A Case Study in NASA-DoD - The Black Vault
A Case Study in NASA-DoD - The Black Vault
A Case Study in NASA-DoD - The Black Vault
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-115-<br />
Table A-5<br />
LAUNCH<br />
COSTS FOR THE L-AEM-la<br />
(millions)<br />
Maximum L-AEM-BL altitude = Geosynchronous<br />
L-AEM-BL orientation = Earth and sun<br />
Space shuttle cost/launch = $15.4 million<br />
Kick stages -Solid rockets<br />
Payloads 114 228<br />
Payloads/spacecraft 13 6 13 6<br />
100% weight attributionj<br />
L-AEM 36 49 57 89<br />
AEM/L-AEM 35 49 62 81<br />
L-AEM/MMS 33 50 56 91<br />
AEM/L-AEM/MMS 33 49 56 88<br />
50% weight attribution<br />
L-AEM 26 37 41 66<br />
AEM/L-AE24 26 36 45 62<br />
L-AEMIMKS 23 37 39 66<br />
AEM/L-AEM/MMS 24 37 40 65<br />
Service charge<br />
L-AEM 16 24 25 43<br />
AEM/L-AEM 16 24 29 42<br />
L-AEM/MMS 14 24 22 41<br />
AEH/L-AEM/MMS 14 24 24 42<br />
<strong>NASA</strong> tariff<br />
L-AEM 85 133 141 247<br />
AEM/L-AEM 85 133 167 246<br />
L-AEM/MMS 76 133 128 237<br />
AEM/L-AEM/MMS, 77 133 141 241<br />
Modified <strong>NASA</strong> tariff b<br />
LA 38 51 76 92<br />
AEM/L-AEK 44 49 76 90<br />
L-AEM/MfS 41 51 71 92<br />
AEM/L-AEM/MMS 39 54 65 95<br />
a nythe L-AEM-BL configuration is modified to give<br />
it geosynchronous and sun-orientation capability.<br />
b Assumes that whenever possible, the spacecraft and<br />
its kick stages will be oriented perpendicular to the<br />
shuttle axis.