[SatNews] will provide very-high-quality panchromatic including cadastral surveys, management of natural resources, environmental monitoring and homeland surveillance.
The launcher for Arianespace’s initial Vega flight of 2014 began its build-up this week at the Spaceport in French Guiana, marking the first step in a mission campaign that will lead to its orbiting of the DZZ-HR high-resolution observation satellite.
Vega’s P80 first stage for Arianespace Flight VV03 approaches the Spaceport’s SLV launch complex on a transporter vehicle.
To initiate the activity, Vega’s P80 first stage was transferred yesterday from the Spaceport’s Booster Integration Building to the SLV launch zone. It was then positioned on the launch pad and protected by the mobile gantry.
The P80 is an advanced solid propellant motor that features a novel filament-wound casing structure. Using one of the largest, most powerful single-block solid propellant motors ever built, the 11-meter tall stage burns for approximately 100 seconds during Vega’s first phase of flight.
This third Vega mission’s DZZ-HR payload is a 900-kg.-class satellite produced by Airbus Defence and Space for the Republic of Kazakhstan’s government. Once in Sun-synchronous orbit, DZZ-HR will provide very-high-quality panchromatic and multispectral products for a wide range of applications, including cadastral surveys, management of natural resources, environmental monitoring and homeland surveillance.
Vega is the light-lift member of Arianespace’s launcher family, joining the medium-weight Soyuz and heavy-lift Ariane 5 iSpaceport.
Developed in a European Space Agency program led by Italy’s ASI space agency and industrial prime contractor ELV SpA., Vega was conceived for the orbiting of small- to medium-sized satellites, including institutional and scientific spacecraft. The vehicle’s benchmark mission is for a 1,500-kg. payload lift performance into a 700 km. altitude circular orbit.
The first Vega launch (designated Flight VV01 in Arianespace’s numbering system) was a qualification mission performed in February 2012, carrying the LARES laser relativity satellite, a small ALMASat-1 technology microsatellite demonstrator, and seven CubeSats. It was followed by Flight VV02 in May 2013, which orbited the Proba-V, VNREDSat-1 and ESTCube-1 satellites.
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