Interactive Beam Footprint Library

[Gary Toma]

SATELLITE DIRECTV D4S @101W

BEAM FOOTPRINTS
D4S @101W	Added Jul 12, 2012
D4S_101W_Beams_1-11
D4S_101W_Beams_12-20
D4S_101W_Beams_21-26
D4S_S01_Boston
D4S_S02_Raleigh
D4S_S03_Orlando_Tampa
D4S_S04_Pittsburgh
D4S_S05_Chicago_Milwaukee
D4S_S06_Nashville_Birmingham_Huntsville
D4S_S07_KansasCity
D4S_S08_Houston
D4S_S09_Denver_ColoradoSprings
D4S_S10_Seattle_Portland_Yakima
D4S_S11_LosAngeles_SanDiego
D4S_S12_Phila_NYC_Boston
D4S_S13_Cincy_Columbus_Dayton_Detroit
D4S_S14_Charlot_Colmbia_Grnsboro_Grnvil
D4S_S15_Miami_WPalmBeach
D4S_S16_Minneapolis_Rochester_Mankato
D4S_S17_StLouis
D4S_S18_Austin_Dallas
D4S_S19_Phoenix
D4S_S20_SanFrancisco_Sacramento
D4S_S21_Baltimore_Washington_Harrisburg
D4S_S22_Atlanta
D4S_S23_Indianapolis_Chicago
D4S_S24_Memphis
D4S_S25_SanAntonio_Laredo
D4S_S26_SaltLakeCity
D4S_TCON_50States

 

[Gary Toma]

SATELLITE SPACEWAY 1, as Re-Purposed for TeleCom Service @ 139W

BEAM FOOTPRINTS
Directv SW1	updated Sep, 2017
DOWNLINKS
SW1_TLML	added 9/18/2017
SW1_TX1L
SW1_TX1R
SW1_TX2R
SW1_TX3R
SW1_TX4L
SW1_TX4R
UPLINKS	updated Sep, 2017
SW1_CMD
SW1_RX1L
SW1_RX1R	added 9/16/2017
SW1_RX2L
SW1_RX2R
SW1_RX3L
SW1_RX3R
SW1_RX4L
SW1_RX4R
SW1_RX5L
SW1_RX5R
SW1_RX6L
SW1_RX7L	added 9/16/2017

 

[Gary Toma]

SATELLITE DIRECTV D1R @110 W

BEAM FOOTPRINTS
D1R @110W	Long Retired
DOWNLINKS
D1R_110_DL_Conus
UPLINKS
D1R_Conus

 

[Gary Toma]

SATELLITE DIRECTV D5 @110W

BEAM FOOTPRINTS
D5 @110W	Updated Jun 11,2017
DOWNLINKS
D5_PRTX	Puerto Rico
UPLINKS
D5_PRRX	Puerto Rico

NOTE: 11/23/13: The previous CONUS Beam Footprint map for D5 (D5_TX1_CONUS) has been replaced with this updated map for Puerto Rico based upon this most recent FCC filing.

 

[Gary Toma]

SATELLITE DIRECTV D7S @119W

BEAM FOOTPRINTS
D7S @119W	Added Nov 23,2013
DOWNLINKS
D7S_119W_Beams_B01-B07
D7S_119W_Beams_C31-C39
D7S_119W_Beams_R11-R23
D7S_B01_Buffalo_WilkesBarre
D7S_B02_Norfolk_WilmingtonNC
D7S_B03_Paducah
D7S_B04_Duluth
D7S_B05_OklahomaCity_Tulsa_Wichita
D7S_B06_Tucson
D7S_B07_Chico_Reno
D7S_C31_Hartford_Portland_Prov_Springfld
D7S_C32_Jacksonville_Savannah_Tallahasee
D7S_C33_Charleston_Lexington_Knoxville
D7S_C34_NOrleans_BatonRg_Jacksn_Lafayet
D7S_C35_Flint_GrandRapids_Lansing_SoBend
D7S_C36_DesMoines_Omaha
D7S_C37_Albuquerque_ElPaso
D7S_C38_Bakrsfld_Frsno_Montrey_SantaBarbara
D7S_C39_Spokane_Yakima
D7S_R11_Albany_Rochester
D7S_R12_Richmond_Roanoke
D7S_R13_FtMyers-Naples
D7S_R14_Mobile-Pensacola
D7S_R15_Dayton_Indianapolis_Louisville
D7S_R16_LittleRock_Shreveport_Tyler
D7S_R17_GreenBay_Madison
D7S_R18_CorpusChristi_Harlingen_Laredo
D7S_R19_Topeka
D7S_R20_Fargo
D7S_R21_S-Colorado-unused
D7S_R22_LasVegas
D7S_R23_Eugene_Medford
D7S_NAT_50States
UPLINKS
D7S_UCR	Castle Rock
D7S_UEC	Eastern
D7S_ULA	Los Angeles
D7S_UMW	Mid West

 

[Gary Toma]

SATELLITE SPACEWAY 1 @103W

BEAM FOOTPRINTS
SW1 @103W
SW1_DLA_Conus

 

[Gary Toma]

SATELLITE DIRECTV D9S @101W

NOTE: There are 7 Beams with names preceded by "RB". These beam names were defined years before the term "RB" was associated with Reverse Band. Be certain: there are no Reverse Band beams from D9S.

BEAM FOOTPRINTS
D9S @101W
DOWNLINKS
D9S_101W_Beams_1-11
D9S_101W_Beams_12-20
D9S_101W_Beams_21-26
D9S_BB03_Orlando_Tampa
D9S_BB07_KansasCity
D9S_BB08_Houston
D9S_BB09_Denver_ColoradoSprings
D9S_BB10_Seattle_Portland_Yakima
D9S_BB11_LosAngeles_SanDiego
D9S_BB21_Baltimore_Washington_Harrisburg
D9S_BB22_Atlanta
D9S_BB23_Indianapolis_Chicago
D9S_BB24_Memphis
D9S_CB12_Phila_NYC_Boston
D9S_CB13_Cincy_Columbus_Dayton_Detroit
D9S_CB14_Charlot_Colmbia_Grnsboro_Grnvil
D9S_CB15_Miami_WPalmBeach
D9S_CB16_Minneapolis_Rochester_Mankato
D9S_CB17_StLouis
D9S_CB18_Austin_Dallas
D9S_CB19_Phoenix
D9S_CB20_SanFrancisco_Sacramento
D9S_RB01_Boston
D9S_RB02_Raleigh
D9S_RB04_Pittsburgh
D9S_RB05_Chicago_Milwaukee
D9S_RB06_Nashville_Birmingham_Huntsville
D9S_RB25_SanAntonio_Laredo
D9S_RB26_SaltLakeCity
D9S_DL1_50States	Beams NAT-2, 6, 8, 10, 14, 16, 22, 24, 30, 32
UPLINKS
D9S_ULCR_CRBC	Castle Rock Broadcast Center
D9S_ULLA_LABC	Los Angeles Broadcast Center

 

[lordodogg]

If you only have access to the Google Earth website (earth.google.com), you can still view these files.
1. Go to earth.google.com
2. After it loads, click on the Projects icon on the left of the screen. It looks like a pin symbol.
3. Click Open, then click "Import KML file from computer"
4. Select the Beam Footprint file you have, then click Open. The beam's contours should show up on the map after that.

This also applies to users of the Google Earth mobile app (specifically iOS users), and the instructions are pretty much the same for that as well.