Letter 1_65 FCC STA1

LETTER submitted by Sure Shot Teleproductions, Inc.

60 Day STA Request

2015-01-06

This document pretains to SES-STA-20150106-00001 for Special Temporal Authority on a Satellite Earth Station filing.

IBFS_SESSTA2015010600001_1072395

January 6, 2015 Good day: We request a 60 day STA to be able to continue conducting uninterrupted business countrywide, with the exception of Alaska and Hawaii. This request is pursuant to pending underlying license SES—MOD—20141123—00870. Thank you, (brpie Omzm Beckie Donachie Director of Finance Sure Shot Teleproductions, Inc. P.O. Box 489 * 10314 Main Street, New Middletown, OH 44442 @»330.542.0900 ©330.542.1020 @ www .sureshotsat.com

Tele—Sei Solutions. LC P.O. Box 237 Augusta. NJ 07822—0237 Phone: 973—383—78415 fax: 973—5383—5625 Email: telesci@yahoo.com TO: All Coordinators January 06, 2015 Re: Sure Shot Teleproductions T/O Earth Station Glendale, AZ (University of Phoenix Stadium) Dear Frequency Coordinator: On behalf of Sure Shot Teleproductions, we are forwarding the attached frequency coordination request for a temporary transmit—only earth station to be located at the University of Phoenix Stadium at Glendale, AZ. Please review this data for potential interference in accordance with Part 101 and 25 of the FCC Rules and Regulations. The operation of the above will be as follows: Satellite/ Are Frequency Date of Transponder Position (MHZ) Operation 6085; Partial Arc 70—144 deg 6185—6425 01/29/15 — 07/29/15 The earth station will be located at the southwest side of the stadium which is 199 feet in height. Northern and northeastern headings will be shielded by the stadium. Southeastern headings will be shielded by the fieldhouse which is 40 feet in height. We would appreciate your reply either by telephone, mail, email or fax to the Tele—Sci Solutions office. If you should have any questions, please do not hesitate to contact me. Thank you for your assistance in this coordination. Sincerely, Janine Miliband General Manager

GLENDALE, AZ 33 31 33.8 112 15 42.7 POINTING AZIMUTH AND ELEVATION ANGLES SATELLITE LONG ELEV SATELLITE LONGITUDE DIFF AZIMUTH ANGLE | NAME 70.00 —42.26 121.29 30. 63 BRASILSAT B2 72.00 —40.26 123.11 32 .16 AMC 6 74.00 —38.26 125.00 33. 67 SBS 6 76.00 —36.26 126.98 35.15 COMSTAR 142 78.00 —34.26 129.04 36. 59 ANC 5 82.00 —30.26 133.43 39.36 NIMIG 2 83.00 —29.26 134.59 40 .02 AMC 9 84.00 —28.26 135.77 40 .67 BRASILSAT B3 85.00 —27.26 136.99 41 .31 XM 3 87.00 —25.26 139.49 42.55 AMC 3 92.00 —20.26 146.24 45.36 BRASILSAT B4 93.00 —19.26 147.68 45.87 INTELSAT 6 97.00 —15.26 153.71 47 .71 INTELSAT 5 99.00 —13.26 156.89 48 .49 GALAXY 4R 107 .00 —5.26 170.53 50. 62 ANIK F1 110 .00 —2.36 175.91 50. 95 ECHOSTAR 6 111.00 —1,.26 177,.72 51.00 ANIK F2 112.00 —26 179.53 51. 03 113.00 .74 181.34 51. 02 SOLIDARIDAD 2 114.00 1 74 183.15 50. 98 2. 116.00 374 186.75 50. 82 SATMEX 5 4 5 6 74 192.07 50. 35 ECHOSTAR 7

GLENDALE, AZ 33 31 33.8 112 15 42.7 POINTING AZIMUTH AND ELEVATION ANGLES SATELLITE LONG ELEV SATELLITE LONGITUDE DIFF AZIMUTH ANGLE NAME 121.00 8.74 195.55 49.90 ECHOSTAR 9 123.00 10.74 198.95 49 .35 GALAXY 10R 125.00 12.74 202.26 48 .68 GALAXY 12 129.00 16.74 208 .57 47 .07 INTELSAT 7 131.00 18.74 211.56 46.13 AMC 11 133:00 20.74 214.43 45 .11 GALAXY 1 135.00 22.74 217.19 44 .02 AMC 10 137 .00 24.74 219.84 42 .86 AMC 7 139.00 26.74 222.37 41 .64 AMC 8 144.00 31.74 228.24 38 .35 ECHOSTAR 1,2

