Missiles, Rockets, Warplane, Planes, Pilotless, Copters, Aircraft, Helicopters, Unmanned, Uav, Drones, Radio controlled aircraft, Drone

Empennage, Powerplant, Rotary engine, Turbine, Aircraft, Rotorcraft, Ramjet, Aero engine, Twinjet, Airframe, Turboprop, Turbojet engine, Afterburning, Turbojet, Turbofan

Satellites, Awacs, Jets, Stealth fighter, Choppers, Warplane, Planes, Pilotless, Copters, Aircraft, Helicopters, Unmanned, Uav, Drones, Drone

Empennage, Powerplant, Rotary engine, Turbine, Aircraft, Rotorcraft, Ramjet, Aero engine, Twinjet, Airframe, Turboprop, Turbojet engine, Afterburning, Turbojet, Turbofan

The regulations on Operation of Pilotless Aircraft Systems and regulations on Aviation Disaster Family Assistance were drafted.
Russian engineers built a bizarre pilotless aircraft that flies by flapping its six wings like a gigantic, terrifying dragonfly.
It relatively small, relatively pilotless aircraft deliver a rather powerful warhead, more or distant target.
For years afterwards, Air Force pilotless aircraft and dubbed missile fins as The USAF as to assign aircraft to missiles.

The unit permits operating the engine in the turboshaft mode by decoupling the fan.
Additionally, turboshaft engines sometimes employ gearboxes to reduce the engine output shaft speed.
They are the turbojet, turbofan, turboprop, and turboshaft.