Olymp-K (Russian: Олимп-К meaning Olympus) is a Russian geostationary satellite built for the Russian Ministry of Defence and Federal Security Service (FSB). The satellite is also referred to as "Luch".[2] It is believed to be a signals intelligence satellite.[2]
Mission type | Military, ELINT |
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Operator | FSB |
COSPAR ID | 2014-058A[1] |
SATCAT no. | 40258[1] |
Mission duration | 15 years |
Spacecraft properties | |
Bus | Ekspress-2000 |
Manufacturer | JSC Information Satellite Systems |
Launch mass | 3,000 kilograms (6,600 lb) |
Start of mission | |
Launch date | 28 September 2014, 20:23 (2014-09-28UTC20:23Z) UTC |
Rocket | Proton-M/Briz-M |
Launch site | Baikonur 81/24[1] |
Orbital parameters | |
Reference system | Geocentric 167° East |
Regime | Geosynchronous |
Perigee altitude | 35,780 kilometres (22,230 mi)[1] |
Apogee altitude | 35,798 kilometres (22,244 mi)[1] |
Inclination | 0.05 degrees[1] |
Period | 1436.24 minutes[1] |
Epoch | 5 October 2015, 09:00 UTC[1] |
Olymp-K was launched on 28 September 2014. The Proton-M rocket with a Briz-M upper stage launched from Baikonur Cosmodrome launchpad 81/24 in Kazakhstan at 20:23 UTC.[3][1][4] After four burns of the Briz-M upper stage it was placed into geosynchronous transfer orbit.[4][1] In a press release on 28 September 2014, Roscosmos referred to the satellite as "Luch".[5]
Following its launch, the Olymp-K satellite made several manoeuvres before settling at 18.1° West longitude around 4 April 2015. The satellite was then positioned in an orbit directly between Intelsat 901, which was located at 18° West, and Intelsat 7, located at 18.2° West.[4] It remained in geosynchronous orbit between the satellites for five months. At times, Olymp-K performed colocation manoeuvres, positioning itself around 10 kilometres from the satellites.[4] In September 2015, the satellite was manoeuvred to a position at 24.4° West, adjacent to the Intelsat 905 satellite.[6] While JFCC SPACE spokesperson and Air Force Captain Nicholas Mercurio said there were three occasions where the Olymp-K satellite had come within five kilometres of another satellite, an industry source indicated that Air Force data were predictions based on drift rates and that Olymp-K's approach had not brought it closer than 10 kilometres to the Intelsat satellites.[4] As of December 2019, the satellite is located at 70.6° East Longitude.[7]
In 2018 France criticised Russia for manoeuvring the satellite close to the French Athena-Fidus satellite. Florence Parly, the French defence minister, accused Russia of "an act of espionage".[2]
Intelsat criticized the maneouvres, with Intelsat General president Kay Sears saying that "this is not normal behavior and we're concerned."[4] Attempts by Intelsat to contact the owners of the Russian satellite directly and via the US Defense Department did not receive a response. Members of the space community consider the incident to be among the first documented instances of a foreign military satellite approaching a commercial operator in such a manner.[4]
