JCSAT-110

As most satellites based on the A2100-AX platform, it uses a 460 N (100 lbf) LEROS-1C liquid apogee engine (LAE) for orbit raising.Its dual wing solar panels gave a power generation capability of 8.3 kW at the end of its design life, with a span of 26.4 m (87 ft) when deployed.[2] Its payload is composed of twenty-four 36 MHz Ku-band transponders with a TWTA output power of 120 watts per channel.[5] On 6 October 2000 at 23:00 UTC, an Ariane-42L H10-3 successfully launched N-SAT 110 to a geostationary transfer orbit from Centre Spatial Guyanais ELA-2.[11] One hour later, at 00:04 UTC, on 7 October 2000, the first signals from the satellite were successfully received from the Australia ground station.
CommunicationsSKY Perfect JSAT GroupCOSPAR IDSATCAT no.A2100-AXLockheed Martin SpaceAriane 42L H10-3Centre Spatial GuyanaisArianespaceGeocentric orbitGeostationary orbitKu-bandSuperbird-B2Superbird-A2communications satelliteJSAT CorporationSpace Communications CorporationlongitudeLockheed Martinsatellite busLEROS-1Cliquid apogee engineorbit raisingsolar panelstranspondersAriane-42L H10-32000 in spaceflightSuperbirdSKY Perfect JSATSuperbird-ASuperbird-1Superbird-BSuperbird-2Superbird-B1Superbird-1BSuperbird-A1Superbird-1ASuperbird-CSuperbird-3Superbird-A3Superbird-4Superbird-DSuperbird-5Superbird-6Superbird-C2Superbird-7Superbird-B3Superbird-8Superbird-9← 1999Orbital launches in 20002001 →Galaxy 10RJAWSATFalconSAT-1Progress M1-1Hispasat 1CASTRO-ESTS-99Garuda 1Ekspress A2INSAT-3BAsiaStarSoyuz TM-30SESAT 1Galaxy 4RProgress M1-2GOES 11USA-150STS-101Eutelsat W4Ekspress A3Fengyun 2BSNAP-1TDRS-8Sirius FM-1ZvezdaEchoStar VIRubin-1USA-151Progress M1-3Brazilsat B4Nilesat 102Sirius FM-2Eutelsat W1STS-106Astra 2BNOAA-16TiungSAT-1N-SAT-110HETE-2STS-92ITS Z1Progress M-43Europe*Star 1Soyuz TM-31USA-154PAS-1RSTRV 1CSTRV 1DProgress M1-4QuickBird-1Anik F1Sirius FM-3STS-97ITS P6EROS AAstra 2D