PAYLOAD FLIGHT ASSIGNMENTS NASA MIXED FLEET AUGUST 1988 SUBMITTED BY DIRECTOR, TRANSPORTATION SERVICES OFFICE APPROVED BY’ -j-
2.0 3.0 4.0 5.0 6.0 TABLE OF CONTENTS MANIFEST NOTES SHUTTLE PAYLOAD FLIGHT ASSIGNMENTS ELV PAYLOAD FLIGHT ASSIGNMENTS PREVIOUS FLIGHTS PAYLOAD REQUESTS PAYLOAD/ACRONYM LIST -li- PAGES 1.0-1.1 2.0-2.7 3.0-3.3 4.0-4,10 5.0-5.17 6.0-6.22
MIXED FLEET MANIFEST NOTES THES MANIFEST INCLUDES PAYLOAD ASSIGNMENTS FOR SHUTTLE AND EXPENDABLE LAUNCH VEHICLES (ELV). THE MANIFEST IS FOR PLANNING PURPOSES ONLY. FIRM SHUTTLE PAYLOAD ASSIGNMENTS ARE MADE DURING THE FORMAL INTEGRATION PROCESS AT APPROXIMATELY 19 MONTHS PRIOR TO LAUNCH. IN ORDER TO IDENTIFY REQUIREMENTS, SPACE SHUTTLE AND ELV FLIGHTS ARE PROJECTED THROUGH FISCAL 1993. THROUGHOUT THIS DOCUMENT, PENDING REQUIREMENTS ARE NOTED “FOR NASA PLANNING PURPOSES”. SHUTTLE SECONDARY PAYLOADS ARE SHOWN ONLY FOR SHUTTLE FLIGHTS ON WHICH THEY ARE FORMALLY ASSIGNED. [T 1S INTENDED THAT THIS MANIFEST WILL BE UPDATED ON A QUARTERLY BASIS. 1.0
“i a | MIXED FLEET MANIFEST NOTES (CONTINUED) THE MANIFEST SUPPORTS THE COMMERCIAL SPACE INITIATIVE ANNOUNCED WITH THE NATIONAL SPACE POLICY, FEBRUARY 11, 1988, AS FOLLOWS: - THE INDUSTRIAL SPACE FACILITY (ISF) IS MANIFESTED AS A FULLY REIMBURSABLE PAYLOAD UNDER A PRE-EXISTING AGREEMENT. - THE SPACEHAB IS MANIFESTED CONSISTENT WITH THE NASA/SPACEHAB AGREEMENT SIGNED IN AUGUST 1988. - THE COMMERCIALLY DEVELOPED SPACE FACILITY (CDSF) WILL BE MANIFESTED WHEN THE GOVERNMENT’S LEASE ARRANGEMENTS ARE COMPLETE. ALL OF THE ABOVE ARE SUBJECT TO FURTHER NEGOTIATIONS WITH THE APPOPRIATE COMMERCIAL ORGANIZATIONS AND SPECIFIC MANIFESTING DECISIONS WILL DEPEND ON COMMERCIAL CUSTOMER DEMAND. FOR FURTHER INFORMATION PLEASE CONTACT: TRANSPORTATION SERVICES OFFICE MAIL CODE MC NASA HEADQUARTERS WASHINGTON, DC 20546 -- USA TELEPHONE: (202) 453-2347 TELEX: 497-9843 NASA WSH l,l
SECTION 2.0 SHUTTLE PAYLOAD FLIGHT ASSIGNMENTS (FOR PLANNING PURPOSES ONLY) 2.0
*ek SHUTTLE PAYLOAD FLIGHT ASSIGNMENTS *** AUGUST 1988 Se ee eT fee ee ae ee fo we me wre eee mere me Te tated ee Pe me me ee ee we ew ee ae a ee ee ee ee + FLT | DATE. JINCL| | PAYLOAD CARRIER OTHER CREW ASSIGNMENT | ORBITER | ALT| | PAYLOADS* | ae ee ww fe we ewww ee afew mete wefan ow oe ee ee a ee ee re en mem Powe mm mm me off we ne ae et er me re eee en ne ae Pe Oe ee em ee ww ee + | 26 | 88 SEPT 128.5] 5 |TORS-C 1US JADSE-2 C:F. H. HAUCK {CAPT., USN) | DISCOVERY | 160 PVTOS-2 | P:R. 0. COVEY (LT. COL., USAF) IRCFE MS:J. M. LOUNGE (M.S-ASTROPHYSICS) SE-82-04 | MS:G. D. NELSON (PH.D.-ASTRONOMY) PCG-II-I-1| MS:DAVID C. HILMERS (MAJ., USMC) IEF-2 HME-1 | ARC-2 MLE-1 ELRAD | : | SE-82-05 +----- $e eee ene ee ee fa we fe ew oe ee wn ee en ee ee ee Heme ew ee Qa meen mew an een ee ee ww ee ee ew ee nn ne ne + 27 | 88 11 17 | Xx) 5 [00D UNIQUE | C:R. L. GIBSON (CDR., USN) ATLANTIS | X | X - P:GUY S. GARDNER (LT COL, USAF) ob Osts $ MS:R. M. MULLANE (COL., USAF} MS:JERRY L. ROSS (LT. COL, USAF) | MS:W. M. SHEPHERD (CDR., USN) | tone be ee he oe pe ew ew oe ee ee oe wn re ew ee een span ow ee ee fe oe re er er ewe re ee mewn nnn + 29 | 89 218 128.5] 5 |TORS-D TUS SHARE C:CAPT. M. L. COATS (CAPT., USN) DISCOVERY | 160] 5 SE-83-09 | P:JOHN E. BLAHA (COL., USAF) PCG-III-1 | MS:JAMES F. BUCHLI (COL., USMC) PM-1 MS:R, C. SPRINGER (COL., USMC) CHROMEX | MS:JAMES P. BAGIAN (M.O.) | IMAX | SE-82-08 | | SSBUV-1 $—- wee = 5 Sf ee we fhe eae fae ee re eee mee mw ere wee em ee pe we wo on ee ee se ee ae ee ea ne ae me ee ee ae ee ee a me me ee mo + * SECONDARY PAYLOAUS ARE SHOWN ONLY FOR FLIGHTS ON WHICH THEY ARE FORMALLY ASSIGNED. 2.l
ae err FLT | DATE INCL |CRW onBiTER | ALT|DUR| 301 Ba 4 28 28. 91 5 ATLANTIS | 160] 4 + | 28 | 89 7 1] XX| 5 COLUMBIA X } X | 34 } 89 10 12 134.3] 5 | [ATLANTIS | 160 4 Pe rent. Sr +--- 32 } 99 11 13 | 5] 5 5 pa eo fan wn ne eo ee ten oo tenn | 36 | 99 12 I 1 xx | X | |DISCOVERY | X | X tenn tanner mme Sede teat #ik SHUTTLE PAYLOAD FLIGHT ASSIGNMENTS *** AUGUST 1988 pe ee en wwe nn nn nn ene nn ne nnne pomennennn= pee mn enn nn ee ween nn en nee nn nnconeen= + PAYLOAD CARRIER | OTHER CREW ASSIGNMENT PAYLOADS - eo er oe a ee een ae ms ae me ee me ae dpa en en eta n en nn nn nn nnn nnn emcees cn seossesnnt IMAGELLAN IUS C:DAVID M. WALKER (CAPT., USN) P:RONALD J. GRABE (COL., USAF) MS:NORMAN E. THAGARD (M.D.) - MS:MARY L. CLEAVE (PH.D.) MS:MARK C. LEE (MAd., USAF) | a ne meee ww we He ee en ee enema ee dpe ne new pan en nn nn nen nnn nn een sr essere rent p00 UNIQUE C:BREWSTER H. SHAW (COL., USAF) P:R. N. RICHARDS (CDR., USN) Mgrvm MS:DAVID C. LEESTMA (CDR., USN) | MS:J. C. ADAMSON (LT. COL., USA) | MS:MARK N. BROHN (MAJ. USAF) fan ee en nnn nn nn en nn en ener = fone nnn--n- an en nn ee en nn en nn nnn eee nne + pop UNIQUE : dpe ee wee enn nn nn nnn ee nn eee ne Fa pane een nnn nn nn nen en ene nner sae + [sat tte0 1US-2 STA | | pan ee ea a ew ee ee em 0 ee. he ee oe a oe ee er eR ee mmm em + SYNCOM IV-5 UNIQUE LDEF-1R UNIQUE eee nn nn nnn nn nn ne nnn ee penne nnn ee dp ee en nn ee en ee en ener nnn nee e renee + poo UNIQUE fa ne nn nn nn wn nn nn ne nee fawn annnnn-- dpe ea we en nn nn nn ene nn enna nen + 2.2
wie SHUTTLE PAYLOAD FLIGHT ASSIGNMENTS *** AUGUST 1988 tnn— = paw ww wee wee ww wo ew ee fee wa he we we a a ee See oe FLT | DATE TcRH| PAYLOAD CARRIER OTHER | ORBITER | ALT| DUR PAYLOADS +-20-- Se do we ww www en ee ew ween we ee ee wee fae ee ee me ee 31 | 90 2 1 128. 5| 5 |HST UNIQUE ATLANTIS | 320! 5 to 330 | Hu on ne few e nnn ne fon nate np -  ee ee e -  e -  ee pene wrnnene | 35 | 90 3 1 |28.5| 7 JASTRO-1 1G+2 PAL | COLUMBIA | 190] 9 |BBXRT TAPS 2 or 5 fe es fe ee fae ee oe we ww ww ow eee ee ee ee eee See rr 37 | 90 4 5 [28.5] 5 [GRO UNIQUE DISCOVERY | 243] 4 eo M ewe ewe me ee we fw we fe ew ee we wn ww we mw ee we mew $e ew ww we ewe 38. | 90 5 10 | xx | x [DOD UNIQUE ATLANTIS [x X | a ee ee fee re we we ew fee we fo we fe oe He ee ow we ew er ee ee ew ne eee Soe 40 1 90 6 | 0! 7 jsus-1 LM 129} 8 | ae ee ee ee ee ee ew ef ow fo ea fe ee ee ww we we we ewe eee ww we ene fo ween new 39 | 90 7 19 155. O| 7 |CIRRIS (DCD) PALLET DISCOVERY | 140] 7 |IBSS (DCD) SPAS TEAL RUBY (DOD) UNIQU: 2 oe 5 ee er we ee pe ee fe ee rw ew ew ee ee wwe em me ww we ewe 6 ee 41 | 90 9 10 133.4] 7 TSTARLAB (DOD) LM+1 PAL | ~ {COLUMBIA 175| 7 a a ae Hatt wwe oo oe nn ne ee ee ew oe ee ne we fe ee ee 42 \ 90 10 5 128. 5 ULYSSES IUS /PAM | ATLANTIS | 160 a a. eee yal wee we en en eo nw ee eo ee to ee eee 2.3 +——-+ + + +-—— + + + + ——— + me a CSO S SEE aS ww SE wT ESS ee + CREW ASSIGNMENT we re ew ee ee ee re ew ee ee ween wn ee euen +
*ek SHUTTLE PAYLOAD FLIGHT ASSIGNMENTS *** AUGUST 1988 a Fa aS eS $-o------- + | DATE | INCL|CRW| PAYLOAD CARRIER OTHER ALT|DUR| : PAYLOADS ae nS a a foennnnnnn- + 43.) 90 11 8 [28.5] 5 ITORS-E 1US piscaverY | 160 fean--- $--------~- Pe eS ee ae feonne n-ne + | 44 | 90 12 20 |57.0 IG+2 PAL | icouumara | 135] 9 di : iS a ee rr fae nnen ane + a5) 91 1 31 (28.5) 7 |TSS-1 MPESS+PAL | ATLANTIS | 160| 7 |GPS-1 PAM-D2 +----- $annnnane-e a aS a a ree $onnennnnee + a6 | 91 2 28 | xx | x [000 UNIQUE | piscovery | x | Xx t--~-- 5 Hae ae ae ee fw we we we wm ee ee er ee ee mn 5 eo + 47 | 91 411 [28.5] 7 [IML-1 LM | COLUMBIA | 160| 9 | t- ann ne Se oe ta wap me ew ew me me wee omen enna a= 5 er + a8 | 91 5 2 |28.5| 5 |MANDII UNIQUE ATLANTIS | 160| 7 |GPS-2 PAM-D2 JEURECA-1L EURECA~A ta wee 5 eee + wm eo $e oo fan on wo wo we en we ee om ee ee ee oe owe we ee eee + | 49 | 91 7 11 [44.0 -J LM | | | _[couumata | 160] ; | a ee a Ss Sense $---------- + 60. | 91 8 15 128.8] |SPACEHAB-1 UNIQUE ATLANTIS | 160| 7 |LAGEOS-2 IRIS [INwARSAT-1 PAM-D2 fereen $---------- $o---+---$--- eee pane nn ne nnn + 2.4 ee ee herr rere fo en peers + CREW ASSIGNMENT
See to ww ewww en Ss te a fae wee ww ee we ww we me ewe ee meme FLT | ~ OATE INCL] CRW] PAYLOAD: CARRIER | ORBITER | ALT {ouR| +—--ene See eee ee fe ee fa ee we De we me ore eee ene 51 | 91 9 26 [57. o| i UNIQUE DISCOVERY 291 Sos er awe ee fue oe fae ww ww wo ww er er en we ne er eer 52 | 91 12 2 144.0 Is/L- D2 LM + USS 160 5 See pe wee fe ee fe we we ewe wwe ewe ee ewes ewer aw 53 ) 91 12 23 |28.5 7 ASTRO-2 IG+2 PAL |prscoveRY | EURECA-1R EURECA-A dpe ee ee pe on wwe rw ew ea fo we Fan en oe ee en on on en ne ee ce cee= 54 192227 157. ol 7 | PAL+MPESS 0V105 160 ee oe Pee wee he ee fe ee ew mw ww ew wee oe ee ee ew remem 55 192 330 128.5] 7 jusML-1 LM+MPESS COLUMBIA 160] *| fe we we fe wow ee ww we ew we tae wot we ew ee er eee ce ee ee Sr ream 56 | 92 4 23 128. 5] 5 |SHEAL-2 UNIQUE+SP ATLANTIS | 160 GEOSTAR-1 PAM-D2 JORFEUS SPAS Ss ee Tog st owe pan we ew we ww ee ew me we Neen ee we woe 57 j 92 5 14 es TACTS TOS [DISCOVERY 160| 7 |USMP-1 MSL4MPESS Sete ee ee oe tnt eee ewe mee ee ee em ewer mw eee ee 58 192 611 128.5 ATi.AS-2 IG+PAL 0V105 160 SATCOM PAM-D2 $e ow we fw ee we we ewe y toot ow enw ow ee ww we ee ee ew ww oe ewes | 59 ) 92 7 2 142.0] 7 |SLS-2 LM | 129| 9* qo wn we fan ew ee ewer fp ww ee fe owe pw ow www wn ee oe ew en ee eee * *ek SHUTTLE PAYLOAD FLIGHT ASSIGNMENTS *** AUGUST 1988 PLANS TO EXTEND BEYOND 9 DAYS 2.5 te owe neoe= + OTHER PAYLOADS eT te + towne ene ---- + fo eneweeeo= + ewe eee +. | ta ew newer ooe + He ww reer ern + te we ee ee enn + pa wn ee eee + | te ww ew ee enn + $- wn ew ee ee +
ee SHUTTLE PAYLOAD FLIGHT ASSIGNMENTS *** AUGUST 1988 OTHER PAYLOADS 2 om Gb OS aD oe Oe OP oe on tan we me fa eee ee ee afew fo ee fa ne wwe nee we ow wee ow ee ee ew en ow ta ewee ocean a DATE [i CRW] PAYLOAD CARRIER ORBITER | ALT|DUR| ponnne tin ee an ne mn apa nan pa a pan ee nn ne ne ee + 60 | 92 7 30 5 |ISFel UNIQUE [ATLANTIS 160| 5 ta 2 ew fan ee ee en of ne the mathe ww a ee ow rn nn oe ew ewe + | 61 | 92. 8 20 | xX | X [DOD UNIQUE | | X X a ee San $- 2-4-2222 ee ee + 62 | 92 9171 xx | X [DOD UNIQUE ovies |x | x fu nnee $a wanna nee ON ee eee + 63 | 9210 8 |28.5| 7 |IML-2 LM [covumBra | 160] 9* $m anne panne ene $----+---4--- ee + 64 | 92 10 29 |28.8] 5 |SPACEHAB-2 UNIQUE 160] 7 |GEOSTAR-2 PAM-D2 panne $- 222 -- nee 4-0---$- 22 feo ee + | 65 | 9211 19 |28.5| 5 jrars- -F IUS | DISCOVERY | 160] 5 t----- ta wenn nn ene te a pan ea fan nw ee mee ee ee ee ne ne ew ne + 66 | 9212171 xx | X [DOD UNIQUE | “ovios | x 1x ponnn- $a monn nn nee Pe +ao------- ee + 67 193 114 ATLAS-3 IGePAL | |coLuMBrA 180] 9* leRtsTa SPAS tae ae me fee ee ee ee epee tea oo $e ee ee + 68 | 93 2 11 |28.5] § lISF22 UNIQUE laTLantts | 160) § a +----+---+$--~ 2-22 eee + * PLANS TO EXTEND BEYOND 9 DAYS 2.6 + + + + + + + + +
«ek SHUTTLE PAYLOAD FLIGHT ASSIGNMENTS *** new eee me eeewewnfacen a ee | FLT | DATE. | INCL PAYLOAD onBITER | ALT|DUR| fe ee we fe ew we wee oe fae we fae ee ha re 69 | 93.318 167.0] 7 |SRL-2 DISCOVERY | 160] 7 as te dd foe wa fe we fae ewww ee reer een 70 | 93 4 8 [2,5] 5 |EURECA-2L | ovios | 160 USMP-2 fa ween pe cee en eet ene yl a2 ee ~~ = 711935 13 | XX | X [DOD lantanrts | x |X pu ewe tenn ee nee ne ae Se 72 | 93. 6 17 [28.5] 5 |SFU-RETR. lorscovery | 160 Se, ee ne te span ww ae wee a ee we ee eee 331937 15 128.5] 7 |USML-2 | 160| 9* ae ae Sy Se | 74 28.5] 5 |SPACEHAB-3 | ovlos | 160) 7 [AAFE fa oa we fn ee eo fe we fe we fe ee er ee errs 5193/9 9 | 5 | INNARSAT-2 160| 7 [eP-B1 ae ae ee * PLANS TO EXTEND BEYOND 9 DAYS AUGUST 1988 eee wwe ne eee eo meee nw ow — + CARRIER OTHER PAYLOADS we wma ewww we we poe weer ewe + PALIMPESS| | ~-----2------- fonn-------+ EURECA-A MSL+MPESS awww ewe ee mee $- wenn wn ene t UNIQUE o------------- pawn nee ent UNIQUE PAM-D2 woe eee e ee fone eee t LM+MPESS | ewer eee en neem 5 ee UNIQUE 2 PALLETS! we eww oe ee oe fee ew eee = + PAM-D2 PALLET wo ee wen ee em | 2./
SECTION 3.0 ELV PAYLOAD FLIGHT ASSIGNMENTS (FOR PLANNING PURPOSES ONLY) 3.6
