We study dynamics of the motion of a landing vehicle under descent in the atmosphere of
Mars. In the final stage of the landing vehicle's movement, that is, its landing, significant …

Every year the concentration of objects of space debris is steadily growing, which significantly
complicates the conduct of both modern and future space missions using automatic, and …

An analysis of the rotational motion resulting from the control of the descent vehicle is
presented in the paper. The descent vehicle is controlled by the method of shifting the center of …

Presented actual aspects of the development of the control system of unmanned aerial
vehicles (UAVs) in the example of perspective. Because the current and future UAV oriented to …

For reentry in Mars atmosphere, inflatable braking devices are interesting as they do not use
rigid heat shields, parachutes, or retrorockets which limits the mass to send into space. This …

The purpose of this paper is to analyze the dynamics of the angular motion of a landing
vehicle with an inflatable braking device at the final stage of the movement of space re-entry …

The movement of asymmetric descent vehicles, in contrast to the movement of symmetrical
landing vehicles, has a number of features. The main of them consist in the emergence of …

The landing phase of a descent vehicle is a very crucial part of a mission. The most trustable
landing technologies and systems developed are necessary in this stage to ensure the …

For various missions that are currently being designed and planned at the present time, it is
necessary to ensure reliably the stage of landing on the surface of the planet. Among the …

The concept of on-orbit service is introduced, and the development process of on-orbit service
is briefly reviewed. The optimal transfer plan of orbit transfer and rendezvous is studied in …