thats an unknown answer. so if you are asking this question you are the most stupidest person i know.
A blimp propeller spins in a circular motion, creating thrust that helps propel the blimp forward. The propeller is typically mounted at the front or rear of the blimp and its rotation can be controlled to change the direction of the blimp's movement.
If the gondola becomes separated from the envelope while the blimp is in flight, the gondola would likely fall to the ground. The blimp's envelope is what provides the lift necessary for flight, so without it, the gondola would lose support and crash.
The primary difference between a blimp and an airplane lies in their design and method of flight. A blimp is a type of airship that relies on buoyant gases, like helium, to stay aloft and is typically characterized by its large, elongated shape and lack of a rigid structure. In contrast, an airplane is a fixed-wing aircraft that generates lift through its wings and is powered by engines, allowing for faster and more controlled flight. Additionally, airplanes generally require runways for takeoff and landing, while blimps can operate in smaller spaces.
If a gondola became separated from the envelope of a blimp while in flight, the gondola would lose the lift provided by the blimp and would likely experience a rapid descent. The occupants of the gondola would be in immediate danger due to the sudden loss of support and should deploy any emergency safety measures available.
The oldest operating airship is a Goodyear Blimp. The blimp is named the Spirit of Goodyear and has more than 41,000 flight hours.
Controlled Flight is a phrase that refers to any flight where they pilot/machine/animal can maneuver and climb & dive through the air. This rules out simply falling.
A blimp's movement is primarily controlled by its own propulsion system, which allows it to maneuver independently of wind direction. While winds can affect its flight path, the blimp can adjust its engines and control surfaces to counteract these effects. This ability to steer and maintain altitude means that, unlike lighter-than-air balloons that simply drift with the wind, blimps can navigate effectively, regardless of wind conditions.
gravity would bring it down
If the gondola became separated from the envelope while the blimp was in flight, the gondola would likely freefall while the envelope with the hydrogen or helium gas would continue flying until it lost buoyancy. This would result in a loss of control and the blimp crashing to the ground.
In December 1903 the Wright Brothers made the best manned flight which was controlled and sustained (i.e. not controlled falling or gliding).
Aircraft are controlled in flight by the use of main control stick operating the ailerons and elevator, and the rudder pedals operating the rudder.
Gundola will drop like any other jettisoned item.