Utilisateur:Ahhj Sensei/Brouillon/NAA Rocketdyne 75-110 A launch historic
Flight Number |
Missile Number |
Date | Engine Type |
Remarks |
---|---|---|---|---|
1 | RS-1 | A-1 | Prototype Engine | |
2 | RS-2 | A-1 | Prototype Engine | |
3 | RS-3 | A-2 | LOX pump inducer added to prevent cavitaion (RS-3 and subsequent missiles) | |
4 | RS-4 | A-2 | Full flow star (RS-4 and subsequent missilles) | |
5 | RS-6 | A-2 | ||
6 | RS-8 | A-3 | ||
7 | RS-9 | A-3 | ||
8 | RS-10 | A-3 | ||
9 | RS-7 | A-3 | ||
10 | RS-11 | A-3 | ||
11 | RS-12 | A-3 | ||
12 | RS-18 | A-4 | ||
13 | RS-19 | A-4 | ||
14 | CC-13 | A-4 | ||
15 | RS-20 | A-4 | First test of gage pressure thrust controller | |
17 | CC-14 | A-4 | ||
18 | RS-25 | A-4 | Gage pressure thrust control | |
19 | RS-28 | A-4 | Gage pressure thrust control | |
20 | CC-15 | A-4 | First flight using Hydyne
Gage pressure thrust control | |
21 | RS-22 | A-4 | ||
22 | CC-16 | A-4 | Gage pressure thrust control | |
23 | CC-32 | A-4 | Gage pressure thrust control | |
24 | CC-30 | A-4 | First flight test of absolute pressure thrust controller | |
26 | CC-31 | A-4 | Absolute pressure thrust control (CC-31 and subsequent missiles) | |
27 | CC-35 | A-4 | ||
28 | CC-37 | A-4 | ||
30 | CC-38 | A-4 | ||
31 | CC-39 | A-6 | ||
32 | CC-41 | A-4 | ||
33 | CC-42 | A-6 | ||
34 | CC-45 | A-4 | ||
36 | CC-46 | A-6 | ||
37 | CC-43 | A-6 | Hydyne fuel used | |
42 | CC-48 | A-6 | ||
43 | CC-54 | A-7 | ||
48 | CC-56 | A-7 | ||
50 | CC-57 | A-7 |