Flight Range Extension of a Guided Aerial Bomb with a Rocket Engine during Climb Bombing

I.S. Kravchuk, D.V. Bashynskyi, V.V. Taranenko, M.V. Zirka

Flight Range Extension of a Guided Aerial Bomb with a Rocket Engine during Climb Bombing

Číslo: 2/2021
Periodikum: Advance in military technology
DOI: 10.3849/aimt.01462

Klíčová slova: aircraft, climbing, guided aerial bomb, horizontal range, motion trajectory, solid-propellant rocket engine, total thrust impulse

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Anotace: The possibility of a significant flight range extension of a guided aerial bomb during climb bombing due to the jet thrust created by a solid-propellant rocket engine was considered. By means of simulation, a comparative analysis of the range of a guided aerial bomb equipped (not equipped) with a solid-propellant rocket engine under typical flight conditions of the carrier aircraft during level flight and climb bombing was performed. It was demonstrated that the use of a solid-propellant rocket engine, whose mass is 20 % of the guided aerial bomb’s mass, allows to increase the horizontal range of its flight at least twice.