A Case Study in NASA-DoD - The Black Vault

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-165- c0 k- c" Q N 3- W 0 0 IT -- cn -t N c 0o c" 'n o- 0 0 0 10 10 -4 C- -e 0 a In 0 -t re00 4 Q 0 co N g -4 N D c 0n00 N 4n Nbn 0 t*4 .4 - - - 0% r- c,4 ~.~ - r 0 0 P 44 r4 .0~~ ~ 0 -~c 0. 4- en 0 4 44- - -4 U-i -n 0 -4 7n 0 0 %0 0 00 In 0 4 000 0 0 040 -4 N ,4 NA - N N N .4 N In 0 N 0 00 11 "0 v% -% 0 0 0 0 - -- 0 0 -4 -4 r- .4 - . -- -4- -1 1*' a.-4 I - C 06 -4 64 -4 t 1, - 6c LC -n -R(t f *~~ H '0 4 N 0% u~ 0 - NA + .0t
-166- Maximum number of payloads per single spacecraft 13 10 8 6 Number of launches 12-17 14-19 16-23 20-26 Each of the cells of the matrix represented by Table H-6 is expanded in Tables H-7 through H-23. In these tables, the total number of spacecraft required are disaggregated by orbit so that one can determine the appropriate kick stages that would provide the velocity increment necessary to translate the spacecraft from the nominal shuttle parking orbit (150 n mi) to the mission orbit. Tables H-7 through H-23 also tabulate the maximum number of payloads actually assigned to a spacecraft in a given orbit. INTEGRATION COSTS The costs of integrating and testing a complete spacecraft appear to be predominantly a function of the complexity of the individual payloads themselves rather than of the characteristics of the spacecraft on which they are mounted or of the number of payloads that have to be integrated into a single spacecraft. Some information provided by Mr. W. A. Myers, of Rockwell International, indicates that mission integration costs might include the costs of about three engineering manmonths per payload at the low-cost end, up to total costs of possibly $1,000,000 per payload for highly complex payloads. A typical mission integration job would require one engineer per payload over a period of six to nine months. He indicated that there should be very little difference between the STPSS and the 4S relative to mission integration. The test procedures might be slightly more complicated with the MKS so the nonrecurring costs (of developing procedures) could be a little higher.
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LEYEL r o R-2619-RC May 1980 Standa
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SECUNITY CLASSIFICATION OF Twa PAGE
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Standard 5pacecraft.ProcurementL_ A
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-ivas representing the official vie
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the missions required. Third, the p
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ACKNOWLEDGMENTS I gratefully acknow
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-xii- VI. APPLYING THE NASA-DOD COO
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-. - am~rumn -xv- TABLES 1. Nominal
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-Xvii- 11-19. Case IV(N)...........
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-xx- L-ANX - Large Diameter Applica
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-1- I. INTRODUCTION The National Ae
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-3- development. Finally, the polic
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-5- of which spacecraft would enabl
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-7- II. U.S. SPACE PROGRAM: DEVELOP
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-9- thought. (8 ) The launching of
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-1- had shown great alarm or acknow
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-13- for other purposes. ,(15) it w
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-15- and that determination as to w
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-17- program and the coordination o
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t -19- legislation, messages, petit
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-21- of the continuing Soviet accom
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-23- Subsequently, the Director of
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-25- to be asked by one of the agen
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-27- space systems; operational sys
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-29- no near-earth orbit manned ope
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ImP, ~ ~ ~~~~ ......... ~~~~~~~~~~~
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-33- 5. Using off-the-shelf, space-
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-35- 1. Spacecraft configurations a
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-37- STANDARD SPACECRAFT DESCRIPTIO
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-39- The payload cluster, while uni
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-41- payload or propulsion, is abou
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-43- z z 0 0 - 0r CL 0 E 4 41- u- 0
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-45- The STPSS can carry a nominal
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i -47- orbit-adjust module, while t
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-49- M9IS The basic MMS, summarized
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-51- 1980-1990 time period are divi
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-53- about 7.5 payloads per spacecr
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-55- 0- - - - - - - - - - cc - - -
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-57- STPSS (STPSS-LC) spacecraft ca
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-59- Table 7 ESTIMATED UNIT 1 COST
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-61- Nonrecurring Costs. Nonrecurri
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-63- where SRU = Service Rendered U
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-65- IV. STANDARD SPACECRAFT ACQUIS
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-67- The costs associated with thes
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-69- to increase to 13. That was fo
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-71- 500 * STPSS 400 AW-STPSS PROGR
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-73- The implications of the forego
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-75- option. Other candidates becom
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-77- the Air Force's Space Test Pro
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-79- decrease any total program cos
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-81- COST LAUNCH COSTS (Millions of
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-83- V. NASA-DOD COOPERATION: ORGAN
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-85- the MHS program stemmed from t
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-87- The Air Force had studied the
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-89- Air Force Headquarters to NASA
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-91- turns out, NASA had agreed to
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also evaluate whether or not adequa
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-95- design, mission model, cost es
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-97- Force interface was retained,
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-99- experience and by identifying
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. . . . . . . -.. . . . . . . . . .