In a 5 October analysis of Russian proximity and rendezvous operations written for the Space Review, Secure World Foundation technical adviser Brian Weeden highlighted Olymp-K's movements. In his paper, he wrote that many Russian space program observers believe the satellite mission involves signals intelligence or communications.[8][4] Observers also speculated whether there is a connection between Olymp-K and the Yenisey A1 (Luch 4) experimental satellite.[6] A Kommersant report indicated that Olymp-K would provide secure governmental communications as well as electronic intelligence (SIGINT).[9] Sources have also reported that the satellite has an onboard laser communications device and will provide the GLONASS system with navigation correction signals.[6]
Olymp-K's maneouvres were reported to have led to several classified meetings within the U.S. Defense Department.[4]
← 2013 · Orbital launches in 2014 · 2015 → | |
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January | |
February | Progress M-22M – ABS-2 · Athena-Fidus – Türksat 4A – USA-248 – GPM Core · Ginrei · KSAT-2 · INVADER · OPUSAT · STARS-II · TeikyoSat-3 · ITF-1 |
March | |
April | USA-249 – Sentinel-1A – IRNSS-1B – Progress M-23M – Ofek-10 – USA-250 – EgyptSat 2 – SpaceX CRS-3 · KickSat · PhoneSat 2.5 · ALL-STAR/THEIA · SporeSat · TestSat-Lite – Luch 5V · KazSat-3 – KazEOSat 1 |
May | Kosmos 2495 – Ekspress AM4R – USA-251 – USA-252 – Kosmos 2496 · Kosmos 2497 · Kosmos 2498 · Kosmos 2499 – ALOS-2 · Raijin-2 · UNIFORM-1 · SOCRATES · SPROUT – Eutelsat 3B – Soyuz TMA-13M |
June | Kosmos 2500 – Deimos-2 · KazEOSat 2 · Hodoyoshi 3 · Hodoyoshi 4 · AprizeSat 9, 10 · BRITE-Montreal · BRITE-Toronto · BugSat 1 · SaudiSat-4 · TabletSat-Aurora · UniSat-6 (AeroCube-6 · ANTELSAT · Lemur-1 · Tigrisat) · DTUSat-2 · Duchifat-1 · NanoSatC-Br 1 · PACE · Perseus-M × 2 · PolyITAN-1 · POPSAT-HIP-1 · QB50P1 · QB50P2 · Flock-1c × 11 – SPOT 7 · CanX-4 · CanX-5 · AISat · VELOX-I |
July | OCO-2 – Gonets-M No. 8, 9, 10 – Meteor-M 2 · AISSat-2 · DX-1 · Relek · SkySat-2 · TechDemoSat-1 · UKube-1 – O3b × 4 (FM3, FM6, FM7, FM8) – CRS Orb-2 (Flock-1b × 28 · TechEdSat-4) – Orbcomm-2 × 6 – Foton-M No.4 – Progress M-24M – USA-253 · USA-254 · USA-255 – Georges Lemaître ATV |
August | USA-256 – AsiaSat 8 – Yaogan 20 A, B, C – WorldView-3 – Gaofen 2 · Heweliusz – Galileo FOC-1 · Galileo FOC-2 |
September | Chuangxin 1-04 · Lingqiao – AsiaSat 6 – Yaogan 21 · Tiantuo 2 – MEASAT 3b · Optus 10 – USA-257 – SpaceX CRS-4 – Soyuz TMA-14M – Olimp-K – Shijian XI-07 |
October | Himawari 8 – IRNSS-1C – Intelsat 30 · ARSAT-1 – Yaogan 22 – Ekspress AM6 – Chang'e 5-T1 · 4M – Shijian 11-08 – Cygnus CRS Orb-3 (Arkyd-3 · Flock-1d × 26 · GOMX-2 · RACE) – Progress M-25M – USA-258 – Meridian 7 |
November | Sasuke · Hodoyoshi 1 · Kinshachi 1 · Tsukushi · TSUBAME – Yaogan 23 – Yaogan 24 – Kuaizhou 2 – Soyuz TMA-15M – Kosmos 2501 |
December | Hayabusa2 · PROCYON · Shinen 2 · DESPATCH – Orion EFT-1 – DirecTV-14 · GSAT-16 – CBERS-4 – Yaogan 25 A, B, C – USA-259 – Yamal-401 – O3b × 4 (FM9 to FM12) – Kondor-E No.2 – IPM – Kosmos 2502 – Resurs-P No.2 – Yaogan 26 – Astra 2G – Fengyun 2-08 |
Launches are separated by dashes ( – ), payloads by dots ( · ). Crewed flights are underlined. Launch failures are in italics. Payloads deployed from other spacecraft are (enclosed in brackets). |