Sounding Rocket Dispersion Reduction Impact by Second Stage Pointing Control

Scheurpflug, Frank; Kallenbach, Alexander; Cremaschi, Francesco

doi:10.2514/1.a32193

Cited by 5 publications

(1 citation statement)

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“…A study conducted by German engineers [57] suggested the possibility to reduce the DR's size by controlling the position of the LVs' SPs during a flight. The task for the researchers was to optimize the DR of the SHEFEX II sounding rocket (an experimental rocket based on the VS-40), and was further complicated by the fact that the missile lacked in-flight-positioning devices.…”

Section: Engineering and Mathematical Ways To Reduce Drsmentioning

confidence: 99%

Methods for the Calculation and Control of Launch Vehicle Drop Regions

et al. 2023

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The article aims at reviewing the drop regions (DR) of the launch vehicles (LV) separating parts (SP) and methods of their determination. The DRs include sea and land areas; going beyond them is associated with a number of environmental, economic, and political factors. Their combination dictates the need to ensure the safety of the people, transport, infrastructure, and environment from the negative impact of LV SPs and fuel residues. The Monte Carlo method is mostly used to determine the impact areas. It enables an estimation of the probability of the SPs of LVs falling in certain areas, constituting the DRs. These points are varied according to a set of different initial parameters. The methods of controlling the impact areas are contingently divided into engineering (based on a change in the design appearance of the LV), mathematical (which includes the changes in or optimization of the LV’s trajectory or its SP), and “soft landing” (implying the return of the LV’s to the spaceport or to a certain prepared area). The present analysis can be used as a starting point when choosing a method for determining and controlling the projected LVs and the SPs’ area of impact.

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Section: Engineering and Mathematical Ways To Reduce Drsmentioning

confidence: 99%