*e* ELV PAYLOAD FLIGHT ASSIGNMENTS *** AUG 1988 MANIFEST | DATE. | CLASS. TLAUNCH VEAICLE |PAYLOAD] LAUNCH | PAYLOAD j YR MO | TYPE INCL | ORBIT | SITE | 88.09% | MEDIUM [ATLAS 636 ~~S*~S*«~«:SRT | SS | SMC | NOAH i | 8905 | MEDIUM | DELIA ea ~~«&Y SG. |]. SS | WMC. | COBESOSC~S~S~*S i | 8908 | MEDIUM | ATLAS SOE ~~*«(«<98.7’' | SS] WSMC. | NOMAD i | 89 09" | INTERMEDIATE | ATLAS CENTAUR 68 |28.5 | GSO | ESMC | FLTSATCOMFa | | 9002 | MEDIUM ~| DELIA. ~~S*~C*S*~S*S«~TCY CLE | ESM | ROSATO i | 9002 | SMALL | scout s2iec~~*(90.0 | LEO | WMC | TRANSIT.27 i | "90 06 | INTERMEDIATE | ATLAS CENTAUR [18-0] GTO | ESMC | CRESS i [90 07 | anrenveoraTe | ATLAS cevTauR ‘28.51 630 | eSNG | OES@1 Oo i | 9008 |smu | Scour s-zioc.~~*+490.0 | LEO | WSMC. | TRANSIT-28 i | 9009 | MEDIUM PATIAS 34 «(98.7 ] SS | WSWC | NOAALI OO i | 9105 | LARGE oo | TITAN IV TUS [2805] £0 | ESMC | PLANETARY ALT. | | 9106 | smu {we (TBD) LEO | TBD | SMALL EXPL-ol™* | | 9108 | MEDIUM | DELIA. ~~~~«aaesS | LEO | ESM. OP EUVESSCSC~C~S i te we mewn wwe ne Oe ee ee a ec ae ee a ee Oe Me Ce ow ne ee thee we ee ee re re eee + * Not Before This Date ** For NASA Planning Purposes 3.1
wee ELV PAYLOAD FLIGHT ASSIGNMENTS *** AUG 1988 MANIFEST ae Hoenn nn ee encore op a eo i ee re en re ee en men eee ee meen to cn mene en anes anmnne + DATE | CLASS LAUNCH VEHICLE {PAYLOAD LAUNCH | PAYLOAD YR MO | TYPE INCL | ORBIT | SITE penne ne en nn fennel tan een en nn nw en ne nn nn nnn nnn mene ne nn note manne ncn en ceca sen= + | 91.09 | SMALL | TBD \TBD «=| LEO | TBD SMALL EXPL-O2** = | paneer eee hee re ee ee ee ee fn we ee oe ee ee ee ee meee een ae ee me we me nn tenn ee mam am em mmm + | 91 10 | SMALL H SCOUT S-215C \TaD «6|)~=6C LEO | SMR i CRRES | Se ne a en fw ee a nn en a en ee nn oe ne ee ne nemo neem en fen ae ae ee em + | 9111 | INTERMEDIATE | ATLAS CENTAUR |28.5 | GSO | ESMC | GOES-J | +e nen enna e ope ee ee a a ee fam ee ee er ee em ee meen ee eee nae mewn oon me +a mem on ence en meme we + | 91 12 | MEDIUM H ATLAS 11E [98.7 | SS | WSMC | NOAA-J | tm we en een ne fone nn eee +e pn oa a a rn ee ee ee een ew em en neem eeen Pn ee ea ee eee ew nn ne + | 9201 | SMALL | TBD |TBD | LEO | TBD | SMALL EXPL-03** = | ha nn een ee eee ee a i en fn ee ee em ee en ee ee en emer uenn eens pa wn ww ee en ee ene + | 92 05 | INTERMEDIATE {| ATLAS CENTAUR {28.5 | GSO | ESMC | GOES-K | ee re : tf ee re eee eae eae eh a ne en a a a eat ms Oe oe oo ee om ome Lon an we fe ee am ee em Ow Om mam om me emo me me me + | 9206 | SMALL | TBD |78D «| ~«=6LEG | «TBD i SMALL EXPL-04** — | toe awn ener ane meee tae mw em ee en em een fe cee eo i a ee ae we ee ee ee ee ee an ee mt a a ee a me ne + | 92 07 | MEDIUM | TBD (28.7 | HE | ESMC | GEOTAIL | fae a ee ee ee eee fe em ee ee fe a ec ae ee ae et eae a ee a a OO Ow Oe ae me HN as em aan an ae mom om ae am me fn am an an eae am em awe ae om om am mem me om me me + | 92.09% | INTERMEDIATE | TITAN III \28.5 | £0 | ESMC i MARS OBSERVER | ta ee ee ee men af oe ane com ets a ean cm cnn ore ce ee ce cee can ms a an a Om oe On we 8 ee me EO Oe aS EO OE a ne OO wm OD RCD aD OND owe em Nom amy mm fp am 0 om om we 0 an nn ne an oe wm oe ae on oe + | 92 12 | MEDIUM H TBO 128.7 | HE | ESMC ! WIND | tan ea ee ee ene fe a ee a ee we wef we ee ee en a ce ean a a ne ee ce ee ee a ee me am ome ns nme Pa ww om een mee ene mae mem Om OS Om nO + | 9301 | SMALL | TBD |TBD «6|)~=6LEO | «TBO i SMALL EXPL-O5** = | hae ee ee ee ee ene Se Pe we ee ce ae a es ne a ne a me ee a et ce NN a Noe mn nn om om om ae em aes mm eam ae ele ae mm wm cen rm ae me + | 9303 | MEDIUM** | TBD** |28.7 | GSO | ESMC i MSAT** | $a enw ne ene fan en ene ee nee ope a a ee ee ee en ne ee ne wn ne eee ee ennn ha ne ee ee en nn ee nn + | 9304 | MEDIUM | TITAN I1** [98.7 | SS | WSMC | NOAA-K | Fm ma ee ee be oe we ee ee a ee tf ae mm ee wae a eae ie Oe en eee me aD om Sn am ND Ome oe me oe a en om pe em wm ee mene mm enn + | 9306 | MEDIUM | TBD {90.0 | HE | WSMC | POLAR | eter! Sr fem ie ee RR RE RR RR fe we re en me meme + * Not Before This Date ** For NASA Planning Purposes 3.2
wee ELV PAYLOAD FLIGHT ASSIGNMENTS *** AUG 1988 MANIFEST coe ee ee pre re ee ee ee a ee en er et rr te re en ern ere dha we en we en nn ee ee et DATE CLASS i LAUNCH VEHICLE [PAYLOAD] LAUNCH PAYLOAD YR MO | TYPE INCL | ORBIT SITE we eee ene epee nn eo on ne fnew nn een nn ne ene ne nn rn ren nnn ce rote csc rnccnc cc se rent | 93 06 H SMALL | TBD {TaD | LEO | TBD | SMALL EXPL-06** | fawn nn nnn eee pow wenn nn === pee ee nn eo en nn nn en nn en ee nn nn nn nr ere dpe wn nw nee ne ee een + ** For NASA Planning Purposes 3.3
kek PREVIOUS SHUTTLE FLIGHTS *** a doen eee ene pew me pe ah ee nn en ee ee en ee nn nn ne ne nn te en nn nn etter n nn cn enn en nn nner nn renner ers cc cont | FLT DATE INCLICRW} PAYLOAD CARRIER SECONDARY CREW ASSIGNMENT ORBITER | ALT YOURT PAYLOADS fonene dpa eww re een note ea ta nn nw ee nn oo ee ne en ee ne eee ee $on-------- fee nn ee nn ene nn nn oe ee nee + | 1 81 4 12 140. 3] DFI PLT |OEX C: JOHN W. YOUNG (USN, RET.) ICOLUNBIA 72 | P: ROBERT L. CRIPPEN (CAPT, USN) wewvcetawwm we ww we ef we we pe we fee ee ww em ee SOE www URE wean fe we we we ee few oe ww ew ww oe ee ee we ew een we ewww nee nt | 2 1 81 ll 2 | ;2 | l PALLET OEX C: JOE H. ENGLE (COL., USAF) | HCOLUMBIA [140 ae DFI PLT |IECM Ps RICHARD H. TRULY (CAPT., a aS a a a erent ee eee fone e------ Spawn wn ence en nn nn no we een ween ee =~ 3 | 82. 3 22 /30. O1 2 loss. 1 PALLET  |IECM C: JACK R. LOUSMA (COL., USMC) COLUMBIA 1130 | 8 |DFI DFI PLT |OEX Ps C. G. FULLERTON (COL., USAF) SSIP(1) GAS TEST MLR EEVT a ne Sa PS et $------- pew ew we ee nen ne on een ee wn ne ee e+ 4 if 82 6 27. 128. 5; 2 1D0D 82-1 : OEX C: T. K. MATTINGLY (CAPT., USN) | COLUMBIA {162 | 7 |DF! ’ DFI PLT |IECM P;: oH. W. HARTSFIELD (USAF, RET.) MLR CFES NOSL SSIP(2) GAS (1) eS a: ee a Tree fawn eee spare win ee we ee en en on ne ne ne ee ee + 5 1 82 ll il 128. 5] 4 1ses- C PAM-D GLOW s VANCE D. BRAND (CIVILIAN) COLUMBIA - |160 | 5 |TELESAT-E PAM-D SSIP(3) ¢  R. F. OVERMYER (COL., USMC) of GAS (1) MS: JOSEPH ALLEN (PH.0.-PHYSICS) | . MS: W. B. LENOIR (PH.D.-SCIENCE) +-snen $e enee ne --- paw ape nape no eo ne ee on oe oe ee eee fonnn--- === fee n ene en nn ee ne wn ee ee een + 4.1
*kk PREVIOUS SHUTTLE FLIGHTS *** See Te ete pw ewe we fae en a a er eer eran Ha ww we ee eee hen ea ew we we ee ew en eer + | FLT | DATE INCLI | PAYLOAD CARRIER SECONDARY CREW ASSIGNMENT ORBITER | ALT YDURT PAYLOADS | oe oe fe ee ee ww we fe ete ee ton eo Hp a we ww we we wr eee nr nnn + 1 81 4 2 | \DFI DFI PLT |OEX C: JOHN W. YOUNG (USN, RET.) ICOLUMBIA [172 Ps: ROBERT L. CRIPPEN (CAPT, USN) | Oe ee Te a yen ew ce ww we we ew ne ee weer ewer ene to wn ween wee pe ee ww oe re ww ee em ee mn rn 2 | 81 11 12 138. 0 ; l ‘ PALLET OEX C; JOE H. ENGLE (COL., USAF) | ICOLUMBIA 1140 ale DFI PLT j|IECM Ps: RICHARD H. TRULY (CAPT., USN) Oe ae stated tha ma fa ow ee ew we ee ere ee ew eee eer to wn ee ee = pee ne ee er ww ee nw wn en ee errr 3 | 82. 3 22 130. 0; 2 loss. 1 PALLET  |IECM C: JACK R. LOUSMA (COL., USMC) COLUMBIA |130 | 8 I|DFI DFI PLT |OEX P: C. G. FULLERTON (COL., USAF) SSIP(1) GAS TEST | | EEVT te---- $n ew ww ee we ete=-- Ss ee 2 ee ee $e ne ee oe = fa ee we re ew we a ww en ee ren + 4 f 82 6 27° 128. 5 2 {pop 82-1 ; OEX C: . K. MATTINGLY (CAPT., USN) COLUMBIA {162 | DF! ‘ DFI PLT |IECM P: oH. W. HARTSFIELD (USAF, RET.) MLR CFES NOSL SSIP(2) | GAS (1) ta ww wn ta meee n nce tenr== a ean nn ee nw en re ren ne ee eeen 5 ee hw we er ew we re ee ee ee rr + 5 182 11 i 128. 5| 4 |SBS-C PAM-D GLOW : VANCE D. BRAND (CIVILIAN) COLUMBIA |160 | 5 |TELESAT-E PAM-D SSIP(3) Ps: R. F. OVERMYER (COL., USMC) doo GAS (1) MS: JOSEPH ALLEN (PH.0.-PHYSICS) | oa MS: W. B. LENOIR (PH.D. “SCIENCE) | te<---- teonewncee= paw wwf we fu oe oe wn wn oe oe er re ee ee weer ern eee rte tp a ee ee rn 4.i
*** PREVIOUS SHUTTLE FLIGHTS *** P. J. WEITZ (CAPT, USN, RET. YI} KAROL J. BOBKO (COL., USAF) D. PETERSON (COL, USAF, RET) F. STOREY MUSGRAVE (M.D. ) ROBERT L. CRIPPEN (CAPT, USN) | F. H. HAUCK (CAPT., USN) JOHN M. FABIAN (COL., USAF) SALLY K. RIDE (PH.D.-PHYSICS) NORMAN E. THAGARD (M.D.) RICHARD H. TRULY (CAPT., USN) B. C. BRANDENSTEIN (CDR, USN) D. A. GARDNER (LT. COR., USN) G. S$. BLUFORD (MAJ., USAF) WILLIAM E. THORNTON (M.D.) = | > Um awe OP OD GD FR OD ae Ge ae OH Om OD OF OD Ge ae oe Om DD EE ER we oe os ne + JOHN W. YOUNG (USN, RET.) BREWSTER H. SHAW (MAJ. , OWEN K. GARRIOTT (PHD) ROBERT A. PARKER (PH.D. ULF MERBOLD, ESA (PHYSICIST) B. K. LICHTENBERG, MIT (PH. 0) USAF) anne ta--------- thm re tha catha an nn nn nn en pn ee nn eo tt nn een ee  e  e FLT DATE TINCLICRW] PAYLOAD CARRIER ORBITER | ALT YOUR PAYLOADS ta mn ante nw qn nn than en han ohn ne nn nn ow ow en on oo ne ne ee fe ee i iedeiatatetnletetetetetetatetetetatetatetatte ete ee 6 1 83 "4 4 128. 5] 4 TTORS- A IUS /2 ICFES C: CHALLENGER} 150 | 5 MLR ,NOSL Ps GAS (3) MS: MS: Oe ee, a a re ha wm we meen ape mee 7 83 6 18 |28.5| 5 |SPAS-01 — CFES Cs CHALLENGER|160 | 6 |OSTA-2 MPESS MLR Ps TELESAT-F PAM-D GAS(7) MS: PALAPA-B1 PAM-D MS: MS: t—--—- $—-----+ ne than am a the ape ee ne na ee ne en en tee nnn enn +-.--~ 8 83 2 30 | 28. 6] 5 1PDRS/PFTA CFES C3 CHALLENGER] 160 | 6 {OIM ; RME Ps INSAT 1-B PAM-D GAS (4) MS: SSIP(1) MS: MS: tan ne +---------- hae mapa an pan ee ne ne ne ee ee +----+-+-..- fone 9 83 11 28 157. O} 6 1SPACELAB 1 ihM+1P C3 COLUMBIA {135 /|10 P3 MS: MS: PS: PS: +----- $a am een tam nee ea fae oe ee +--+ -- ne tha a ne a oe en en nn ns 4.2
**k PREVIOUS SHUTTLE FLIGHTS *** ta oa pe ew ee we eee mate ewe we eee ee ee mew we ee ee ee ene to ween meen ea + FLT | DATE Tinct| 1 PAYLOAD CARRIER SECONDARY CREW ASSIGNMENT ORBITER | ALT JOURT PAYLOADS she ee ee ee er ee fe wee of we ew re ee ee ee er re ee ee ee ee ae hee ee ee we ee ee ee tw ew ee ee ee + | 10 84 2 3 128. sI 5 ISPAS- O1A ACES, IEF C: VANCE D. BRAND (CIVILIAN) 41-B /CHALLENGER| 165 | 8 |PALAPA B-2 PAM-D C-360c+b > R. L. GIBSON (LT. CDR., USN) WESTAR-6 PAM-D RME ,MLR MS: BRUCE MCCANDLESS (CDR., USN) GAS (5) MS: ROBERT L. STEWART (MAJ., USA) SSIP(1) MS: RONALD E. MCNAIR (PH.D.) IRT ee ne Sb mee eb ee fee we ee ee ee re ee we ew we ee we re te ween ne eee bow on or or wer we we ee ee we ww we ee ee ew ee | ll 84 4 6 ;28.5| 5 |LDEF-1 RME , IMAX C: ROBERT L. CRIPPEN (CAPT, USN) | 41-C | CHALLENGER; 250 | 7 {SMM REPAIR FSS C-360b P; FRANCIS R. SCOBEE (USAF, RET) SSIP(1) | MS: GEORGE D. NELSON (PH.D.) MSs TERRY J. HART (M.S.-ELEC ENG) MS: JAMES D. VAN HOFTEN (PH.D.) re to owen ew wee Abe fae wah wn ew ee ee ee ee ee re en ee ewe $— wee fan wee re we ww ww wr ww ww ww ow ee ee eee + 12 84 8 30 |28.5!| 6 |OAST-1 _ MPESS CFES III C: H. W. HARTSFIELD (USAF, RET.) | 41-DiDISCOVERY {160 | 6 |SBS-D , PAM-D IMAX Ps M. L. COATS (LT. COR., USN) | TELSTAR 3-C PAM-D RME MS: R. A. MULLANE (MAJ., USAF) SYNCOM IV-2 . SSIP(1) | MS: STEVEN A, HAWLEY (PH.D.) | CLOUDS MS: JUDITH A. RESNIK (PH.O.) . PS: C. WALKER (MCDONNELL DOUGLAS) | re pe ww ween www ee we fe fe ee ee ee ee re re ee ee ee ee foe dew cre an a 00 em a em we ee ee wee we one ea en ee Oe ee 13 84 10 5 {57.01 7 OSTA-3 PALLET IMAX C3 41-G|CHALLENGER|190 | 8 |ERBS RME P; JON A. MCBRIDE (COR. , USN) LFC/ORS MPESS —_ |GAS(8) MS: KATHRYN D. SULLIVAN (PH.D. ) TLO MSs SALLY K. RIDE (PH.D.-PHYSICS) APE MS: D.C. LEESTMA (LT. CDR., USN) CANEX PS: MARC GARNEAU (NRCC, CANADA) PS: P. SCULLY-POWER (NAVY CIVIL. )| te we ta em we emo m pew cepa mote nw wn oe ew ee ew we eee oe Pe we ee i ee eee et ee 4.3
eke PREVIOUS SHUTTLE FLIGHTS *** + FLT | DATE Tine. cru PAYLOAD CARRIER SECONDARY] ORBITER | ALT 1OURT PAYLOADS dpe en een ee rn ne tbe cathe etn nn nn er en er mR se ee oe ee em of ee ee ew ee et wm mmm men + 14 | 84 11 8 128. 5] § 1us-376 RETV(2) 2 PALLET |DMOS 51-AIDISCOVERY |160 | 8 |TELESAT-H PAM-D RME SYNCOM IV-1 F. H. HAUCK (CAPT., USN) DAVID M. WALKER (CDR., USN) ANNA L. FISHER (M.0.) | D. A. GARDNER (LT. CDR., USN) JOSEPH P. ALLEN (PH.D.) Sets w Fa ew ew een at ert a ao om me pee ne een nen nee nnn ene <n a a on can + > on oe a HD a eh a ED of. ee ee oe an ane ow as ie ae an eae ah me in RO A Om Om me a mem EH mE POR OE me ON OM 15 | 85 1 24 51-C |DISCOVERY an ow ae ow ee ce ae ee 16 85 412 {28.5} 7 |TELESAT- -I PAM-D CFES II! 51-DIDISCOVERY |250 | 5 | SYNCOM IV-3 AFE PPE/SAS | SSIP(2) + GAS (2) 17 51-B eee he 85 4 29 157. 0| 7 1SPACELAB 3 LM+MPESS |GAS(2) CHALLENGER|190 | 7 + + 4.4 T. K. MATTINGLY (CAPT., USN) | L. J. SHRIVER (LT. COL, USAF) J. F. BUCHLI (LT. COL., USMC) S. ONIZUKA (MAd., USAF) BARY E. PAYTON (MAJ., USAF) | KAROL J. BOBKO (COL., USAF) DONALD E. WILLTAMS (COR, USN) M. RHEA SEDDON (M.0.) JEFFREY A. HOFFMAN (PH.D.) S. DAVID GRIGGS (CAPT., USNR) C. WALKER (MCCONNELL DOUGLAS) E. JAKE GARN (U.S. SENATE) R. F. OVERMYER (COL., USMC) F. D. GREGORY (LT. COL, USAF) DON L. LIND (PH.O.) NORMAN E. THAGARD (M.D.) WILLIAM E. THORNTON (M.D.) L. VAN DEN BERG (EG&G CORP.) T. WANG (JET PROPULSION LAB. )|