GLENDALE, AZ 33 31 33.8 112 15 42.7 AZIMUTH HORIZON DISC HORIZON 4GHZ COORD 6 GHZ RAIN4 RAING ANGLE ANGLE GAIN DBI DISTANCE DISTANCE SCATTER SCATTER DEGREES DEGREES DEGREES KM KM KM KM 5. .0 119.7 =10.0 .0 107 .4 .0 127 .2 10. .0 115.0 —10.0 .0 107 .4 «O 127 .2 15. .0 110.3 —10.09 .0 107 .4 .0 127 .2 20. +3 105. 6 —10 .0 —0 107 .4 —0 127. 2 25. —4 100 .9 —10 .0 &0 107 .4 Mo 127 .2 30 . &1 96. 2 —10 .0 o 107 .4 «O 127 .2 35. «2 91 .4 —10.09 .0 107 .4 «0 127.2 40. —2 86.7 —=10.0 .0 107 .4 O 127 .2 45. «2 82 .0 =10~0 o 107 .4 O 127.2 50. &2 77 .4 —10.9 .0 107 .4 .0 127 .2 55 «2 72 .8 —10.0 &0 107 .4 x0 127. 2 60. —2 68 .3 —10.0 .0 107 .4 «0 127 .2 65. 1 64 .0 —10—0 .0 107 .4 .0 127. 2 70. &1 59 .6 —10 .0 &0 107 .4 .0 127 .2 75 .0 55.5 —10 .0 &0 107 .4 &0 127 .2 80. &0 51 .4 —1£0.0 +0 107 .4 &0 127.2 85. .0 47 .5 —9.9 &0 107 .6 .0 127 .2 90. .0 43 .8 ~9.0 o 110 .4 .0 127 .2 95. .0 40 .4 —8.2 —0 113.2 &0 127 .2 100. o 37.3 —4 . 3 .0 116.0 .0 127 .2 105. o 34 .7 —6.5 .0 118 .7 .0 127 .2 110. o 32 .6 —5., 8 .0 121 .0 &0 127.2 115. &0 31.3 —5 .4 .0 122 .6 .0 127.2 120. .0 307 —5.2 .& 0 123 .4 —0 127 .2 125. .0 30 .9 —5.2 .0 123 .1 + 127 .2 130. .0 31 .8 ~$6 .0 121 .9 .0 127 .2 135. +8 33 .6 6. 1 o 119.9 .0 127 .2 140. .0 35.9 —6.9 .0 1175 .0 127.2 145. .0 38 .7 —7 .7 .0 114.7 —0 127.2 150. .0 41.9 ~8, 6 .0 111.9 &0 127.2 158. .0 44 .8 —9., 3 &0 109. 6 &0 127.2 160. .0 47 .2 ~9.9 .0 107 .8 .0 127 .2 165. .0 49.0 —10.0 .0 107 .4 .0 127 .2 170. +0 50 .2 —10 .0 o 107 .4 .0 127.2 175. o 50 .8 —10 .0 —O 107 .4 .0 127.2 180. .0 51.0 —10 .0 —8 107 .4 M+ 127 .2 185. .0 50 .8 —10 .0 .0 107 .4 &0 127.2 190. —0 50 .2 —10. 0 .0 107 .4 .0 127.2 195. 0 49 .0 —10. 9 +0 107 .4 &0 127 .2 200. xO 47 .2 —9. 9 o 107 .8 &0 127.2 205. .0 44 .8 —9. 3 .0 109. 6 .0 127 .2 210. .0 42 .5 —8 .7 xD 111.4 &0 127.2 215. +0 40 .6 —8 .2 .0 113.0 .0 127 .2 220. .0 39..2 —7.8 +0 114 .2 .0 127 .2 225. Mc 38 .5 —1.6 «0 114.9 .0 127 .2 TELE—SCI SOLUTIONS, LLC P.0. Box 237 Augusta, NJ 07822—0237 973—383—7845

