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1
Introduction
2
Agenda
3
Company Background
4
Autonomous Systems
5
Terrestrial Return Vehicle
6
Ellipsoid Entry Body
7
ISS
8
CONOPS
9
Airlock
10
Animation
11
Aerodynamics
12
Operational Timeline
13
Reentry Analysis
14
Nominal Analysis
15
Sonic Boom Analysis
16
M03 Bag
17
Cyclops
18
Structures
19
Propulsion System
20
Thermal Analysis
21
Open Source Software
22
GNC Schematic
23
Flight Software
24
Monte Carlo
25
Summary
26
Problems at Mach 5
Description:
Explore the design of a low-cost, commercial cargo return vehicle for the International Space Station in this informative seminar presentation. Delve into the innovative Universal Return Vehicle (URV) concept, which combines a modified NASA elliptical heat-shield with modern subsystems, advanced guidance and control, and automotive-grade parts adapted for space applications. Learn about the vehicle's concept of operations, potential applications beyond ISS payload return, and the risk-managed approach to its development. Gain insights from Tim Crain, Vice President of Research and Development at Intuitive Machines, as he discusses aerodynamics, reentry analysis, propulsion systems, thermal analysis, and flight software. Examine the challenges faced at Mach 5 and understand the complexities involved in designing automated re-entry vehicles for priority sample returns.

Design of an Automated Re-entry Vehicle for Priority Sample Returns

University of Houston-Clear Lake
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