*ek PREVIOUS SHUTTLE FLIGHTS *** FLT | DATE TINCL TcRWI PAYLOAD ORBITER | ALT|DUR ee eee Pe an rr te 18 85 6 17 |28.5| 7 |SPARTAN-1 51-GIDISCOVERY {190 | 7 |MORELOS-A ARABSAT-1B TELSTAR 3-D a we fe we wen eee few we fone $e ww ee wee ee ee ee = 19 1 8 7 29 150. ol 7 |SPACELAB 2 51-F |CHALLENGER| 207 | 7 20 85 8 27 51-1 |DISCOVERY 128. 5| 5 |AUSSAT-1 90 | 8 jASC-1 SYNCOM IV-4 =n + a1 | 8810 31 Xx S1-J|ATLANTIS | X |X, wwe ew awe ewe wet 4.5 as ee ww wwe eae ae ita ee en ee ee OP Ow oe oe OF oe ee Oe ee CARRIER | SECONDARY CREW ASSIGNMENT PAYLOADS See ween eee ee de ee we epee nw we rw ee en ee ee reer errr nt MPESS ‘| FEE C: 0. BRANDENSTEIN (CAPT., USN) PAM-D —«[FPE p: J. 0. CREIGHTON (COR., USN) PAM-D —‘|ADSF MS: SHANNON W. LUCID (PH.D.) PAM-D _|HPTE MS: S. R. NAGEL (LT. COL., USAF) GAS (6) MS: JOHN M. FABIAN (COL., USAF) PS: SULTAN S. AL-SAUD (ARABSAT) PS: PATRICK BAUDRY (FRANCE) — www ne wee me dew we ee we we pon nn on ne en ee ee en nr ne eres at 1G+3P | SAREX C: C. G. FULLERTON (COL., USAF) STTP P: ROY D. BRIDGES (COL., USAF) CBDE MS: F, STORY MUSGRAVE (M.D.) MS: ANTHONY W. ENGLAND (PH.D.) MS: KARL G. HENIZE (PH.D.) PS: LOREN W. ACTON (LOCKHEED) PS: J-D. BARTOE (NAVY CIVILIAN) wr ae ee ae On om ee me a re eee dpe a ee fe en ee ee ne nn en ne ern nner rrr rt PAM-D _—- | PVTOS C: JOE H. ENGLE (COL., USAF) | paM-p —s«ISYNCOM- ~=«| Pz—=sOR. «OO. COVEY (LT. COL., USAF) SALVAGE | MS: JAMES VAN HOFTEN (PH...) MS: JOHN M. LOUNGE (M.S. ) MS: WILLIAM F. FISHER (M.D.) aww me ewww encores dpa oe en en en ee re eet rrr ;  KAROL BOBKO (COL., USAF) P:R. J. GRABE (LT. COL., USAF) MS: ROBERT STEWART (COL., USA) MS: DAVID HILMERS (MAJ., USMC) PS: WILLIAM A. PALES (MAJ., USAF) | foe nw ee wwe dhe ei we ee a ee
*ee PREVIOUS SHUTTLE FLIGHTS *** teannne fen a a ape wn hn apn en oe en on ne we wn nn nn nn tea en nn na then nn nn ne nn nn nn nn een ee ne enn nee n= + FLT | DATE JINCLICRW| PAYLOAD CARRIER | SECONDARY] CREW ASSIGNMENT - | | ORBITER | ALT] DUR] PAYLOADS : poem om Hn na nn an wn fe ee te wo te we on on nn on nn ee en nn rn oe wo to en wn nn wn wt nn oe enn ne nn on nn en en nn nn nn wn nae | 22 | 85 10 30 157.0] 8 |SPACELAB D-1 LM TaLOMR C: oH. W. HARTSFIELD (USAF, RET. YI 61-A|CHALLENGER|175 | 7 P: STEVEN R. NAGEL (MAJ., USAF) MS: J. F. BUCHLI (LT. COL., USMC) MS: G. S. BLUFORD (LT. COL, USAF) | MS: BONNIE J. DUNBAR (PH.D.) PS: R. FURRER (DFVLR) (GERMANY) PS: £ MESSERSCHMIO (DFVLR) (GERMAN PS: W. OCKELS (DFVLR) (DUTCH) te ew ea fe ee om ee ee epee we fe ee fae ew ee ee oe oe ee ee em ee ee eee ae et ee em ee he a ee ee a et ee ome ae oh a ew wn we ae ow nO ew oe em es + 23. | 85 11 26 |28.5| JEASE/ACCESS MPESS —- |GAS(1) C: 8. H. SHAW (LT. COL., USAF) 61-B/ATLANTIS {190 MORELOS-B PAM-D —-|CFES P: B.D. O'CONNOR (LT COL, USMC) SATCOM KU-2 PAM-D2 ‘| IMAX MS: MARY L. CLEAVE (PH.D.) AUSSAT-2 PAM-D _ |DMOS MS: S.C. SPRING (LT. COL., USA) MPSE MS:. JERRY L. ROSS (MAJ., USAF) PS: RUDOLFO NERI VELA (MORELOS) | PS: C. WALKER (MCDONNELL DOUGLAS) | aon nafonn nen epee ee Fe po---- 2 ene fon nn nn nen nn nn ee eee ne ee en ee eee 24 | 86 1 12 128.5| 7 IMSL-2 MPESS —- |HH-G1 C: R. L. GIBSON (LT. CDR., USN) 61-C/COLUMBIA 1175 | 5 |SATCOM KU-1 PAM-D2 «| IR-IE P: C. F. BOLDEN (MAJ., USMC) GAS BRIDGE HPCG MS: F. R. CHANG-DIAZ (PH.D.) IBSE MS: STEVEN A. HAWLEY (PHD) CHAMP MS: GEORGE D. NELSON (PH.D.) $$1P(3) | PS: ROBERT CENKER (RCA) |as(13) PS: BILL NELSON (U.S. CONGRESSMAN 2 . ee fmm ee: Frm a ame ce ee or ee we cme ee ee oe we a a en oe coe ae cs oe ee ne oe mt ee em me Tan nn ene nn nn nn nn nn nnn oe mmm nme eee + 4.6
wee PREVIOUS SHUTTLE FLIGHTS *** oe ete ee we we we ef ea fe ea tha ee ee te oe on err rn ee etn re en cr nr etn rr er re ne we ee + DATE | PAYLOAD CARRIER 1 SECONDARY] CREW ASSIGNMENT | ALT DUR} PAYLOADS ee wee we we wee fee we fe we fe ew oe eee et ee ee mm rm re ee dpa oe we we en ee ee ew ee ee ne eee ee nrc ent | 25 1 86 1 28 | - |7 |SPARTAN- HALLEY MPESS TIS C: FRANCIS R. SCOBEE (USAF, RET) S51-LICHALLENGER| - | - |TDRS-B IUS/2 FDE P: MICHAEL J. SMITH (CDR., USN) CHAMP MS: JUDITH A. RESNIK (PH.D.) RME MS: ELLISON ONIZUKA (MAJ., USAF) SSIP(3) MS: RONALD E. MCNAIR (PH.D.) PS: GREGORY JARVIS (HUGHES) | | SFP: CHRISTA MCAULIFFE (TEACHER) t----- ee fp ee eee fe He fw we on ee ee ee ee ee ee re een tae ewe we wren = i we we we ew rr re ee re + 4.7
PROGRAM INITIATION DATE: LAUNCHES TO DATE: LAUNCH DATE DEC MAY JUN SEP OCT APR FEB JUN OCT MAY JUN OCT AUG DEC NOV SEP MAR APR JUN AUG 5, 1975 22, 1976 18, 1976 1, 1976 27, 1977 26, 1978 18, 1979 2, 1979 30, 1979 14, 1981 27, 1983 li, 1984 2, 1985 12, 1985 13, 1986 16, 1987 25, 1988 25, 1988 15, 1988 25, 1988 PREVIOUS SCOUT LAUNCH VEHICLE FLIGHTS 1959 112 LAUNCH VEHICLE S-196 S-179 $-193 S-197 $-200 S-201 $-202 S-198 $-203 S-192 $-205 S-208 $-209 $-207 S-199 S-209 $-206 $-21i $-213 S-214 LAST 20 FLIGHTS DAD SPACECRAFT AIR FORCE GP-A NAVY NAVY HCMM SAGE UK-6 MAGSAT NOVA I HILAT NOVA-ITI SO0S-I AFITV AF POLAR BEAR $00S-2 SAN MARCO-DL SOOS-ITI NOVA-TIi SOOS-IV 4.8 FIRST FLIGHT: LAUNCH VEHICLE SUCCESSES: FINAL PAYLOAD ORBIT ACHIEVED NOTES FAILURE LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS LEO SUCCESS 960 98
PROGRAM INITIATION DATE: PREVIOUS DELTA LAUNCH VEHICie FLIGHTS 1959 LAUNCHES TO DATE: — 182 LAUNCH DATE JUN JUL AUG OCT JAN APR APR MAY JUN JUL SEP SEP MAR AUG SEP NOV MAY SEP FEB MAR FEB 9, 1982 16, 1982 26, 1982 28, 1982 26, 1983 11, 1983 28, 1983 26, 1983 28, 1983 28, 1983 8, 1983 22, 1983 1, 1984 16, 1984 21, 1984 14, 1984 3, 1986 5, 1986 26, 1987 20, 1987 8, 1988 LAUNCH VEHICLE 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 189 179 182 181 LAST 20 FLIGHTS SPACECRAFT WESTAR-V LANDSAT-D TELESAT-F RCA-E TRAS RCA~F GOES-F EXOSAT GALAXY-A TELSTAR-3A RCA-6 GALAXY-B LANDSAT-D PRIME AMPTE GALAXY-C NATO-3D GOES-G DOD-1 GOES-H PALAPA B2P DOD-2 4.9 FIRST FLIGHT: LAUNCH VEHICLE SUCCESSES: FINAL PAYLOAD ORBIT ACHIEVED GSO SS GSO GSO SS GSO GSO HE GSO GSO GSO GSO SS HE GSO GSO LEO GSO GSO LEO NOTES SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS FAILURE SUCCESS SUCCESS SUCCESS SUCCESS 1960 170
PREVIOUS ATLAS CENTAUR VEHICLE FLIGHTS PROGRAM INITIATION DATE: 1958 LAUNCHES TO DATE: 66 LAST 20 FLIGHTS LAUNCH DATE LAUNCH VEHICLE SPACECRAFT AUG 8,1978 AC-51 PIONEER VENUS-2 NOV 13,1978 AC~52 HEAO B MAY 4, 1979 AC-47 FLTSATCOM-2 SEP 20, 1979 AC-53 HEAO 3 JAN 17, 1980 AC-49 FLTSATCOM-3 OCT 30, 1980 AC-57 FLTSATCOM-4 DEC 6, 1980 AC-54 INTELSAT V FEB 21, 1981 AC-42 COMSTAR D-4 MAY 23, 1981 AC-56 INTELSAT V AUG 6, 1981 AC-59 FLTSATCOM-5 DEC 15, 1981 AC-55 INTELSAT V MAR 4, 1982 AC-58 INTELSAT V SEP 28, 1982 AC-60 INTELSAT V MAY 19, 1983 AC-61 INTELSAT V JUN 9, 1984 AC-62 INTELSAT V MAR 22, 1985 AC-63 INTELSAT VA JUN 29, 1985 AC-64 INTELSAT VA SEP 28, 1985 AC-65 INTELSAT VA DEC 4, 1986 AC-66 FLTSATCOM-7 MAR 26, 1987 AC-67 FLTSATCOM-6 4.10 FIRST FLIGHT: LAUNCH VEHICLE SUCCESSES: FINAL PAYLOAD ORBIT ACHIEVED HELIO LEG GSO LEO GSO GSO GSO GSO GSO GSO GSO GSO GSO GSO GSO GSO GSO GSO MAY 8, 1962 NOTES SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS SUCCESS FAILURE SUCCESS SUCCESS SUCCESS SUCCESS FAILURE SUCCESS SUCCESS SUCCESS SUCCESS FAILURE 56
SECTION 5.0 PAYLOAD REQUESTS NOTES ABOUT DATES IN THIS SECTION: 1, REQUEST DATE: THE PAYLOAD ORGANIZATION’S REQUESTED LAUNCH DATE. 2. FLIGHT DATE: IF MANIFESTED, IT 1S THE PAYLOAD’S LAUNCH DATE As SHOWN IN THE MANIFEST. IF NOT YET MANIFESTED, NO DATE IS GIVEN. 5.0
#* PAYLOAD REQUESTS *** he pa wee wee ee eee oe en eet eer ro ok fw ew we wef wr ee ee ee eee t | PAYLOAD | CARRIER [REQUEST DATE|FLIGHT DATE] TYPE/CLASS | cm es ow oe oe we em ee ae ame me ee ae dpe on re or en en nn fa re we ee ete er reese tener nner cern cant | AAFE | 2 PALLETS | 93 06 | 9308 5 | SHUTTLE | teat dpa oe ee ee we we ee be en re en cette nen ne ee tence nnn rrr rr ent i ACE (DOD) | UNIQUE | 91 06 | | SHUTTLE | ate dpa ee en we re ofan ee rr en tte n cn ce tenes rnc errr ant | ACTS | TOS | 92 05 192 05 14 | SHUTTLE | wwe wee ee ee enn ee fone ee eee ee eee penne cen e-+ feann nee ene re + | ASP | HH-G | 38 11 | | SHUTTLE | eee ee we ee ee ee doe ow we a on we een ee ee ee en then en nn tanner ener scene t i ASTRO-1 | 1G+2 PALLETS | 89 11 190 03 1 | SHUTTLE | co ew ee om Oe ne OO owe eee ee hen oe ee ee we ee er ee fe ww en me erent pa ee en eee ef mew em wenn ene nant i ASTRO-2 | 1G+2 PALLETS | 91 01 | 91 12 23 | SHUTTLE | Na ta ttliedee hee ee ee re ew ee ee fo ewe ene nt pe ee fr ee een ew een nt i ATLAS-1 | IG#2 PALLETS | 90 09 | 90 12 20 | SHUTTLE | en eee meee ee de ee i on wn pn re oe en ew ttn een re ee eter cere ence rrr t i ATLAS-2 | IG+1 PALLET | 92 09 | 92 0611 | SHUTTLE | athe Bp i ee ee pe ee ew ee ee ethene nn ce enn ten nn scr neces er nt i ATLAS-3 | IG+IPALLET+SPAS | 92 11 | 93 01 14 | SHUTTLE | eee wee eee een dpe ew ee ee the re ee ew thn we en nee eter en nn nese rcsr rat 1 ATLAS~4 | IG+1 PALLET | 93 11 | | SHUTTLE | wwe ee ween ee em eee dow re oa en wn a fn nn en etn n cee enn ten nner reser rrr t i ATLAS-5** | IG+1 PALLET | 94 11 | | SHUTTLE | wee we on ec en eran dha oe ee ee ee ee we fee nn nn ee ew fen nn ee etn reer enn rrr ret i AXAF | UNIQUE | 95 12 | |SHUT./TITAN IV**| ee ee ee wee dpa oe a ee wn a ne fo nn on we rn ttn en een en tenner eres ret i BBXRT-1 | TAPS | 89 11 | 90 03 01 | SHUTTLE | Oe oe ee ae ew ee dpe ew ee we en oe we wn fn ee en we ern teen en en nn ete n nce n sere rc scrnt i BIOPLATFORM-1** | N/A | 95 01 | | NEDIUM** | ween ww ew en meen ne dp ee on ee ee we fh ee eee ne ton ce en nn tenner n sere crs rant i BIOPLATFORM-2** | N/A | 95 06 | | MEDIUM** | Se ttt Se few ee re ew es ST re be ee ee ee ee em + | BIOPLATFORM-3** | N/A | 9601 | | MEDIUM** | eS ew ew ee re ee fe ee ee en ee fn en ee re me ten een eee ten nc nn nr errr cnn t BIOPLATFORM-4** | N/A | 96 06 | | MEDIUM** | ttle tabed dpa ee ee re ew ee re fe en ee re tee en nnn ce tonccen nr erence srt | BIOPLATFORM-5** | N/A | 97 01 | | MEDIUM** | wee en nen eee eee doe we en ee ee we en fo ee ee nw ee tte en nn nnn tence cere re rere t ** For NASA Planning Purposes 5.1