GLENDALE, AZ 33 31 33.8 112 15 42.7 AZIMUTH HORIZON DISC HORIZON 4GHZ COORD 6 GHZ RAIN4 RAING ANGLE ANGLE GAIN DBI DISTANCE DISTANCE SCATTER SCATTER DEGREES DEGREES DEGREES KM KM KM KM 230. M+ 38 .4 —7.6 .0 115.0 M+ 127 .2 235. .0 38 .9 —7 .B .0 114.5 M+ 127.2 240. &0 40 .1 —8 .1 .0 113.4 .0 127 .2 245. .0 41 .9 —~8,.5 »0 111. 9 xD 1272 250. .0 44 .1 —9.1 .0 110.1 O 127 .2 255. &0 46 .8 —B$9 .7 s 108 .1 .0 127.2 260. .0 49 .8 =—10.9 «0 107 .4 o 127.2 265. .0 53.1 —10.0 xO 107 .4 9 127.2 270. o 56.7 —10.9 .0 107 .4 +0 127 .2 278. &0 60 .5 —10 .0 .0 107 .4 —0 127.2 280. .0 64 .4 10 0 «O 107 .4 .0 127 .2 285. >0 68 .5 —10 .9 0 107 .4 «O 127.2 290 . .0 72 .7 —10 .0 .0 107 .4 «O 127 .2 295. .0 77.0 —10 .0 .0 107 .4 xO 127.2 300. .0 81 .4 —10 .0 .0 107 .4 «O 127 .2 305. .0 85 .8 ~10 .9 .0 107 .4 +0 127 .2 310. .0 90 .3 =10 .0 ho 107 .4 .0 127 .2 315. o 94 .9 —10.0 —0 107 .4 o 127 .2 320. —»0 99 .5 —10.90 o 107 .4 xO 127. 2 325. .0 104 .1 ~%0 .9 «0 107 .4 &0 127. 2 330. .0 108 .8 —10 0 o 107 .4 .0 127.2 335. .0 113.4 =10.0 .0 107 .4 «0 127 .2 340. o 118 .2 —10.0 —0 107 .4 —»0 127 .2 345. .0 122 .9 —10%0 .0 107 .4 .0 127 .2 350. &0 127 .7 —10.0 ho 107 .4 «0 127 .2 3551 .0 132 .4 ~10.0 .0 107 .4 O 127.2 360. &0 137.2 —10.0 .0 107 .4 .0 127.2 TELE—SCI SOLUTIONS, LLC P.O0. Box 237 Augusta, NJ 07822—0237 973—383—7845

TEMPORARY SATELLITE EARTH STATION FREQUENCY COORDINATION DATA 01/06/15 COMPANY NAME: SURE SHOT TELEPRODUCTIONS EARTH STATION LOCATION: GLENDALE, AZ LATITUDE (DMS) : 33 31 33.8 LONGITUDE (DMS ) : 112 15 42.7 SITE GROUND ELEVATION(FT. AMSL): 1044 .0 ANTENNA CENTER LINE( FT) 8 .0 ANTENNA TYPE: AVL 2.4 METER ANTENNA DIAMETER(METERS) : 6 GHZ ANTENNA GAIN(DBI): 15 DB HALF BEAMWIDTH (DEG) OPERATING MODE: T/O TRANSMIT BAND (MKHZ) : 6085; 6185—6425 EMISSION DESIGNATOR 18M0GIF MODULATION : DIGITAL MAX. AVAILABLE RF POWER(DBW/4KHZ) : —12.853 (DBW/18MHZ ) 24 .00 MAX. EIRP (DBW/4KHZ) : 29.47 (DBW/18MHZ ) 66.00 6 GHZ 20%(DBW/4KHZ) —154 .0 6 GHZ 0.0025% (DBW/4KHZ) —131.0 SATELLITE ARC (MIN/MAX) 70/144 DEG AZIMUTH 121.3/228.2 DEG ELEVATION 30.6/ 38.4 DEG RADIO CLIMATE A RAIN ZONE 5 MAXIMUM GREAT CIRCLE COORDINATION DISTANCE (KM) 6 GHZ 123. 4 PRECIPITATION SCATTER CONTOUR RADIUS (KM) 6 GHZ 127.2 TELE—SCI SOLUTIONS, LLC P.0. Box 237 Augusta, NJ 07822—0237 973—383—7845

