| | Position  | Status | Satellite Name | Norad | Cospar | Satellite Model | Operator | Launch site | Launch mass | Launch date | | | Comments |
|---|
| 1 | 5 E | moving | Kizuna (WINDS) | 32500 | 2008-007A | WINDS | JAXA (Japan Aerospace Exploration Agency) | Tanegashima Space Center | 4850 | 23-Feb-2008 | | | Ka-band transponders enabling super high-speed data communications of up to 1.2 Gbps to bring broadband Internet services into underserved households and businesses, the Wideband Internetworking engineering test and Demonstration Satellite will reach both local markets in Japan and international centers across the Asia-Pacific region. |
| 2 | 14 E | moving | Intelsat 28 (Intelsat New Dawn) | 37392 | 2011-016A | GEOStar-2 | Intelsat | Guiana Space Center | 3000 | 22-Apr-2011 | | | 28 C-band (failed) and 24 Ku-band 36 MHz transponder units to deliver wireless backhaul, broadband and television programming to part of Europe, Middle East, Africa and Sub-Saharan regions. Shortly after the launch Intelsat determined that the satellite’s C-band antenna reflector had not successfully deployed most likely due to a malfunction of the reflector sun shield. As a result, the sun shield interfered with the ejection release mechanism and thus prevented the deployment of the C-band antenna. |
| 3 | 44 E | moving | Thuraya 4 (Thuraya-4-NGS, Thuraya NGS) | 62483 | 2025-001A | Eurostar-Neo | Thuraya Telecommunications Co. | Cape Canaveral SFS | | 4-Jan-2025 | | | The satellite incorporates a large 12-meter L-band antenna and a payload with on-board processing providing advanced routing flexibility of up to 3200 channels with dynamic power allocation over a large number of spot beams |
| 4 | 45 E | moving | ChinaSat 6A (Zhongxing-6A, ZX-6A, Sinosat 6, Xinnuo 6, 中星6A) | 37150 | 2010-042A | DFH-4 Bus | China Satellite Communications Co. Ltd.(China Satcom) | Xichang Satellite Launch Center | 5100 | 4-Sep-2010 | | | 24 C-band, 8 Ku-band and 1 S-band active transponders to provide telecommunication services to China, Mongolia, the Korean Peninsula, Japan, Russia, parts of Asia, South Asia, Southeast Asia, Central Asia, West Asia, Australia and New Zealand |
| 5 | 71 E | moving | G-Space 1 (GS 1, Nusantara H-1A) | 56372 | 2023-060C | TBD | PT Pasifik Satelite Nusantara (PSN) | Cape Canaveral SFS | 22 | 1-May-2023 | | | 16U CubeSat by Gravity Space hosting several payloads for different customers including Earth observation, scientific experiments and bring-into-use (BIU) services at Ku, Ka and V/Q frequency bands. Nusantara H-1A is an Indonesian payload launched to retain the Ka- and Ku-band rights to a geostationary orbital slot reserved for a delayed communications satellite. Indonesia is going to retain the rights by the temporary use of small placeholder satellite, which will “bring into use” (BIU) the reserved frequencies for a time of three months, which will allow an extension of the deadline to start operations with the real communications satellite. |
| 6 | 148 E | moving | Paksat-MM (PakSat Multi-Mission Satelite 1, Asiasat 4) | 27718 | 2003-014A | HS-601HP | Pakistan Ministry of Information Technology and Telecommunications | Cape Canaveral SFS | 4137 | 12-Apr-2003 | | | 28 active transponders with six spares in C-band, powered by 55 watt traveling-wave tube amplifiers (TWTAs), and 20 active transponders with four spares in Ku-band, powered by 140 watt TWTAs to provide broadcast, telecommunications and broadband multimedia services to four continents, and direct-to-home broadcast services to Pakistan |
| 7 | 164 E | moving | Hylas 2 | 38741 | 2012-043B | GEOStar-2 | Avanti Communications Ltd | Guiana Space Center | 3311 | 2-Aug-2012 | | | 24 active Ka-band user beams and six gateway beams to provide two-way communications services for high-speed delivery of data to Northern and Southern Africa, Eastern Europe and the Middle East. Also equipped with a steerable spot beam which can provide coverage anywhere on Earth that is visible to the satellite. |
| 8 | 150 W | moving | Inmarsat-3F3 (Inmarsat 3F3, I3F3, POR) | 24674 | 1996-070A | AS-4000 | Inmarsat plc | Cape Canaveral SFS | 2040 | 18-Dec-1996 | | | 22 (+11) L-band transponders (22W Power amplifiers), C-band uplink. 7 Wide Spots and 1 Global Beam to provide broadcasting, business services and mobile communications to Pacific Ocean Region |
| 9 | 19 W | moving | Arcturus (Aurora 4A) | 56371 | 2023-060B | MicroGEO | Astranis Space Technologies Corp. | Cape Canaveral SFS | 400 | 1-May-2023 | | | Small geostationary high-throughput communications satellite to be used to provide broadband communications services for Alaska for Pacific Dataport. Astranis will be the owner and operator of the satellite. The payload was designed to deliver 7.5 gigabits per second. After reaching orbit, Arcturus suffered a solar array malfunction. It will be temporarily replaced with UtilitySat 1, which is to launch later in 2023, until a full replacement is available.
Relocating to 78E Orbital location |
Satellites