AT&T satellite fleet

DirecTV-1R was launched in 1999. It was the first satellite used to broadcast local channels for DirecTV in major DMAs, and was positioned at 101.2° W when it first entered service. In 2004, when DirecTV completed moving all local channels in major DMAs to DirecTV-4S, DirecTV-1R was repositioned to 72.5° W to provide local channels for smaller DMAs not served by satellites in the 101° W, 110° W, or 119° W positions. From 2004 to 2011 in these smaller DMAs, a separate dish was required to obtain local channels. In early 2012, DirecTV-1R was briefly repositioned to 109.8° W as a spare for DirecTV-5, however, in mid-2012, it was announced that DirecTV-1R would be leased to the Russian Satellite Communications Company, and was repositioned to its current location at 55.8° E in late 2012 as a stopgap supplement to the RSCC's aging Bonum 1 satellite due to delays of the RSCC's Express-AT1 satellite. Express-AT1 was launched on March 15, 2014 and both DirecTV-1R and Bonum 1 have since been deorbited.

T4S (formerly DirecTV-4S) was the fifth Boeing Satellite Systems built satellite, the Boeing 601HP satellite, it was successfully launched November 27, 2001 aboard an Ariane 44LP rocket from the Guiana Space Center on the northeastern coast of South America. It is stationed at 101° West longitude. T4S is a 9,400-pound, 86-foot-long, and 24.5-foot-wide high powered satellite, with the commercial debut of two important spacecraft technologies. This is the first satellite both for DirecTV and Boeing that employs spot beams. This technology reuses the same frequencies on multiple spot beams to reach the major television markets where DirecTV delivers the signals of local network affiliates. Further details, the satellite carries two Ku-band payloads: spot beams for local channels, and a national beam payload. The spot beam payload will use a total of 38 traveling wave-tube amplifiers (TWTAs) ranging in power from 30 to 88 watts. The national beam payload carries two active transponders with further capability for two active high-power transponders and six active low-power transponders. It has a 15-year projected life span, so roughly till November 2016, unless it is extended.[22] T4S started its deorbiting process in September 2019.[23]

Galaxy 3C is a geostationary communications satellite located at 95° W. It was launched on June 15, 2002, with a Sea Launch vehicle, and is currently active on the C and K_u bands, with 24 transponders for each. Owned by Intelsat, some of the satellite's users include DirecTV's Brazil and Latin America systems, the Racetrack TV Network DBS service, and HughesNet. DirecTV is currently slowly discontinuing use of this satellite, with international channels moving to DirecTV 12 and 14.

Rite-Aid, TJ Maxx, and Chevron use Galaxy 3C as a VSAT platform.

The SPACEWAY satellites were originally designed for use by Hughes Electronics to provide both TV and broadband internet service. The satellites were re-purposed for DirecTV after News Corporation purchased a controlling interest in Hughes. Though Spaceway 1 was damaged and subsequently shut down in February 2020, Spaceway 2 continues to operate as a backup satellite.[24]

AT&T satellites 10, 11, and 12 are Boeing model 702 satellites designed to deliver high definition television to the continental United States, Hawaii, and Alaska.

DirecTV successfully launched T12 (then known as DirecTV-12), on December 28, 2009.[11] It became fully operational on May 19, 2010.

T14 (then known as DirecTV-14) was launched on December 6, 2014. T14 is a 6300 kilogram satellite, and houses 76 Ka-band transponders. It also features 18 Reverse-band transponders, a first for DirecTV. The spacecraft was built by Space Systems/Loral on their SSL-1300 bus, and has a scheduled lifetime of fifteen years. T14 is also capable of delivering 4K services. T15 was launched 5 months later on May 27, 2015. Weighing 6205 kilograms, the satellite is fitted with 30 Ku-band transponders, 24 Ka-band transponders, and 18 Reverse band transponders, and is able to operate from five orbital locations. It uses the Eurostar 3000 satellite bus. T16 was launched on June 20, 2019 and is practically identical to T15, the only difference being that T16 is built on the LX Hybrid version of the E300 bus. It will replace several satellites (T4S, T5 and Galaxy 3C) that have reached their end-of-life.[25]