Ssatout Univeristy of Phoenix Glendale, AZ.txt COMTECH ANTENNA SYSTEMS INC. 3100 COMMUNICATIONS RD. ST. CLOUD, FL. 34769 (407) 892—6111 ANTENNA POINTING ANGLES FOR GLENDALE, AZ EARTH STATION LATITUDE 33 DEG. 31 MIN. 33.8 SEC. NORTH EARTH STATION LONGITUDE = 112 DEG. 15 MIN. 42.7 SEC. WEST TRUE SATELLITE & POS. AZIMUTH ELEVATION HOURANGLE DECLINATION ROLL CS 139.090 222 .36 41.63 30.39 —5 .36 34 .17 Cl 137 .00 219. 83 42 .85 28 .14 —5 .37 22 .27 C4 135 .00 217 .19 44 .01 25.89 —5. 38 30 .25 Gl 133.00 214 .43 45 .10 23 .63 —5.39 28 .12 C3 131.00 211. 59 46 .12 21.36 —5 .40 25 .86 GS5 125.00 202 .25 48 .67 14 .55 —~5.43 18 .40 GS2 125.00 202 .25 48 .67 14 .55 —5 .43 18 .40 sBS5 123.00 198 .95 49 .34 12 27 —5.43 15 .70 G9 123 .00 198.95 49 .34 12 27 5.43 15.70 T3 120.00 193 .82 50 .14 8 .84 —5 .44 11.48 M2 116 .80 188.17 50 .71 5.19 —5.45 6.81 soL—2 113.00 181.33 51.01 0 .84 —5 .45 1111 El 111.10 177 .89 51.00 —~1—33 ~5.45 —1.76 soL—1 109.20 174.46 50 .88 ~3 «/51 —3«:435 —4 .61 €2 107 .30 171.06 50 .65 —5 .68 —5 .45 —7 .44 GS4 105 .00 167 .00 50 .24 —6.31 —5 .44 —10 .61 Gs/GEl1 103.00 163 .55 49 .76 —10 .59 —5 .44 —13 .66 54 101.00 160 .17 49 .17 —12 .88 —5 .43 —16.43 G4 99 .00 156.89 48 . 48 —15.15 —5 .43 —19.10 T401 97 .00 153.70 47 .70 —17 .43 —5 .42 ~21.67 sBS2 97 .00 153. 70 47 .70 —17 .43 —5 .42 —~21.67 G3 95 .00 150.63 46 .82 —19.70 —5 .41 —24 .13 GS3 93 .00 147 .67 45 .86 —21.97 —5 .40 —26 .47 G7 91.00 144.83 44 .82 —24 .23 —5.39 —28 .70 T402 89.00 142 .10 43 .71 —26 .49 —5.38 —30 .80 S3 87 .00 139.49 42 .54 —28 .74 —5 .37 —32.79 GE—2 85 .00 136.98 41.30 —30.99 —5.35 —34 .66 K2 81.00 132 .29 38 .67 —35 .46 —5. 33 —38 .08 SBS4 77 .00 127 .99 35 .86 —39 .90 ~35.29 —41.07 D2/D4 76.00 126.97 35 .14 —41.01 —5 .29 —41.76 G6 74.00 125.00 33 .66 —43 .22 —5.27 —43 .07 SBS—6 74.00 125.00 33 .66 —43 .22 =—5.27 ~43 .07 SBS—3 71.00 122 .19 31. 39 —46 .51 —5 .24 —44 .87 s2 69.00 120 .40 29.85 —48 .70 —$5. 22 —45.97 PAS—1 45 .00 103.03 10 .25 —74.26 —4 .97 —54 .31 PAS—3 43 .00 101.81 8 .58 —76.33 —~4.95 —54 .69 Page 1


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Document Modified: 2019-04-12 00:03:20
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