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-103- the nation and other governme
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-105- Appendix A ESTIMATES OF COST
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-107- RANGE OF BIDS Item Range ($ t
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-109- Table A-1 SPACECRAFT COSTS--N
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'I FI Table A-2 SPACECRAFT COSTS WI
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-113- Table A-3 LAUNCH COSTS--NOMIN
Page 136 and 137: -115- Table A-5 LAUNCH COSTS FOR TH
Page 138 and 139: Table B-I POWER SYSTEM COMPARISONS
Page 140 and 141: -119- NOTES TO TABLE B-I (Cont.) mo
Page 142 and 143: -121- The duration of the data pass
Page 144 and 145: -123- INNNU AWA n -. s vo (I T 'API
Page 146 and 147: -125- each battery has its own char
Page 148 and 149: -127- Table B-2 POWER SUMMARY Chara
Page 150 and 151: -129- Appendix C COMMUNICATIONS AND
Page 152 and 153: -131- chiefly for storing commands
Page 154 and 155: -133- Table C-2 C&DH CHANGES REQUIR
Page 156 and 157: -135- Table C-3 C&DH CHANGES REQUIR
Page 158 and 159: -137- NOTES TO TABLE C-3 (Cont.) we
Page 160 and 161: - 139- Table D-1 ATTITUDE CONTROL A
Page 162 and 163: * -141- and three reaction wheels a
Page 164 and 165: -143- by the commonly adopted desig
Page 166 and 167: -145- Table E-l--Continued I Unit T
Page 168 and 169: -147- flight-proven elastomeric dia
Page 170 and 171: -149- Appendix F STRUCTURAL SUBSYST
Page 172 and 173: -151- points are provided by three
Page 174 and 175: -153- Table F-2 STPSS STRUCTURAL CO
Page 176 and 177: -155- Appendix G THERMAL CONTROL SU
Page 178 and 179: -157- sunlight. These surfaces incl
Page 180 and 181: -159- Appendix H PROGRAM OPTIONS FO
Page 182 and 183: I 4 I IQ. w ~ w 01 " 1 I I I I 0 .c
Page 184 and 185: -163- Table H-4 ORBIT 2: PAYLOAD AS
Page 188 and 189: -167- Table 1-7 CASE I (A)a PROGRAM
Page 190 and 191: -169- Table H-9 CASES I (K) AND V (
Page 192 and 193: -171- Table H-11 CASE II(B) PROGRAM
Page 194 and 195: -173- Table H-13 CASE 111(C) PROGRA
Page 196 and 197: -175- Table H-15 CASE 111(M) PROGRA
Page 198 and 199: -177- Table H-17 CASE IV(D) PROGRAM
Page 200 and 201: -17 9- Table H-19 CASE IV(N) PROGRA
Page 202 and 203: -181- Table Hi-21 CASE V (E) PROGRA
Page 204 and 205: -183- Table H-23 CASE VI(F) PROGRAM
Page 206 and 207: -185- Appendix J AIR FORCE AND NASA
Page 208 and 209: MEMORANDUM OF AGRE1MENT ON THE PROC
Page 210 and 211: -189- 2.2 DOD SPACE TEST PROGRAM: T
Page 212 and 213: -191- l4.1.7 STP will review the HF
Page 214 and 215: I -193- 5.0 NASA AND DOD FINANCIAL
Page 216 and 217: -195- 5.4.3 Post Delivery Phase: NA
Page 218 and 219: I '-197- $4 .0 0 A 0 f-4 ;C:ur 0 V
Page 220 and 221: t 4 In I Io H 0p Ad ~t m 00 -199- E
Page 222 and 223: -201- COPIED August 24, 1976 Honora
Page 224 and 225: -204- 13. "The National Space Progr
Page 226 and 227: -206- 39. Tec hnical vpoaal for a M
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