xk PAYLOAD REQUESTS *** fawn nena nnn nene Hane nn en ene nn nene $a nne-------- ponn-------- + | PAYLOAD | CARRIER | REQUEST DATE|FLIGHT DATE| oon ne en en eee ==- dpe wan een enn en nn fon ee ne en en eto nnn nese ce nt | BIOPLATFORM-6** | N/A | 97 06 | fawn nnn nnn nnn nn n= fa en ewe een nnn ae ann nana nnn fanaa nnnnenn + | BIOPLATFORM-7 eI N/A | 98 O1 | | Hann wenn nee nen nen= fawn enna nn nee enna ano n-ann-n-- fonnnen-~--- + | BIOPLATFORM-8** | N/A | 98 06 | | demon nn wn nena nnnen= po ee ee en nee === Hann --n------ pene enna ne- + | CAPL | HH-G ; 90 02 | | tan ee wn me meee neon aww meen enn enn een fa enw nen owene fae ween ene + | CASSINI** | CENTAUR** | 96 04 | | $a no we ne ee ee ee Fun enn nae ee ha ee ee nee + + { CIRRIS (DOD) | PALLET | 89 03 | $007 19 | $a a ee we mee wn en fm ew mn em ee nn ema aee tenn ne enw nn fp a ee we me ce ee + | COBE | N/A | 89 05 | 89 05 | a te a ne ew a ee ee eee fo mw ee em meme [oe rte + | COLD-SAT** | N/A | 95 12 | pa nnnn------------ fa nnn een ene nan fae nennnnnne $on--------- + | CRAF** | CENTAUR** | 95 68 | | a tt ate a nn wm en nn een en == pa en enn nner ene et tate + | CRRES | N/A | 90 06 | 90 06 | pa ee wenn en en == ann ---------- === $------------ fonn-------- + | CRRES-1 | N/A {| 91 10 | 91 10 | $n om ewe ee ew one $a ee mw we enn teem nnn ene femme omnn= + | CRISTA | ASTRO-SPAS | 92 11 | 9301 14 | ae we me ee ew ew een fa ean ww wn ee ewe $a ew enw eee enn + + | CSI-1 (MAST) | SPACELAB PALLET | 91 04 | | fa nw nn nnn en een n- $aonn------------- panama nn nn n= fannn nnn ne- + | CTM | HH-G | 89 06 | | Ham nn nn eo ne ee nn ne ta enn en ne ee ne =e fa en n-ne ne en panne nn nn nne + **k For NASA Planning Purposes 5.2 ew wee ew meee ne + TYPE/CLASS =| meme emewne wean ue + MEDIUM** | wwe meme wow ne + MEDIUM** | we me ewe eee ene + ME DIUM** | ween ww ee ne ewe + SHUTTLE | cute a an ee ae ee ee + TITAN Ive® | SHUTTLE | we ween ne ee eee + DELTA | nee een neem mene + MEDIUM** | ee a ee ae ee a ee + TITAN IVe® | on eee meee eee + ATLAS/CENTAUR | ew ew ew ww ee mene + SCOUT | eo ee en mee nee nnn + SHUTTLE | SHUTTLE | ae ne ao mem ef SHUTTLE | we eee en ew een nn +
Oe ee be cae we cae ce vee em ne om a ee ee toe ee tam we Pree ce ae we tae ae ww wr oe cme we we eee ne =~ ap en eee eee ee ow ee oe oe Se hee ce a te ee ee ee + — $ — $ — $F — $F — $F — + — Ft +—+— + — a a ee ees ee ee es ee ee ++ PAYLOAD REQUESTS *** CARRIER 2 6 ee ae we ee et OD ee we ee ee ee oe oe ee 2D Gy SEY OWE WET? Oe OD Sy oe oer ane aie oe + IREQUEST DATE| FLIGHT DATE | fae wn we ee ew few wn ee ee ne + | 88 10 i 88 1117 | fo wane we ecco = fe row woe wee we + | 89 03 | 89 07 1 | $a wn ee ee ee on ee ew ee eee + | 89 08 89 08 10 «(| pa on nn. eo ee fo w en www ne + | 89 12 g9 12 11 | Se a + | 90 05 i 90 05 10 | Fa ee ee peewee wena + | 90 11 i 9102 28 | +uweccnneccan= ba me ne ee en oe om so ow + | 91 03 | | et Fe rm + | 92 02 | 92 08 20 | te we ee ww ee mee ee + | 92 05 | 9209 17 | Se + | 92 12 i 92 1217 | Se + were wer ewene + | 93 95 {| 930513 | eee Se + | 93 10 | | Se ee + | 94 05 | | spe we ew ween ow an ee + | 94 12 | | free oe we we we ww ce owe oe ee we er + | 95 05 | tee ee wr ee re ee 2 + | 95 12 | | tw ee we ee ee ee fe me ae ee ee + | 96 05 | 5 os fe ee oe we ne ww oe ow + | 96 12 | | Fre oe ee ee ee ee 2 + 5.3 8 { ( { { i ‘ { f t q i ' t i t 4 t 8 t ‘ i 8 t t I t { ‘ + 4 ‘ I i i t t g i i TYPE /CLASS SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE i t { ' ( { I i} ( ' t j t i ‘ ‘ + i { i t { I I { 1 i t ' i t t ( + { { { i i { i ‘ i t 1 t { t t t + | i] i} { t t 3 { i] t a i 4 $ i} { { ij i { t t | { ‘i 3 { i ( ( i { 3 | i { i] t | 1 1 § | i | ( ‘ { ‘ 4 1 { i i} t ' { { ‘ i { i ‘ { +—+—+—+ t i { i i { i { { i i 1 { | { ( + wm eo aa eee oe me ome ee Ow te Oem on ow + a cae we wos wie ow oe mee ao me ee + ww en ee we ee + we we we ee wee eee + www ee er me we + ewe eo +
*#k PAYLO we ewe ween fawn nn wenn wn ee en wnt | PAYLOAD | CARRIER shaw oe ee ee ee ee ene eee | pod-19 | UNIQUE donee eee ee ee ee pe meen eneneennnnne i poD-20 | UNIQUE See Ce | DoD-21 | UNIQUE pn ee mene wn en nnen he we meee wenn n ne | DOM-1 | UNIQUE SS tae Fhe we ee ee ee em ee we me | DOM-2 | UNIQUE ha a ee ew ee ee Fen ww em nw ee ee momo we | DOM-3 | UNIQUE pana nn nn nn nn eee fa nw en nn nn ne ne en ne | DOM-4 | UNIQUE $- a a we ee wwe we eee fa mewn ne wn ew en enee | EOIM-3/TEMP-2A3 | MPESS t— mn ow me meme owen Se od | EURECA-1L | EURECA-A fa we ne ee we ee ew wen ga tae | EURECA-1R | EURECA-A span ee a ee ww wn = a | EURECA-2L | EURECA-A pa we me we ew wm em ee ee | EURECA-2R | EURECA-A 6 ee ee | EURECA-3L | EURECA-A fo nw ww ee ee ee ee ow we ey | EURECA-3R | EURECA-A afm ae me ee me em mm ta ww ww ww ow ee en eee | EUVE | N/A ee Se | FLTSATCOM-F8 =| -N/A pe mn em een ew oe pe ee ee ew ee ee ee * Not Before This Date AD REQUESTS *** oo ee ee re fee ee ewww eee + | REQUEST DATE| FLIGHT DATE | fannn--- ane pann----~~-- + | 97 05 | | $a wenn nnn -n- $----------- + | 97 12 | | Ha meen me mn ene 5 er + | 98 05 | | fone nnnen---- pene nn nnnne + | g1o7. | | 5 er tow ee wm meee + | 93 07 l fa me en en ee owe pow wn nnn nn + | 95 07 | | See ee fe ae ae ee we we em + | 9707. | | fone ennnnn nn a + | 89 11 | 5 ee fen meme + | 90 09 (4105 2 | pa em memes fe ree nennn + | 91 03 | 91 1223 | Of a ae ae am om coe om a om oe om + | 93 Ol | 9304 8 | 5 ee 5 ot + | 93 06 | | fo-------- ee fonn--~----- + | 95 06 | | Se ofp ae ae et oe oe ae + | 95 12 | | fawn name nn ane panne nn-- nee + | 91 08 | 91 08 | 5 ee ff ae a0 on om a en me on ow oe + | 89 09 | 89 09* =| $------------ fanan------- + 5.4 TYPE/CLASS SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE ' ‘ ' t ' 5 ’ J J ' J ‘ J 5 1 + ' ' ' b t § ‘ J i $ ' § ‘ $ 4 i + ’ q \ ' i t 5 ‘ ' t ’ ' J ’ ‘ ’ + wee wen em en een ennn + we wn nn nn wen ee ee + ee ww nn nn ee nnn ee + Aeon wean ee ae + ween en me wenn nnn + | we enw nw wenn een + wee ww ewe mene +
w+ PAYLOAD REQUESTS toe Se ake fm ew ee ew we wee eo fe we ee wer eT e ren meaan pw we we we ee ee eee + | PAYLOAD | CARRIER IREQUEST DATE | FLIGHT DATE] TYPE/CLASS | fe we ewww wn ow weer m= Se ee $e ce ew ww ew ew ef en ew ee een nn See + | FTS-DTF | UNIQUE | 91 03 H | SHUTTLE | te ee ow ewww ne we eee Se etededad Se ee 5 ee oe fw ee He eww mw eee + | GALILEO ' IUS-2 STAGE | 89 10 | g9 10 12 | SHUTTLE | pe we ww ew ew ne ew eee te nw ee wee wee ee ee hee ee me ee ew re a fee ee em ewe Se + | GEOSTAR-1 | PAM-D2 | 9201 i 92 04 23 | SHUTTLE | di ew we ew ewww eee te ee me eww mw ewe se wee ee we we ee ef we ewe wom fw ww me me ew we wee + | GEOSTAR-2 | PAM-D2 | 92 10 i 92 10 29 | SHUTTLE | Hee nee + tare en nee een eee fa on nn en eee op ee ee eee fan nn nn ene eee + | GEOSTAR-3 | PAM-D2 | $3 06 H 93 06 17 | SHUTTLE | eo ew ee ee we we wee eee uw we a ww wn ee we ae ee a we ee fer ee we ee ee fame ewe ewer man of | GEOTAIL | TBD | 92 07 | 92 07 | MEDIUM | tana ---- = ee fawn conn one w enn es $e-n ene --- fuuo-ue- =e foe------ ~~~ ----- + | GOES-I | N/A | 90 07 | 90 07 | ATLAS-CENTAUR | Fe edad fa ww we ee ow ee nme $a ee ee we ee Se aww oe ee ew ow ee ee | GOES-J | N/A | 91 11 | 91 11 | ATLAS-CENTAUR i 4a wn ne ee ee ee Hoenn ee ee ee re 4----------- 4$---------------- + | GOES-K | N/A | 92 05 | 92 05 | ATLAS-CENTAUR | te ww ew wn ewe wenn tated See ee Ae one we ee ce me oe es on fae mw me wm ee me ewe | GOES-L | N/A | 95 07 | | ATLAS- cENTAUR™ | he ee ee nn ee ee ee eee $--~ -- ee -- ~~ = + fe ewen ne nne-= $anennn-- ee Hacen nn en nee -- + | GOES-M | N/A | 95 12 | | ATLAS- CENTAUR**| ated Se a ae Se ee Fe we ee ee ee es Se + | GP-Bl | PALLET | 92 06 | 9309 9 | SHUTTLE | paw ane cnn cnn enn a= $----- -- eee $--------- + $----------- pecan cnecen ne ceo= + | GP-B2** | N/A | 95 Ol | | MEDIUM** | he ew ww ew ee ew ee we aw we ne ww we ww we ee ee poe meme we ewe fan we ere + | GPS-1 | PAM-D2 j 91 01 ! 9101 31 | SHUTTLE | +o wenn - ~~~ -- == foe cccn en ewewee enna a arene foe en en nnn nee =~ + | GPS-2 | PAM-D2 | 94 04 i 9105 2 | SHUTTLE | ha we we ew nw ew ee wee shaw oo ee ew we ww ee wee Se 5 ee Fae ee ee ee ee ee + | GRO | UNIQUE | 90 Ol | 9004 5 | SHUTTLE | whe ee ne ee e+ == $a ---- eee e+ eee $a-----~---- foe nn on nnn ee + | HC-10 | UNIQUE | 88 10 | | SHUTTLE | $- 20-2 ee ee $--------- =~ ++ fannee ween =e oon eee ee fon nn ne we ee + | HC~1i | UNIQUE | 88 05 | | SHUTTLE | haw oe ee ee we we we ae a fe er ew ee ee ee eee Se fwwen ewer eee Se + ** For NASA Planning Purposes 5.5
ne ee ee ee we ee ee ee ee +—+ +—+— $+ — $+ — + — $F — $ — 4H $— + — $+ — + — +—+— +—+— $ — $F — ***k PAYLOAD REQUESTS *** CARRIER > on Oe > aw ee oe a se ere nwaemanaee on on oe oe we we 8 owe = an on Oe 08 oe ee en ee owe ** For NASA Planning Purposes a. Ch OD a ae Ue a ae Ge a On OP OF UD oH oe Dees ee er ere {REQUEST DATE|FLIGHT DATE pe eH tt et tt st tt +—+—F — H — 5. ee es oo ae oe te ee Ow Om tt ow on ts te om am ae ae on ae oe os oe am om ee re es me me ee oe ee ew en ee ae oe om ee om a ee ee ee ee eee te ee 2 on om cm am Oe ae oD On a om om ee me ee ee me en ee atte ne eat a ee a eae ae on oe oe a oe mG me am He erm tin Mo See ow eam mae om en ae a oa a ce a ae 6 fe owe ee oe we oe se oe en | TYPE/CLASS me me me a re to ee Se + | | SHUTTLE fee ee oe ee ee em Se rr + | | SHUTTLE fe ee een fawn ee neem ne + | | SHUTTLE ee eee + | | SHUTTLE + Te ee er | | SHUTTLE Se he me a ne mee ee ae at ome mas | | SHUTTLE penne wenn enn Hae en ne ee eee + | | SHUTTLE ofp ae ee te ee re es me Se + | | SHUTTLE St Se + | 90 02 i | SHUTTLE tne we mm em ae new mn mee mm + | | SHUTTLE mw en nen ene See + | | SHUTTLE fee ee enn = 5 + {| 90 07 19 | SHUTTLE ee mae ee ee ee fw ee re ree em me em ee + | 91 0411 | SHUTTLE 5 re + | 92 10 8 | SHUTTLE tan enn-----= pane en ee ee ne nee + | | SHUTTLE Spe om a ae ewe ee em whe ae ee oe 0 om oe a ww om ee av + | | SHUTTLE paw mewn en nnn eer + | 9108 15 | SHUTTLE fe ee a ee ee pee em ee ee ee ee {| 93 09 9 | SHUTTLE pan en en en een a+ -- 2 ee ee nee = +
+ ‘ t t iJ $ ‘ i 4 ' J { t § ‘ ‘ t t + { { 4 ‘ ( ‘ ' t i t I ‘ { t { { + J i 1 t t ‘ q { { 1 ‘ 4 t 8 t ‘ t + { t ‘ I ‘ ‘ { ( ‘ 4 ‘ t t ! ' ' t + i] ( ‘ § ' ' 4 t ‘ t i { ‘ i i] ( 8 a + —— oe ee me ee oe oe ee me ee ee ee © ee we ee ee we we ee ee ee Hoe  ee  nn e ee e e ee os ee | Hu oe ee ee et ee ee ee + J i i { ‘ § t t t ( { { { q ( t + t i t { j i { 8 ‘ ' t t i ' { { 4 spa me ee ee we fe ee ee eee ee eee a ee ee ee PAYLOAD INTELSAT VI-1 INTELSAT VI-2 INTELSAT VI-5 ISF-1 ISF-4** ISF-5** ISF-6** ISF-7** ISF-8** ISF-9** ISF-10** ISF-11** ISF-13** ISF-~14** te ww we we wm re ww ew ee oo ae me ay» oD OP an @? a en eo we ow ee ++ PAYLOAD REQUESTS + ae Se | CARRIER |REQUEST DATE|FLIGHT DATE ta ww ww ee we ee eee ta en en ee ew one Pm ce ee we ce | UNIQUE | 89 10 | aa tow ew ewww ee | UNIQUE | 90 04 | te we we ce ee ne ee ee ee ee toe en eww new {| UNIQUE | 9101 | to ee ~~ ew we ee 9 er | UNIQUE | 91 07 | 92 07 30 ee the me ee mee er | UNIQUE | 9111 | 93 02 11 tt + OF ee om a ee ae ee wn ste | UNIQUE | 92 03 | te we we ee we ww we ee ee te wo ew eee teow we eo eee | UNIQUE | 9207 | te new ww eee ee i UNIQUE | 92 11 | tha we ww meee wn tne we ee we ewe | UNIQUE | 93 03 | fine ow mt ee er ee pow ee enw wenn i UNIQUE | 93 07 | a $e ee ew we eee i UNIQUE | 93 11 | eee or re i UN IQUE | 94 03 | te we ww ew ee eee Se nr | UNIQUE | 9407 | tre a0 ae wee ee me ee me oe ee me ee UNIQUE | 9411 | te pe ewe ee eee tee we cu nen wwe UNIQUE | 95 03 the ew ee ee re eee tener e ww wne | UNIQUE | 95 07 | oe Pm ne ee ce es I UNIQUE | 95 11 | he enw ee ee ee ee Se ! MPESS+3 GAS | 91 02 | tee oe ee ee ee Oh a oe om a we we wee ce ** For NASA Planning Purposes 5.7 +—+— +—+—+ — +—+—+— +—— + — +— +--+ — +—+— t+ —+—+— SHUTTLE SHUTTLE ee ae oe eee ae OF we ewe mete oe oe + ew we we ee ee ee + SHUTTLE SHUTTLE wo wen eee ee + ew ee ewww wwe ee + SHUTTLE SHUTTLE ee ae oe eee we oe ee ww we we we ee + ee ee SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE | ee ee ee we we wee oe ne ee + ere + ee ae oe we oe eee ee ee ee + ww ee we ew we ewe we + we ee en me en ee eee + ee ee ee ee ee + SHUTTLE wa wee eee ee + SHUTTLE on ee OP a Ge oe om OD ® OF ee oe wee + SHUTTLE we ww ne en eee ee +
