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Tracking and Data Relay Satellite System
Tracking and Data Relay Satellite System is explored here through 13 archived missions, from TDRS-1 through TDRS-13, with the program’s spacecraft, people, milestones, and source-backed history connected along the way.
- Missions
- 13
- People
- 0
- Vehicles
- 13
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Tracking and Data Relay Satellite System spacecraft
13 mission-specific spacecraft and test articles, plus 0 launch systems and shared hardware records.
Showing vehicles 1–12 of 13
Geostationary tracking and data-relay satelliteApril 4, 1983TDRS-1 spacecraft
TDRS-1 spacecraft was a about 5,000 pounds (2,270 kilograms) with deployed antennas NASA communications platform carrying s-band multiple-access array, steerable s-band and ku-band single-access antennas, telemetry, command, and station-keeping systems.
Geostationary tracking and data-relay satelliteDecember 4, 2002TDRS-10 spacecraft
TDRS-10 spacecraft was a about 7,000 pounds (3,180 kilograms) NASA communications platform carrying multiple-access s-band, steerable s-, ku-, and ka-band relay antennas, modern digital processing, telemetry, command, and station keeping.
Geostationary tracking and data-relay satelliteJanuary 30, 2013TDRS-11 spacecraft
TDRS-11 spacecraft was a about 7,600 pounds (3,450 kilograms) NASA communications platform carrying multiple-access s-band, steerable s-, ku-, and ka-band relay antennas, modern digital processing, telemetry, command, and station keeping.
Geostationary tracking and data-relay satelliteJanuary 23, 2014TDRS-12 spacecraft
TDRS-12 spacecraft was a about 7,600 pounds (3,450 kilograms) NASA communications platform carrying multiple-access s-band, steerable s-, ku-, and ka-band relay antennas, modern digital processing, telemetry, command, and station keeping.
Geostationary tracking and data-relay satelliteAugust 18, 2017TDRS-13 spacecraft
TDRS-13 spacecraft was a about 7,600 pounds (3,450 kilograms) NASA communications platform carrying multiple-access s-band, steerable s-, ku-, and ka-band relay antennas, modern digital processing, telemetry, command, and station keeping.
Geostationary tracking and data-relay satelliteJanuary 28, 1986TDRS-2 spacecraft
TDRS-2 spacecraft was a about 5,000 pounds (2,270 kilograms) with deployed antennas NASA communications platform carrying s-band multiple-access array, steerable s-band and ku-band single-access antennas, telemetry, command, and station-keeping systems.
Geostationary tracking and data-relay satelliteSeptember 29, 1988TDRS-3 spacecraft
TDRS-3 spacecraft was a about 5,000 pounds (2,270 kilograms) with deployed antennas NASA communications platform carrying s-band multiple-access array, steerable s-band and ku-band single-access antennas, telemetry, command, and station-keeping systems.
Geostationary tracking and data-relay satelliteMarch 13, 1989TDRS-4 spacecraft
TDRS-4 spacecraft was a about 5,000 pounds (2,270 kilograms) with deployed antennas NASA communications platform carrying s-band multiple-access array, steerable s-band and ku-band single-access antennas, telemetry, command, and station-keeping systems.
Geostationary tracking and data-relay satelliteAugust 2, 1991TDRS-5 spacecraft
TDRS-5 spacecraft was a about 5,000 pounds (2,270 kilograms) with deployed antennas NASA communications platform carrying s-band multiple-access array, steerable s-band and ku-band single-access antennas, telemetry, command, and station-keeping systems.
Geostationary tracking and data-relay satelliteJanuary 13, 1993TDRS-6 spacecraft
TDRS-6 spacecraft was a about 5,000 pounds (2,270 kilograms) with deployed antennas NASA communications platform carrying s-band multiple-access array, steerable s-band and ku-band single-access antennas, telemetry, command, and station-keeping systems.
Geostationary tracking and data-relay satelliteJuly 13, 1995TDRS-7 spacecraft
TDRS-7 spacecraft was a about 5,000 pounds (2,270 kilograms) with deployed antennas NASA communications platform carrying s-band multiple-access array, steerable s-band and ku-band single-access antennas, telemetry, command, and station-keeping systems.
Geostationary tracking and data-relay satelliteJune 30, 2000TDRS-8 spacecraft
TDRS-8 spacecraft was a about 7,000 pounds (3,180 kilograms) NASA communications platform carrying multiple-access s-band, steerable s-, ku-, and ka-band relay antennas, modern digital processing, telemetry, command, and station keeping.