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The satellite started moving to its new orbital position on 5 December 2002 [9] and it went through a name change from Anatolia-1 to Paksat-1 on 18 December 2002. [10] After a series of orbital maneuvers, the satellite was stabilized at its final location on 20 December 2002 with 0° inclination.
Paksat-1R (or Paksat-1 Replacement) is a geosynchronous, communications satellite that was manufactured by China Great Wall Industry Corporation (CGWIC) [5] and operated by the Space and Upper Atmosphere Research Commission (SUPARCO), an executive space authority of the Government of Pakistan.
The Paksat-MM1 is a Pakistani communication satellite, which was launched on 30 May 2024. [1] [2] This mission was a joint effort of the Space and Upper Atmosphere Research Commission (SUPARCO) and the China Aerospace Science and Technology Corporation. [3] The satellite was launched from China's Xichang Satellite Launch Centre. [4]
Paksat renamed it Paksat-MM1 (Paksat-Multi Mission 1) and began operations in March 2018. [2] After the lease expired, the satellite was returned to China and relocated to 147.5° East. As of 29 August 2024 (according to flysat.com), it is no longer operational and has been replaced by PakSat-MM1R, a new satellite launched on 30 May 2024. [6]
ISS SpaceX Satellite Tracking – tracks all Earth orbiting satellites while providing detailed location information for the users location, plus pass prediction listing. TrackSat - Satellite tracker – can track satellites orbiting the Earth in real time and predict their passes over your specific geolocation.
The Paksat-IR satellite marked a historic milestone in Pakistan's space program. Launched on August 11, 2011, at 9:17 PM (PKT), it was the first geostationary (GEO) satellite to be deployed as part of the Space Programme 2040.
Ku-band satellite 123.0°W: Galaxy 18: LS-1300: United States Intelsat: Television and radio broadcasting North America: 21 May 2008, [[Zenit Hybrid C/K u-band satellite 2008-11-19 121.0°W: Galaxy-23: FS-1300: United States Intelsat: Direct Broadcasting North America: 7 August 2003: Hybrid C/K u /K a-band satellite; C band payload referred to ...
Universal Satellites Automatic Location System (USALS), also known (unofficially) as DiSEqC 1.3, Go X or Go to XX is a satellite dish motor protocol that automatically creates a list of available satellite positions in a motorised satellite dish setup. It is used in conjunction with the DiSEqC 1.2 protocol.