tek PAYLOAD REQUESTS **# ee ce ee ct ee + | PAYLOAD | CARRIER wee ew eee wee fo meen eee neon ee | LAGEOS-2 | IRIS de a ee ae ee ee ee ee ton ew ee ew ew ew more | LDEF RETR | UNIQUE fe ee ae oe ee ae ee tae | LIFESAT-01** =| TBD Se pan ee ee ee ee | LIFESAT-02** | TBD pen nnn wenn eee $22 ------ ee +e | LIFESAT-03** | TBD pane a ee we ee een ree + | LIFESAT-04** | TBD ee ae Cee | LIFESAT-05** = | TBD De ae town ew meow once es | LIFESAT-06** | TBD ha we ee wwe ee eren See | LIFESAT-07** | TBD fo we ee me wee meena Se tate | LIFESAT-08** | TBD See + | LIFESAT-09** | TBD tan ne ee em ew wm ens haw ee en ee ee | LIFESAT-10** | TBD fan n wn en enn nn ae pawn ------------ | LIFESAT-11** | TBD fn ee wee een ne pawn ne ee ee eee | LITE-i | PALLET fan ne ee re em ee wm nm tee | LUNAR OBSERVER**| TBD** ha a ew em me ee me ee ew ee ew we ee ee enone | MAGELLAN | US ee fm oo ee wn ee ee ene | MAPS-3 | MPESS pa ee ee ee on ee ww rn fa wn ee ne en nn ene | MAPS-4 | MPESS fawn nn nn nn en nee ee fa ne nn nn ee en nnn ne * Not Before This Date *k For NASA Planning Purposes Hn ° ip a ee Os OD ER ee an OD GP SD UD a IP ED OD hae we wee ew fon ee we ew eee | | | | | | fam ce nn em wna nen am + [REQUEST DATE|FLIGHT DATE| TYPE/CLASS fono-- nee ee pee enw cennae pan ee nance ennnnene + | 90 06 | 91.0815 | SHUTTLE sheen we ene ee pew enn nee paen nnn wenn nena ae + | 89 07 | 89 1113 | SHUTTLE fone ewer nee Of ee ee a Se ee + | 93 01 | | MEDIUM** he me or we ee ee em Se Se ett (oe an ms ae + ij 94 06 | | MEDIUM** pee ee rae a oe mee fence annem Se + | 94 06 | | MEDIUM** wan ee ne wee ee dpe ee ee ee fe ee ee nn fon nn en ene eee | 95 01 | | MEDIUM** See fm mem emo he me on ae we ae cw an me ae os re | 95 06 | | MEDIUM** ee fae mannan = 0 ee | 96 01 | | MEDIUM** panne nn ne nee fan ncaa manne pee nn ee we eee nee + | 96 06 | | MEDIUM** Fhe wn een ew mene Se ett Se + | 97 01 | | MEDIUM** - a ene me eee fine mew eee afar n e ammeme | 97 06 | | MEDIUM** aw we er em wenn 5 ee Se ae | 98 Ol | | MEDIUM** pana en nn ennne fon ee nnn nn pane nnn nnn =~ | 98 06 | | MEDIUM** fa nnnenn nae pow ee na nn ne fun ana ee e+ + | 93 02 | | SHUTTLE 5 ee ee of ae ane wm wee a ee me Se + | 95 10* | | INTERMEDIATE** | tu none mnnnnee fone nnn ne penne nn nn meen eenn + | 89 04 | 89 04 28 | SHUTTLE anne nn en e-- pawn nnn ennn fen en cane en ne = + | 91.07 | | SHUTTLE Se re fom e nee nen = 2 alebateteteteeienaeneaiae + | 92 11 | | SHUTTLE Se ree 5 ee tate +
pu ee-e------- | PAYLOAD toe we ewe wm cw an = pw ww we ee ee we oe po we ww we ww —— Pe nee we ne ee ee we we | MSL-09 —_— | on ow ae oe oe oe op a om, — ee ee mam as ie a ae a uD + +—+— fp meee hs eee =< wa pa +—+— +—+—— <> oe om on om On oe se ee + — + — = 2) path =P we ab ee oe ee we os we + — + —— = ~~ rm G ~” ween eae oe we ow we $—+— + — | MPESS ee wn een mn ene | MPESS fan wn en ene ene | MPESS * Not Before This Date ** For NASA Planning Purposes =n Se aD Ow OF Ue Op Oe ee oD wm ew ee ee ee *#+ PAYLOAD REQUESTS thick IREQUEST DATE] FLIGHT DATE eon ween ene fae ee ew ee eee +—+ oO nn o oo +$— $+ —+— +—+— +—+— +$—+——+— +— + — oO — oS > + — $— $+ — $+ — 5.9 +—+— +—+-— +— $+ — + — $ — + — + —+—+— + —4+— +— + — + — oe ow we © oe we we ow oe ee - ee oe ow oe oe ae Ow a oe oe +—+—+ +— of ome pe a ee i +—+—+— +—+— TYPE /CLASS SHUTTLE TITAN III SHUTTLE SHUTTLE SHUTTLE MEDI UM** SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE ‘ { ‘ ' ' t { ' ( 4 i ‘ 4 | { { + J i t ‘ t ' ] t t ‘ ( ‘ { ' { i + t { t § ‘ t i ‘ ' t ' { i | { { + weewew nr en ann nn + were en ee ew ee meee + we em ee eee + we we ween enn + wee me ew ee ent wee ee ee ew ene + wo ew ee ee mune e nee + ween ew en een eee + we we ee wn ew een + eww ee ewww ae ew + ere or +
wik PAYLOAD REQUESTS *** wane nnn nen ene spo re en en en nn ee en ta ene e ween nne pun meenncen $---------------- + | PAYLOAD | CARRIER ]REQUEST DATE | FLIGHT DATE| TYPE/CLASS | fa ww nn em meen anne ha ee we a eee wm oe we Se fe nm ee ee mewn + | NOAA-D | N/A | 89 05 i 89 05 | ATLAS E | ta ween wenn ene eenn one - He -e fama wn w nn nn aten ee ennnen= $mnnnnn---------- + | NOAA-H | N/A | 88 09 | 88 09 | ATLAS E | fa nn nn nnn nee $a nnnn---------- ne Penne e nee ne hanna anew enn + | NOAA-I | N/A | 90 09 | 90 09 | ATLAS E dha na ewww ween nn nen be nee ee Hanne nnn ene Hanne nn nnn-- fee mannan memennnn + | NOAA-J | N/A | 91 12 | 91 12 | ATLAS E ann anne nnn nee $------~-----~.--- hana n nnn ae paw ewww nnnnn hen ne nnn me necnnn + | NOAA-K | N/A | 93 04 | 93 04 | TITAN II** | he we mewn wm meme ha coe ee ee ee et en fee oe eon em on owe a we ow 2 fe a me a om oe om oe cn a om a em am me mae + | NOAA-L 1 N/A | 94 07 | | TITAN II** | 4--------~ === $e ene eee ene ne en 4+-----~----~-- $n ------ 2 + | NOAA-M | N/A | 95 11 | | TITAN II** | fa we nee e een e ee en nn $---------------~-- hana wenn = fan we-----~- banana wenn n nn nnn + | OAST-2** | SPACELAB PALLET | 95 04 | | SHUTTLE toon n nen nn ene ne teen na ne eee ene fame anennsana pewewennnnne panne een nw nnnn ne + | OAST-3** | SPACELAB PALLET | 96 04 | | SHUTTLE | fa nn ne ee ee H- 22-2 ee eee ham an ete ae en em po an ae oe me one am mene nn nw ene en + | OAST-4** | SPACELAB PALLET | 97 04 | | SHUTTLE | $a comm momma nnnnnnn= ta wm an em en enna nnnn Heme nnennnnnn Fann ennnnnn pawn mn mm nn nnnnnn + | OAST-5** | SPACELAB PALLET | 98 04 | | SHUTTLE | Henn nn ne nesncnenne the ow een nnn anne ne $------------ Honan w en ----- ---- +--+ =~ --- + | OAST-6** | SPACELAB PALLET | 99 04 | SHUTTLE ta wn we mem mewn enone $a www wenn nnn nn nnn fa en mn enn tonne ee pe ee ee ee eee + | OAST-LS1** | SPACELAB PALLET | 95 10 | | SHUTTLE te nn nn en nn nnn ana naan nn nn nn nf nee +--+ penne eene--- fan nana eee + | OAST-LS2** | SPACELAB PALLET | 96 10 | | SHUTTLE 0 eee te ce maaan nen nen ata e enema enn penne enn Hanan enn nen n eee + | OAST-LS3** | SPACELAB PALLET 97.10 | | SHUTTLE Ha nn eae nee han ee en ef mem $-~--------- $a n-ne an eee eee + | OAST-LS4** | SPACELAB PALLET ! 98 10 | | SHUTTLE et tt ey get es ho a a a we ee tae ee ee ee ee + | OAST-LS5** | SPACELAB PALLET i $9 10 | | SHUTTLE | Tan em ee ee ee ee os 9 5 5 ee + | OMV-1 | N/A | 94 04 | | SHUTTLE | on tn nn tan ne en ee ee ene ha nn an nnn nn epee en ne eee nt H ORFEUS | ASTRO-SPAS | 91 05 | 92 04 23 | SHUTTLE | ~ +--+ ------ ~~ +----------------- fan nn en een ene anne en +-+-----------++-+--- + ** For NASA Planning Purposes 5.10
*ik PAYLOAD REQUESTS *** ae + l PAYLOAD | CARRIER we wee ew we ew ew ee we qe we en ee we eee wee | OSL** | TBD** ada fo me ee ww we we ew en == | PLANETARY ALT | IUS spe we ee ee we om fa wn ee wm ww ww we we we | PriG | HH-G fae we we ee ee ee eww ee hae oe ew www ww ewe | Pow | TBD** he ww ee eer we mm momen te oe we ww ew ewww ww eo | POLAR | TBD few. wee ee mm mm eee he ee ee ew ee me ee ene oe | POP | TBD** ee ho ww ww ww ww we oe woe | RADARSAT#* | N/A te wo ww ww we we ee we oe te | RCA 3001 | PAM-D ee 0 | RCA 4004 | PAM-D2 Ee te ee we ew ww om ew mone | RCA 4006 | PAM-D2 ee ee Fo ce ewww ere ee ee oe | ROSAT | N/A he ww ww ww ow ow oe we ee ta we we we ew ow ow ween ' S/L-D2 | LM + USS www wen meee nee ee fo ee ew ewe ee en eee | S/L-D3 | LM + USS ha ewww we we me ween he we ww mew wm em ew wows | S/L-J | LM wwe ween ee ew en oe fo wenn ne new ee ee oe | SATCOM | PAM-D2 pe ew we ee ew we we wn on de ew we wwe we wwe owen | SDS-1 | HH-G ee 0 | SDS-2 | HH-G SS po ww oo wo ee we enw ww oe ** For NASA Planning Purposes bp et te te tt et tt +——+— +——+— 5.11 Sswwe es ee ese eewrae wee we CS te + [REQUEST DATE|FLIGHT DATE| ee oe + 95 10 l wee ew ee ow eww ew een eee + 9105 | 9105 ore we we we few ew we eee + 89 08 | a es + 96 06 | we ww ee oe ee we fee rw ew ew we = + 93 06 93 06 | on eno ate 0s eae we ov ew wr we we + 95 10 l oe we we ee few ee ee en ee + 94 06 | oo we eae wr we ee ee we 5 eee 90 06 | | oo ee ee ee we 2 ee er 7 89 09 | | oe ee ee eee 9106 | | Sem www ee me few ee we ee ee ef 90 02 | 90 02 | oo ae ee ee a we ro ee me + + 90 10 | 911202 | oo ewe ewe wr ae ee ee me Few ew ewww we wt 9210 =| | ee ee me ee cm ee fan ecw we mont 90 10 | 9107 11 | ee few enen enn at 91 07 | 9206.11 | om ae a ae we ee we + + 8906s | ewer ewan $e ec ee ew ew et 90 01 | | eo ee wre eae ew eee 5 eee ee we we we ee ee ee ewe + TYPE/CLASS | we we ew ew ee eee + MEDIUM** | wwe we ew ee ee ww we + TITAN IV | ee ew me ww we eee + SHUTTLE | wee ew ww ee ww ee ee + INTERMEDIATE ** | ee ee me ne ee we we wn + MEDIUM** | SHUT. /TITAN IV**| wee ee ne ee ee ee we + MEDIUM** | wee ew ee ee ee ween + SHUTTLE | we ce ee ee ee ee ee + SHUTTLE | wwe ee ew ew ne eee + SHUTTLE | wow ee eww en + DELTA | SHUTTLE | wee ee ww ew ween ee + SHUTTLE | we we www ew eee + SHUTTLE | wee ene we ewww ne + SHUTTLE | SHUTTLE | wees wewe mow emaen + SHUTTLE | we we eee we wenn +
ik PAYLOAD REQUESTS *** | PAYLOAD | CARRIER SR rrr \srureia. UNIQUE Toure Tunique Tsiealee [ oniaue a Tier Toe [ Semercaa | pawcae \seynetas PADD risi iw rege lwo poorer Vi lage nT nl \ SMALL ExeLool™ | WR | SwaLl ExpLuoz™ | WA 1 SMALL ExPLLOS’ | WA | SMALL ExpLuos* | WA | SHALL ExPLLOSSA | WA | Swain ExPLuOe* | WA [Swat exeL-o7e* [wa SMALL EXPL-O7** [WA ** For NASA Planning Purposes IREQUEST DATE + — 4 — $ — $F$ — $ — + — $ — + oe ne etn ee aie ae ae a em em a a a es ee en en cece eee Soe eee ite) _ 5.12 + [Fcici DATE | oa enema a + | ae ae oe a oe oe a es oe oe + | 930617 | anecenwannee + i 89 02 18 | oe ee eee mn oe + | 92 04 23 | fan nnnennnne + | | fone--------- + | | faannnn--w- + | | wm memo e + | 9006 7 | Ss + |9207 2 | fe ame eo a ee ee oe + | | penne nnn ene + | | 5 te re re + |9106 | Ss ee ern + | 91 09 | $----------- + | 92 01 | See er + | 92 06 | fen ewww ne ven + | 93 01 | Seman + | 93 06 | fonnn nnn nee + | | penne n------ + TYPE /CLASS wenn eee ewe em ne + SHUTTLE es ee oe ee as ee + SHUTTLE wee w we we ween ne + SHUTTLE Se am oor om Oe On me ED oO Ome he Oe AD Oe oe + SHUTTLE INTERMED IATE** | wee ee ee ee ene + SHUTTLE ane wm nee + SHUTTLE mem mee mane e en + SHUTTLE ween ee ee eee ee + SHUTTLE
*** PAYLOAD REQUESTS *** | PAYLOAD. | CARRIER [REQUEST OATE| FLIGHT OATE| TVPE/CLASS | | SMALL EXPL-O@** | N/A | 9406 | | SMALLS i | SMALL EXPL-O9** | N/A joo | | SMALL i | SMALL EXPL-lO** | WA i 9806 | | SMALL i | SMMREIR® FSS. i900 | | SHUTTLE i Pom mo ew ew ee we we we ae ee 2 oo ee + | SOHO | TBD** | 9503 | | MEDIUN** | SPACEHAB-1. | UNIQUE | 9106 | 910815 | SHUTTLE i | SpAcEHAB-2 | UNIQUE | 9210 | 92i029 | SHUTTLE i | SPACEHAB-3 | UNIQUE. | 9307 | 9308 5 | SHUTTE | | SPACEHAB-4 | UNIQUE jou | | SHUTTLE | | SPACEHAB-5 | UNIQUE. | 9406 | | SHUTTLE i | SPACEHAB-6 | UNIQUE joi | | sWurTle i | SPARTAN-O2 «| MPESS jso | | SHUTTLE i +o 2--- eee $-2--- ee re $o----- ~~ ee $o----- ~~~ =~ + ** For NASA Planning Purposes
*** PAYLOAD REQUESTS *** mn a ee ee ee a fan rn nn mn ee ee ne enn tewe wn nn en tonne ene e + tan ---- ~~ e + | PAYLOAD | CARRIER [REQUEST DATE|FLIGHT DATE] TYPE/CLASS | ha wan wn a ee en han a ee ee wee tenn enn n nn tenn nee ee ten nn ene en eee + | SRAD/TPITS | PALLET | 96 02 | | SHUTTLE | the we en we meee ene ne tenn en ee en nn nn ne teen meen nnn tee cn ee meon= Hew en en en enn nnn + | SRL-1 | PALLET4+MPESS | 91 07 | 92 02 27. | SHUTTLE | Hannan wenn enn eee tha nn nn ee ee ee ee tam nn nnn n Han nn eee eee ee + | SRL-2 | PALLET4+MPESS | 92 11 | 9303 18 | SHUTTLE | ta nn oe ee ee we eee ne tenn nn nn ee ee ee te wn ee ee tonne en ene Han nn ne ee eee + | SRL-3** | PALLET+MPESS | 95 04 | | SHUTTLE : than ee en ne en ee ee ee ee Se $---+-----~--- pam ene een one a + | SP. STA-1 | UNIQUE | 95 Ol | | SHUTTLE | $a wn nn ee en ee ee ee ee to mmm en mene mewn ene +--------.-~- mn enn nenane haw ne ee ee eee ne + | SP. STA-2 | UNIQUE | 95 04 | | SHUTTLE | $a ne 2 ee Se $-+----- ~~~ tonne ~~~ aw ae en en ew nn ene + | SP. STA-3 | UNIQUE | 95 07 | | SHUTTLE : Hann ew ew en meee one pm ne ne en en nn ee eee ta we en nnn n eee tenn ee ee nnn tm en wn ee en ee ene + | SP. STA-4 | UNIQUE | 95 09 | | SHUTTLE | ++ 2-22 ---~ =~ ~~ -- a +--+--------- ee ten nn nn eee ee eee + | SP. STA-5 | UNIQUE | 95 11 | | SHUTTLE | a ne nn enn nn nen ee ee +-------.