Stratos IV大包络先进降落伞系统的集成

Lars Pepermans, Sebastian Oliver Scholts, Esmée Menting, Thomas Britting, Antonio López Rivera, Sowndariya Dhiyaneeswaran, Wesley L. J. R. Toussaint, Thomas C. Bosboom, Bram Koops
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引用次数: 1

摘要

大包络高级降落伞系统(LEAPS)是为了恢复飞行数据,以证明学生制造的探空火箭Stratos IV已经进入太空而开发的。本工作概述了一些设计修改。锥状降落伞使用热气展开系统展开,以节省质量和体积并提高可靠性。主降落伞已改为圆盘间隙带降落伞,因为它在代尔夫特理工大学的亚音速风洞Open Jet Facility中更容易测试。包括一个隔热罩,用于在重返大气层时保护降落伞系统。这项工作的主要好处是创建一个可靠的超音速降落伞回收系统,用于安全回收探空火箭鼻锥中的飞行数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。

Integration of the Large Envelope Advanced Parachute System in Stratos IV

Integration of the Large Envelope Advanced Parachute System in Stratos IV

The Large Envelope Advanced Parachute System (LEAPS) is developed as a means of recovering the flight data to prove that a student-built sounding rocket, Stratos IV, has reached space. Several design modifications are outlined in this work. The drogue parachute is deployed using a hot gas deployment system to save mass and volume and to increase reliability. The main parachute has been changed to a Disk-Gap-Band parachute as it is better testable in the Open Jet Facility, a subsonic wind tunnel of Delft University of Technology. A heat shield is included to protect the parachute system during atmospheric re-entry. The key benefit of this work is creating a reliable and supersonic parachute recovery system for the safe recovery of flight data located in the sounding rocket's nose cone.

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