---- tenwe enema e Han nn a ee ee + | SP. STA-6 | UNIQUE | 96 O1 | | SHUTTLE | ++ --~---~+ +--+ ~~ ee $----------- + teen nn ne e-- 4-2 - ee ene + | SP. STA-7 | UNIQUE | 96 03 | | SHUTTLE tha ea nn eee ne en nnn Ha nn nn a ne ta wn en ne nee poe nn nnn thew nn en nn ee ena + {| SP. STA-8 | UNIQUE | 96 05 | | SHUTTLE | $a oo on een enn eens ee Hanne Se $e nn e+ ~~~ + | SP. STA-9 | UNIQUE | 96 07 | | SHUTTLE | Sn ha ne ee ee ee nen ne to-----~~---~ tennnnnnnnne an enna ee + | SP. STA-10 | UNIQUE | 96 10 | | SHUTTLE am ee oe en ene Hw en nn ne ee oe tenn ee en ee ewe tae - -- ~- fem nm en ne ee ew nnn + | SP. STA-11 | UNIQUE | 96 11 | | SHUTTLE | Ham nan ee en ee eee ha wn en we ee ee ee ee te ee ten ee ee ee ene tan ea ee ee ee ee + | SP. STA-12 | UNIQUE | 97 01 | | SHUTTLE | team me nn er ne nn eee ta we em re wn ee mene te oe en nn en ee + Penne nee ee- tan ee en ee ee ee + | SP. STA-13 | UNIQUE | 97 02 | | SHUTTLE | ta 2 -------~-- +--+ -- ~~ = +a wenn ----- ++--------~.- Hannan en en wenn nn nn + | SP. STA-14 | UNIQUE | 97 04 | | SHUTTLE | ta nn en ne ee ee ee +--+ -~-------- ~~~ town -- +--+ -- $----------- + wae ween nn ww eww en + ** For NASA Planning Purposes
ti PAYLOAD REQUESTS *** ta = ww we we we ee eee ae ew ew em ee wre wen == hae we a ee we fe re eee few on ee mee err ne + | PAYLOAD | CARRIER |REQUEST paTE| FLIGHT DATE} TYPE /CLASS | tha we we wm ww we ee we ae we wwe ww ew ee wee ene hae ie we re ww wt ane ee eee mn= 0 ete + | SP. STA-15 | UNIQUE | 97 05 | | SHUTTLE | thee ew a ee eww ee ee ee to wr ee ee ww ee we eee tame ewer ene ew en ew ween ates + | SP. STA-16 | UNIQUE | 97 07 | | SHUTTLE | Ha oe ee ee ee eee == $o+------ ++ ~~ -- -- = Hawn ee enn ee +---~ wo -- == $o--- ~~~ e- ---- += + | SP. STA-17 | UNIQUE | 97 08 | | SHUTTLE | pa ee ee ee ee ee a oa oe wee ee ee ee $a ee ee wn = we ween ee ene pew ee ee eee = + | SP. STA-18 | UNIQUE | 97 10 | | SHUTTLE | to wo ewe we we ee eee ee te ow ww ww we ee ene ee Se $a a ew we ee + | SP. STA-19 | UNIQUE | 97 ll | | SHUTTLE | to we en ew re we ew re = a we ee ee ee er ew wee Se Se Se + | SP. STA-20 | UNIQUE | 98 Ol | | SHUTTLE | mee we ew ee ce wee dpa we ee we ee fn re ee ne ee ethan en ee me ete een en ne ce ncent | SSBUV-1 | UNIQUE | 88 06 | | SHUTTLE | ta wae ne ee ee we eo == +----- ~~~ ---- -- == $a oo we ee ee pon eee oe eee hae ee en ee en ee ew ne + | SSBUV-2 | UNIQUE | 89 02 | | SHUTTLE | +--+ ++ -- - - ~~ == Ho ene ee + 2 =e fen n ew nn ne - teow ene eee e aw wo ee we =~ + | SSBUV-3 | UNIQUE | 89 11 | | SHUTTLE | sf we ee ew ee ee wr we fe ee we ee weer eres rn ee rt rr Ss tte ten w we we ww ew nner + | SSBUV-4 i UNIQUE | 90 07 | | SHUTTLE | fa ew we ew we we een we ta en oe en nee e- tenn enn we we ee = en en nwo ee- gen nn eee == -- + | STARLAB (DCD) | LM+1 PAL | 90 06 {| 90 09 16 | SHUTTLE | fo ee ew on on on oo to ee on ee ee en eee eee ee ee ee nee $e ee een n aoe ween nee een + | STP - SPARTAN-1 i UNIQUE - SPARTA | 89 05 | | SHUTTLE | spe wo wwe we we we oe a fe oe ww eww ee ee ee to serene cen 5 fae we ew we ee ee een + | STP - SPARTAN-2 H UNIQUE - SPARTA H 90 05 | | SHUTTLE | pa ne ee ee ee nn ee = pam ne ewe eee ee fe wn en nee ee an en ewe - ee + | STP - SPARTAN-3 | UNIQUE - SPARTA | 91 05— | | SHUTTLE | wpe we oe ee a a oe on a fe ne ee oe ee re fe wee meen fon wee ween few we en wen He + | STP - SPARTAN-4 i UNIQUE - SPARTA | 92 05 | | SHUTTLE | we we oe a fw we re a ee ttn we ee eee pew ww we oo we oe fw we oe ee eet | STP - SPARTAN-5 i UNIQUE - SPARTA i 93 05 | | SHUTTLE | spe we a a a ee fw ow ee eo oe ee we tn ne oe een == paw enw enw wn ee ~ + + - == + | STP - SPARTAN-6 UNIQUE - SPARTA 94 05 | { SHUTTLE | Fe wo ww en wa we ee ew we fe we we re we ee ee few e on wees see aw ee ee ewe = Se + | STP - SPARTAN-7 H UNIONE - SPARTA 1 95 05 | | SHUTTLE | ae ee ea ee ee er eee Se re See fae ew ee we ee wee ew ee ee ewe +
tae dha wo en an wn tte nn nn nee ent we ee we een ns ee meee ne ee meat | PAYLOAD | CARRIER [REQUEST DATE|FLIGHT DATE| TYPE/CLASS | = ee ewer ew meen orem ea ee ww nn nw a a tan en en nt hn ee a a ee ann ow en nent | SYNCOM IV-5 | UNIQUE | 89 07 | 89 11 13. | SHUTTLE | pa eee ew ee enone ne fan we wn ee ee en ee eee pa eee a+ 2 -- === eee + | TORS-C | Tus | 88 06 | 88 09 | SHUTTLE | an we oe en ee ee ee sean ee ewe ee re ween fa we mene ene = fp ee ee een tow am we en en newer + | TORS-D | IUS | 89 02 | 89 02 18 | SHUTTLE | a ww en oe ee ee en span we eam ee ee een n= fae e ne een fen en een n= pane wenn wn en eee ne + | TORS-E | Ius | 96 03 | 9011 8 | SHUTTLE | te we ee ee en en one Ha we em ee nn ne en enn fa ew en ewe nn paw en nnn nen paw en nn meen nn nee + | TDRS-F | 1us | 91 08 | 92 11 19 | SHUTTLE | pw we ee ew ne nna pa wn a een ee ee tone cn ena en ten nn enn n= pan ewe nw ne ee ene + | TDRS-G | Tus | 91 12 | | SHUTTLE | $a 2 - ee ee oe -- + $a nn ee a ee ee eee $a ne en eee pone anne - = onan nn nen ee oe + | TORS-H** | Ius** | 92 11 | | SHUTTLE | ee ates ta no ew a er en ta ee nen nene= Sp oe ee ne ee ee pee we ee mewn nn: oman | TEAL RUBY (DOD) | UNIQUE | 88 12 | 9007 19 | SHUTTLE | pa ww nn ee wm ee ee on ne pe ee mn me en ee me ee a nn em www nee 5 ee re tata + | TRANSIT-27 | N/A | 90 02 | 90 02 | SCOUT | ee tt tt tate spe wa we we ee ere $a ee ween nee Se aa pam cn anna ema eae + | TRANSIT-28 | N/A | 90 08 | 90 08 | SCOUT | a ww wn ne ee renee pw oe ew ww enn ee eee pa ee ew eee mn fee wn anne o-= ate + | TSS-1 | MPESS+1 PAL | 90 10 | 9101 31 | SHUTTLE an ew me me ee me noe $e ew wn wm ewe en eee $a ee eww ee ewe Se $m ee ween cee ne + | TSS-2** | MPESS+1 PAL | 92 10 | | SHUTTLE | Stated $a nn ew en ee nw nee fa ww ee em pone nen fae em we ee een + | TSS-3** | MPESS+1 PAL | 94 10 | SHUTTLE | $--- ee eee $a ee ee ee fae en wenn nnn pon wnen ene pan nnn ee ee ee e+ + | UARS | UNIQUE | 90 09 | 91 09 26 | SHUTTLE | the we meme ne ee cere po we ne ee we en ee eee pe a ew ee ew ote nner re meer fe ee ee mmr mmm + | ULYSSES | IUS/PAM | 90 10 H 90 10 5 | SHUTTLE | a ne ne ee meen en ee Tata fn ee wm em me eT ttt fon we en em me ee menn + | USML-1 | LM+MPESS | 92 03 i 92 03 30 | SHUTTLE | thea ow en ee ee nr tha oe a er enn ee lee fnew em ene we mmm + | USML-2 | LM+MPESS | 93 07 H 93.07 15 | SHUTTLE | Ho oo ee en ee an we en ee ee ee fnew newer neon fan en wee fan wenn neem en en + | USML-3 | LM+MPESS | 95 ll | | SHUTTLE ao nw ee ee nee tee wan ee eee en een Fenn ee ee nee = fone eee nee pew en een ene + **For NASA Planning Purposes 5.16
week PAYLOAD REQUESTS *** owe enn eee we + | PAYLOAD | CARRIER wee ew ee ee eee ee ee fa mw we em wenn ene ne | USML-4** | LM+MPESS wwe we we ee eee ee ee $n we en ee eee ne eee { USMP-1 | MSL&MPESS SS re | USMP-2 | MSL&MPESS Oe ae ne we me ae ee te ee oe a ee Ss | USMP-3 | MSL&MPESS $----- ee $-----~- ~~ ~~~ | WAMDIT | UNIQUE Pe we we toe ee woe we ce ee eo re ewe er we tp ee ee ee er we ee we | WIND | TBD Fr EEE | XTE | FSS hee eee ee eee eee +~-------~- ~~~ ** For NASA Planning Purposes REQUEST DATE $—+——+ a aD ae oe a Ee OP Ee oe eee a aoe $e HH 5.17 ae on 0 onan eben aren amen an am ow om oe oe me a ae we an 0 ae ew oe on oe ee a aD a on am ow oD oP ow ow’ |FLieHT DATE — + — $+ — $+ — + $— fp tt ’ TYPE/CLASS SHUTTLE SHUTTLE SHUTTLE SHUTTLE SHUTTLE MEDIUM SHUTTLE ( { ( ( { | i { { ( ( i i i { t + i i) { { { { i { ! | i { t f t { + ’ ( ‘ t 4 i ‘ ‘ ( i i i i { I + ne ee es ee ee ee ee + 7 oe OF amr er Oe oF ee Oe ee On oe ee oe oe + we wenn ee ee eee + meee eee + ww ween en ee ee ee ee + we we eee eee ee ee: rs
PAYLOAD /ACRONYM AAFE AC ACE ACES ACTS ADSF AF Polar Bear AFE AF ITV ALT NAME Aeroassist Flight Exper iment Attias Centaur Agile Control Experiment Acoustic Containerless Experiment System Advanced Communications Technology Satellite Automatic Directional Solidification Furnace Airy Force Poiar Bear American Flight Echocardiograph Air Force Instrumented Test Vehicle Altitude PAYLOAD/ACRONYM LIST DESCRIPTION Entry vehicle that will simulate the atmospheric flight phase of an Aeroassisted Orbital Transfer Vehicle (AOTV) returning from geosynchronous orbit and provide environmental and design data for an AOTV. Intermediate Class Expendable Launch Vehicle. Demonstrates line of sight stabilization for scalable optical structure in space. Technical demonstration to obtain early microgravity tests of gas transport phenomena in a 3-axis levitation furnace. Flight verification of high risk communications technology to support future communications systems Technology demonstration of directional solidification of magnetic materials, immiscibles, and IR detection materials. Study atmospheric effects on electromagnetic propagation. Collects quantitative in-flight data on cardiovascular changes in the crew. Anti-satellite target vehicle. Orbit altitude in nautical miles. 6.1
AMPTE ANS APE ARABSAT ARC ASC ASP ASTRO ATLAS AUSSAT AXAF Active Magnetosphere Particle Tracer Experiment Astronomical Netherlands Satellite Aurora Photography Exper iment Arab Satellite Aggregation of Red Cells American Satellite Company Attitude Sensor Package Astronomy Atmospheric Laboratory for Applications and Science Australian Communication Satellite Advanced X-Ray Astronomy Facility Satellite to study transfer of mass from the solar wind the magnetosphere. Study the sky in ultraviolet and x-ray from above the atmosphere. Enhance understanding of the geographic extent and dynamics of the aurora. -Communications satellite of the Arab Satellite Communications Organization. Studies aggregation of red cells and blood viscosity under low-g conditions. A satellite te provide commercial communication service to continental United States, Hawaii, Alaska, and Puerto Rico. Foreign Reimbursable Hitchhiker-G payload. Program designed to obtain ultraviolet (UV) data on astronomical objects using a UV telescope. Measures long term variability in the total energy radiated by the sun and determines the variabitity in the solar spectrum. Direct broadcast communication satellite wnich provides services to continental Australia and off-shore territories. A major free flying X-Ray observatory using a high resolution telescope. Designed to operate in orbit for 15 years. 6.2
BBXRT B/U BIOPLATFORM C360 CANEX CANEX-2 CAPL CASSINI CBDE CFES Broad Band X-Ray Telescope Back-up BIOPLATFORM Commander Cinema 360 Canadian Experiment Canadian Experiment Capillary Pump Loop Experiment Saturn Orbiter/Titan Probe Carbonated Beverage Dispenser Evaluation Continuous Flow Electrophoresis System A BBXRT utilizing a two-axis pointing system -- flies in an attached mode on Shuttle. A free-fiyer platform used to conduct life science experiments; also it is recoverable through reentry. Member of the Shuttle flight crew in command of the flight. 35mm motion picture camera for the purpose of photographing crew and mission activities. Experiment package flown with Canadian payload specialist on mission 41-G. Canadian Payload Specialist will conduct Canadian experiments in support of Space Station. Experiment to quantify behavior of a full-scale capillary pumped loop heat transfer system in microgravity. Complements CRAF mission. Advance the knowledge of early history of the solar system through the study of physically and chemically primitive objects. Mission includes a rendevous with Saturn to study the planet, its rings, and its moons. Pepsico, Inc. experiment to evaluate packaging and dispensing techniques for space flight consumption of carbonated beverages. Demonstrate the technology of pharmaceutical processing in space. ' 6.3
CHAMP CIRRIS CLOUDS COBE COLD-SAT COMSTAR CRAF CRRES CRRES 1 CRISTA Comet Halley Active Monitoring Program Cryogenic Infrared Radiance Instrument for Shuttle Structures Photography Experiments Cosmic Background Explorer Cyrogenic On Orbit Liquid Depot- Storage and Transfer Comet Rendevous Asteroid Fly-by Combined Release and Radiation Effects Satellite Combined Release and Radiation Effects Satellite Cryogenic Infrared Spectrometer Telescope For Atmosphere Observe Comet Halley on STS flights. Collects infrared data to support Strategic Defense Initiative program. Cloud formation, dissipation and opaqueness observations. .Determine the spectrum anistropy of cosmic microwave background. Zero g cryogenic fluids transfer experiment. Communications satellite for COMSAT. Explore two primitive bodies to gather new information on the origin and evolution of the solar system, prebiotic chemical evolution and the origin of life, and astrophysical plasma dynamics and processes. Satellite involving Active Plasma Experiments and the study of radiation effects of various spacecraft components. Active Plasma Experiments to support CRRES mission. A U.S./German Joint Aeronomy Payload intended to explore the variability of the atmosphere and to provide measurements that will complement those provided by UARS. 6.4
CRW CSI (MAST) CTM DAD DFE PLT DMOS DOD DOM DUR EASE /ACCESS EEVT Crew Controls Structure Interaction Collapsible Tube Mast Duai Air Density Development Flight Instrumentation Pallet Diffusive Mixing of Organic Solutions Department of Defense German Orbiting Laboratory Duration Experimental Assembly of Structures in EVA/Assembly Concept for Construction of Erectable Space Structures Electrophoresis Equipment Verification Test The Shuttle flight crew for a particular mission. Experiments which are part of the OAST Control of Flexible Structures program. Project to deploy structures in a micro-gravity environment from the Shuttle. Foreign Reimbursable Hitchhiker-G payload. Measure global density of upper atmosphere and lower exosphere. A pallet used to accommodate the DFI used on the first four Shuttle flights. Grow crystals of organic compounds for research programs for the 3M Corporation's Science Research Laboratory. Program sponsored by the German Federal Ministry of Research (BMFT) to explore near earth space for scientific and technological research, complementing the German Spacelab-D program and contributing to Space Station-Columbus preparation. DOM carrier, derived from SPAS design is a reusable multipurpose platform designed for a minimum of 5 missions. Mission duration of each Shuttle flight. Measures the human factors while assembling structures in space during Extra Vehicular Activity. Technolagy demonstration of apparatus to evaluate the effects of electrophoresis on biological cells in 0-g. 6.5
ELRAD ELV EQ EQIM-3/TEMP-2A2 EOS ERBS ESMC EURECA EUVE EXOSAT FDE FEE Farth-Limb Radiance Equipment Expendable Launch Vehicle Escape orbit | Evaluation of Oxygen Interaction with Materials Two Phase Mounting Plate Experiment Electrophoresis Operations in Space Earth Radiation Budget Satellite Eastern Space and Missile Center European Retr ievable Carrier Extreme Ultraviolet Explorer ESA X-Ray Satellite Fluid Dynamics Experiment French Echocardiograph Equipment Obtain measurements of earth-limb radiance for various positions of the sun from near limb up to 9 degrees below earth horizon. Determines effects of atomic oxygen degradation on 1100 candidate materials. Operates a mechanically pumped two phase heat acquisition; transport and rejection system in microgravity. Commercial joint endeavor activity (with McDonnell Douglas). Collects global earth radiation budget data. USAF organization Headquartered at Patrick AFB, Florida. Platform placed in orbit for six months offering conventional services to experimenters. Produce definitive sky map and catalog of extreme ultraviolet portion of electromagnetic spectrum (100-1000 angstroms). Provides continuous observations of x-ray sources. A package of six experiments flown on the middeck that involve simulating the behavior of liquid propeliants in low gravity. Obtains on-orbit cardiovascular system data. 6.6
e FLT FLTSATCOM FPE FSC FSS FTS-DTF GALAXY GALILEO GAS BRIDGE GEOSTAR GEOTAIL GLOMR GLOW Flight Fleet Communication Satellite French Postural Experiment Fleet Satellite Communications Flight Support System Flight Telerobotic Servicer- Demonstration Test Flight GALAXY GALILEO Get Away Special Bridge GEOSTAR GEOTAIL Global Low Orbit Message Relay GLOW The flight sequence number for Shuttle missions. U.S. Navy communications satellite. Studies sensory-motor adaptations in weightlessness. U.S. Navy Communications Satellite (same as FLTSATCOM). Support systems used for revisit missions. The demonstration flight of a Telerobotic System being developed for the Space Station to assist in attached payload assembly and maintenance, in-situ platform and satellite servicing, space station maintenance, servicing, assembly and inspection. Hughes communications satellite. Investigates the chemical compostion and physical state of Jupiter's atmosphere and satellites. Structure in the payload bay that can hold up to twelve GAS canisters. Interactive radiodetermination satellite. Explore Geotail of the Earth Plasma Physics. Packet data relay satellite. Atmospheric luminosities investigation. 6.7
GOES GP GP-B1 GP-B2 GPS GRO GSO GTO HC HCMM HE HE AQ HELIO Geostationary Operational Environmental Satellite Gravity Probe Gravity Probe-Bl Gravity Probe-B2 Global Positioning System Gamma Ray Observatory Geosynchroncus orbit Geosynchronous Transfer Orbit Hughes Communications Heat Capacity Mapping Mission High Eccentricity Orbit High Energy Astronomica} Observatory Heliocentric NOAA Weather Satellites. Scientific probe to test Finstein's Theory of Relativity. A prototype test of the Gravity Probe-B mission to test Einstein's General Theory of Relativity. The mission will include on-orbit testing of precision gyroscopes and support systems. Free flying payload to verify aspects of Finstein's relativity tneory using sensitive, superconducting gyroscopes. DOD navigation and positioning system satellites. Investigate extraterrestrial gamma-ray sources. Series of commercial communications satellites. Produce thermal maps for discrimination of rock types, mineral resources, pliant temperatures, soil moisture, snow fields, and water runoff. Satellite to study energetic radiation from space. 6.8
HH-G HILAT HME HPCG RPE HPTE HRSO HS-376 RET HST IBSE IBSS Hitchhiker-Goddard Handheld Microgravity Experiment Hancheld Protein Crystal Growtn Middeck Experiment Heat Pipe Experiment High Precision Tracking Exper iment High Resolution Solar Observatory HS-376 Retrieval Hubble Space Telescope Initial Blood Storage Equipment Infrared Background Signature Survey A Shuttle cargo bay, payload carrier system for smal} experiments. Evaluate propagation effects of disturbed plasmas on radar and communications systems. Provide for middeck experiments of limited scope in order to allow for low-cost, timely testing of concepts or procedures, or the early acquisition of data; specific ‘objectives to be established for each flight. Develop techniques to produce in low-G protein crystals of sufficient size and quality to permit molecular analysis by diffraction techniques. Foreign Reimbursable Hitchhiker-G payload. Demonstrates ability to propagate a low power laser beam through the atmosphere. Solar Optical Telescope to determine physical processes at work on the Sun. Salvage of HS-376 communication satellites Yaunched on the tenth shuttle mission. Observes the universe to gain information about its origin, evolution and disposition of stars, galaxies, etc. Evaluates changes in blood tissue during various storage conditions. Obtains infrared measurements on rocket plumes, shortwave infrared Earth-limb, Shuttle environment, and chemical release from payload bay while detached in proximity to the Orbiter. 6.9
IECM IEF IG IMAX TMi INCL INMARSAT INSAT INTELSAT IRAS IRCFE Induced Environment Contamination Monitor Isoelectric Focussing Exper iment Igloo IMAX, Inc. of Toronto, Ontario, Canada international Microgravity Laboratory Incl :nation International Maritime Satellite Organization Indian Satellite International Tele- communications Satellite Infrared Astronomical Satellite Infrared Communications Flight Experiment A package of ten instruments designed to fly in the Orbiter payload bay on a special pallet to check for contamination in and around the Orbiter. It also has the capability to be operated on the end of the RMS outside of the payload bay. Gather experimental data on the extent of electro-osmosis in space. Spacelab Igloo. Produces motion pictures of orbiter launch, inflight operations and landings suitable for viewing in IMAX theaters ‘such as the Smithsonian. Series of microgravity missions devoted to material and life sciences studies. Orbit inclination in degrees. PAM-DII class communications satellite to be used for international maritime communications services. Communication and meteorological satellite for the government of India. international teleconmunications satellite network for the International Telecommunications Satellite Organization. All sky survey for objects that emit infrared radiation. Demonstrates the feasibility of using diffuse infrared light as a carrier for STS crew communications. 6.10
mo) IR-IE IRIS IRT ISC ISF ITA ITV TUS LADD LAGEQS LANDSAT LDEF Infra-Red Imaging Equipment Italian Research Interim Stage Integrated Rendezvous Radar Target International Space Corporation Industrial Space Faciiity instrumentation Technology Associates Instrumented Test Vehicle Inertial Upper Stage Lens Antenna Deployment Demonstration Laser Geodynamics Satellite Land Satellite Long Duration Exposure Facility Infrared video camera used to measure temperature gradients on the orbiter surface. Italian upper stage for use on the Shuttle. A target for testing of Shuttle orbiter rendezvous techniques and capabilities in orbit. Commercial joint endeavor activity. Commercially-owned, man-tended orbiting. facility for research and manufacturing activities. Commercial joint endeavor activity. Target for Anti Satellite. Upper stage system for Shuttle and Titan. To demonstrate repeated deployment of a membrane antenna including reliability, flatness etc. Spherical satellite covered with retroreflectors which are illuminated by ground-based lasers to determine precise measurements of the Earth's crustal movements. Satellite is totally passive. Earth resources monitoring satellite. Free-flying satellites providing accommodations for experiments requiring long-duration exposure to the space environment. 6.11
LEO LFC LIFESAT LITE LM LO MAGELLAN MAGSAT MAPS /FILE MLE MLR MO MORELOS Low Earth Orbit Large Format Camera Life Sciences Satellite Lidar In-Space Technology Experiment Long Module Lunar Observer Magellan Magnetic Field Satellite Measurement of Air Pollution From Satellites Mesoscale Lightning Exper iment Monodisperse Latex Reactor Mars Observer MORELOS Acquire synoptic, high-resolution images of the Earth's surface. Life science flights with micro-g as the primary objective. Project ta demonstrate the Laser Detection and Ranging (Lidar) solid state system from space. Spacelab Crew Module. Geological, elemental, gravity, and magnetic field mapping of moon. Spacecraft designed to globally map the surface of Venus. Map the magnetic field of the earth. An atmospheric survey that identifies specific chemical compounds Record and observe the visual characteristics of large scale lightning as seen from space using onboard TV cameras. Produces monodisperse latex particles in thea two to forty micron range. Spacecraft to study Mars' surface, climate, gravitationai, and magnetic fields. Mexican communication sateliite system.
MPESS MPSE MRA MSAT MSL N/A NATO NOAA NOSL NOVA OAST Mission Peculiar Experiment Support Structure Mexican Payload Specialist Experiment . Microgravity Research Associates Mission Specialist Mobile Satellite Materials Science Laboratory Not Applicable North Atlantic Treaty Organization National Oceanic and Atmospheric Administration Night/Day Optical Survey of Lightning NOVA Office of Aeronautics and Space Technoiogy Experiment carrier. Experiment performed by a Mexican payload specialist on the Shuttle flight which deployed the MORELOS satellite. Commercial joint endeavor activity with MRA. A member cf Shuttle flight crew primarily responsible for payload activity. Satellite for developing advanced ground technologies and techniques for mobil communications via satellite. A payload which remains attached to the Shuttle to perform materials processing experiments in low-g. Communication satellite for NATO. Series of operational environmental satellites in polar orbit. Optical survey of lightning. Advanced Navy Navigation Satellite (OSCAR type). Series of payloads sponsored by the Office of Aeronautics and Space Technology. 6.13
OAST-1 OEX OIM OMV ORBTR ORFEUS ORS QSCAR OSL Office of Aeronautics and Space Technology-1 Orbiter Experiments Oxygen Interaction with Materials Orbital Maneuvering Vehicle Orbiter Orbiting and Retrievable Far and Extreme Ultraviolet Spectrometer Orbiter Refueling System OSCAR Orbiting Solar Laboratory A payload which remained attached to the Shuttle to demonstrate a large light-weight solar array capable of being restowed in flight. Series of engineering experiments on the Shuttle. Tests which obtained quantitative rates of oxygen interaction with materials used on the Orbiter and advanced payloads. _A deployable retrievable vehicle to be flown on the STS te retrieve or insert payloads in orbits different from the orbiter. . The name of the Shuttle Orbiter used on a particular mission; -e.g., Coiumbia, Challanger, Discovery or Atlantis. A German developed payload to explore the distribution and character of absorbing material in the solar neighborhood and through the galatic plane, to perform direct observations of the direct interstellor component, and to Study mass motions in hot stellar chromo spheres, coronea and active separation in the high gravity atmosphere of White Dwarfs. An experiment to demonstrate the STS's ability to perform on-orbit satellite refueling. U.S. Navy Navigational Satellite. Will provide detailed data on our nearest star, the sun, to augment our studies of distant stars and cosmic processes.
at OSS-1 OSTA-1 OSTA-2 OSTA-3 OV 105 PAL PALAPA PAM PCG-II PDRS/PFTA PIONEER VENUS Office of Space Science Office of Space and Terrestial Applications Office of Space and Terrestial Applications Office of Space and Terrestrial Applications Orbital Vehicle 105 Pilot Pallet Indonesian Communication Satellite Payload Assist Module Protein Crystal Growth Payload Deployment and Retrieval System/Payload Flight Test Article Contamination monitor, microabrasion foil experiment, vehicle charging and potential experiment, Shuttle- Spacelab induced atmosphere, solar flare x-ray polarimeter, solar ultraviolet spectral irradiance monitor, plant growth unit, thermal canister experiment, and plasma diagnostics package. Shuttie attached payload using the SIR-A radar to obtain high resolution images of earth. Microgravity exper iments. Acquire photographic and radar images of the Earth's surface. Replacement orbiter for NASA Shuttle fleet. A member of the Shuttle crew whose primary responsibility is to pilot the Orbiter. Spacelab Pallet. Synchronous satellite communication system for the Republic of Indonesia. An upper stage system used on the Shuttle and the Delta ELV. PCG activity in controlled temperature module. First object to be deployed and retrieved by the remote manipulator system and is used to test reaction of RMS joints. Remote sensing and direct measurements of Venus arid its surrounding environment. 6.15
PLANETARY ALT PMG PO POLAR POP PPE PS PVTOS RADARSAT RCA RME ROSAT Planetary Aiternative Plasma Motor Generator Planetary Observer POLAR Polar Orbiting Platform Phase Partitioning Exper iment Payload Specialist Physical Vapor Transport of Organic Solids Radar Satellite RCA American Communications, Inc, (now GE American Communications, Inc.) Radiation Monitoring Equipment Roentgen Satellite Reserve capability to back-up launch of Galileo or Ulysses missions on Titan-IV. Measures hollow cathode current couplings to/thru © jonosphere; measures induced voltage in 200 meter wire in low earth orbit. Spacecraft to study Martian upper atmosphere and ionosphere. ‘Polar Auroral Plasma Physics. U.S. platforms will orbit space station and perform remote sensing experiments. Study separation behavior of two phase system generated by the mixture in water of polyglucose and polyethylene glycol. A member of the Shuttle crew with primary responsibility for a particular payload or experiment. Commercial joint endeavor activity with 3M. Remote free flyer sensing satellite will monitor land, sea and ice for five years over the poles (U.S./Canadian/U.K.). Series of communications satellites. Measures gamma radiation levels in the Shuttle environment NASA/West German cooperative satellite for studying X-Rays. 6.16
S SAGE SAN MARCO-DL SAREX SAS SAS SATCOM SBS SDS SE SFH SFP SFU-RET Scout Strategic Aerosol and Gas Experiment SAN MARCO-DL Shuttle Amateur Radio Exper iment Space Adaptation Syndrome Smati Astronomy Satellite Satellite Business Systems Solar Disk Sextant Student Experiment ~~ Super Fiuid Helium On Orbit Transfer Demonstration Space Flight Participant Space Flyer Unit- Retrieval Small Class Expendable Launch Vehicle. Map vertical profiles of the Ozone, aerosol, nitrogen Rayleigh molecular extinction around the globe. NASA/Italian earth physics cooperative satellite Space to ground voice and slow scan TV Measures vestibular function, motion sickness susceptibility and spatial orientation ability during prolonged weightlessness Study x-ray sources within and beyond the Milky Way galaxy. RCA communications satellite. All digital domestic communication system servicing large industry, the government, etc. Studies solar pulsations, oblateness, and size. Experiments for the Shuttle Student Involvement Projects. Demonstrates the feasibility of on-orbit transfer of superfluid helium using thermomechanical techniques. A reusable, retrievable unmanned free flyer to be launched on the Japanese H-II rocket and retrieved by Shuttle. 6.17
SHARE SHEAL-2 SIRTF SKYNET S/L D2, D3 S/L-d SLS SMALL EXPL SMM-RET SMR SMRM SOHO Space Station Heat Pipe Advanced Radiator Element Shuttle High Energy Astrophysics Laboratory Space Infrared Telescope Facility SKYNET Spacelab D2, D3 Spacelab J Space Life Sciences Laboratory Small Explorer Solar Maximum Mission Retrieval San Marco Range Solar Maximum Repair Mission Solar Heliospheric Observatory Demonstrates and quantifies the thermal performance of a high capacity, 50 foot, space constructible, heat pipe radiator element. Obtains images, spectra and timing data on celestial x-ray sources. and the spectrum at the 30 ft. X-ray background. Will span the infrared part of the spectrum with a thousand- fold increase in sensitivity. United Kingdom military communication satellite. Second and third in a series of German Spacelab Missions. Objectives include microgravity research and technology preparation for Space Station use. Significant NASA participation planned on 02 and projected for D3. Combined Japanese/NASA Spacelab mission objectives include life sciences and microgravity research and technology. Investigates the effects of weightlessness exposure using both man and animal specimens. Payloads being designed to fly on Smal] Class ELV A mission for retrieval of the SMM satellite. Conducts a technology demonstration of the STS capability to rendezvous, service, checkout and deploy. Provides optical measurements as well as plasma field and energetic particle observations of the sun system for studies of the solar interior, atmosphere and solar wind. 6.18
S; SO0S SPACEHAB SPACELAB 1 SPACELAB 2 SPACELAB 3 SPACELAB D-1 SPARTAN- 1 SPARTAN-HALLEY SPAS SPAS-01 SP STA SRAD/TPITS Stacked OSCAR on Scout SPACEHAS Spacelab 0-1 Spartan SPARTAN-HALLEY Shuttle Pallet Satellite German Shuttle Pallet Satellite Space Station Shuttle Radiator Assembly Demonstration/Two Phase Integrated Thermal System Two OSCAR satellites (U.S. Navy Navigation Satellite). Commercial ly-owned pressurized module for conducting experiments in & man-tended environment. Demonstrate Spacelab's capabilities for multidiscipl inary research. Demonstrate Spacelab's capabilities for multidisciplinary research and verify system performance. Dedicated materials processing mission emphasizing 0-9 research. First dedicated German Spacelab mission. X-ray astronomy, medium energy survey mission. Search for molecules containing nitrogen, carbon or sulfur and observes the UV spectrum between 2100 and 3400A. Payload Carrier developed by Germany. Demonstrates the utilization of the MBB platform and systems as a carrier for science experiments. Series of flights to complete a Phase One Space Station. Evaluate on-orbit thermal performance of a representative portion of an integrated two-phase thermal bus and on- orbit constructability of Space Station radiator elements using Remote Manipulator System and Extra Vehicular Activity techniques. This experiment combines experiments JSC 3B, JSC 3C and GSFC 2C identified in the (Thermal Energy Management Processes) Space Station flight experiment program. 6.19
SRL SS SSBUV SSIP STARLAB STP-SPARTAN STTP SYNCOM TAPS TBS TDRS TEAL RUBY TELESAT Space Radar Laboratory Sun Synchronous Shuttie Solar Backscatter Ultra-Violet Instrument Shuttle Student Involvement Projects Starlab Space Test Program Life Sciences Space Technology Training Program Hughes Geosynchronous Communication Satellite Two Axis Pointing System To Be Determined Tracking and Data Relay Satellite Canadian Telecommunication Satellite Series of flights to acquire radar images of the Earth's surface. The images will be used for making maps, interpreting geological features, and resource studies. Series of flights to measure ozone characteristics of the atmosphere. DOD Spacelab experiments. Deployment and retrieval of Spartan spacecraft which carries USAF STP experiments. Develop and encourage interest on the part of college students in space biology and medicine. Provides communication services from geosynchronous orbit principally to the US government. Series of NASA tracking, data and communications satellites to replace the ground based network. Spacecraft with IR sensor to collect data on Airborne Vehicle Detection Background Phenomerology. Communication satellite built for Telesat Canada to provide voice and TV coverage to trans-Canada network of Earth stations. 6.20
TELSTAR TIS TLD TOS TRANSIT TSS UARS UK ULYSSES USML USMP USS AY & T Communications Satellite Teacher in Space Thermoluminescent Dos imeter Transfer Orbit Stage TRANSIT Tethered Satellite System — Upper Atmosphere Research Satellite United Kingdom Formerly ISPM (Inter- national Solar Polar Mission) United States Microgravity Laboratory United States Microgravity Payload Unique Support Structures AT&T COMSTAR replacement - provides communication services to the continental US, Alaska, Hawaii, and Puerto Rico. Middeck locker supporting the Space Flight Participant Program's teacher in space. Obtains ganma ray measurements of the Shuttle environment. Navy navigation satellite. System capable of deploying and retrieving satellite attached by a wire tether from distances up te 160 KM from the orbiter. Satellite to study physical processes acting within and upon the stratosphere, mesosphere, and lower thermosphere. Investigates the properties of the helfosphere (sun and its environment). Series of flights of a microgravity materials processing laboratory attached to the Shuttle. Conduct materials processing experiments in the microgravity environment available in the Orbiter Cargo Bay while in low earth orbit. 6.21
WAMD II WESTAR WF WIND WSMC XTE Wide Angle Michelson Doppler Imaging Interferometer Western Union Telegraph Communication Satellite Wallops Flight Facility WIND Western Space and Missle Center X-Ray Timing Explorer Set of instruments which study upper atmospheric winds from the Shuttle. A C-band satellite to reptenish and expand the Westar system (Western Union domestic communication system). Satellite to measure solar wind input to magnetosphere. "A USAF organization with Headquarters at Vandenberg Air Force Base. A Spacecraft to be used in Earth orbit to investigate the physical nature of compact X-Ray sources by studying fluctuations in X-Ray brightness over timescales ranging from microseconds to years. The XTE payload will be Jaunched on the Shuttle and changed out with the EUVE payload which will have been previously launched on an explorer platform using a Delta rocket. 6.22