Skip to main content
Logo GMV

Main navigation

  • Sectors
    • Icono espacio
      Space
    • Icono Aeronáutica
      Aeronautics
    • Icono Defensa y Seguridad
      Defense and Security
    • Icono Sistemas Inteligentes de Transporte
      Intelligent Transportation Systems
    • Icono Automoción
      Automotive
    • Icono Ciberseguridad
      Cybersecurity
    • Icono Servicios públicos Digitales
      Digital Public Services
    • Icono Sanidad
      Healthcare
    • Icono Industria
      Industry
    • Icono Financiero
      Financial
    • Icono Industria
      Services
    • All Sectors

    Highlight

    EMV Transit
    EMV Transit: technology that keeps on working
  • Talent
  • About GMV
    • Get to Know the Company
    • History
    • Management Team
    • Certifications
    • Corporate Social Responsibility
  • Communication
    • News
    • Events
    • Blog
    • Magazine GMV News
    • Press Room
    • Media library
    • Latest from GMV

Secondary navigation

  • Products A-Z
  • GMV Global
    • Global (en)
    • Spain and LATAM (es - ca - en)
    • Germany (de - en)
    • Portugal (pt - en)
    • Poland (pl - en)
    • All branches and all GMV sites
  • Home
  • Communication
  • News
Back
New search
Date
  • Space

The Spanish satellite PAZ is now in space

26/02/2018
  • Print
Share
PAZ 0

At 06.17 hours local time (14.17 hours GMT) on 22 February the satellite PAZ blasted off successfully atop a SpaceX Falcon 9 launcher from the Vandenberg Air Force Base in California, USA.

PAZ, part of Spain’s National Satellite Earth-Observation Program (Programa Nacional de Observación de la Tierra por Satélite: PNOTS), is equipped with high resolution radar imaging technology, capable of working in any weather or light conditions.

The satellite carries onboard a Synthetic Aperture Radar (SAR), which will pool all recorded data to build up maps of a great variety of environments of national and commercial interest. Although this technology was first taken up in the eighties of last century, Paz is the first satellite capable of combining data compiled by the SAR and the AIS receiver, also carried onboard the satellite. AIS is short for Automatic Identification System, i.e., a commonly used ship tracking device.

Eighteen European firms and 3 Spanish universities have been involved in the mission. GMV forms part of the industrial group that has worked on the mission’s ground segment, holding responsibility for setting up the control center, the precise tracking system and the planning system. GMV is also responsible for providing the radar-image-distribution and user-management system, both for civil and defense users.

This hexagonal polyhedron, weighing nearly a ton and a half, will orbit our planet about 15 times a day, covering a wide swathe of 300,000 km2 every 24 hours, in a sun-synchronous orbit at a height of about 500 km.

The satellite will carry an Extreme Precipitation and Radio Occultation (Radio Ocultación y Precipitación Extrema: ROHP) experiment of the Space Science Institute (Instituto de Ciencia del Espacio) of the Higher Council of Scientific Research (Consejo Superior de Investigaciones Científicas), which will study atmospheric phenomena by analyzing GPS signal occultation upon crossing the atmosphere. This productive mission will also contribute towards the Copernicus space program, Europe’s biggest security and environmental monitoring program. Specifically, Paz falls within Mission Group 1 (SAR, VHR1 and MR1), the first of the five mission groups designed to improve this service of the ESA program.

The Origins

Spain’s National Satellite Earth-Observation Program (Programa Nacional de Observación de la Tierra por Satélite: PNOTS) is an agreement signed between Spain’s MoD and the Ministry of Industry, Tourism and Commerce (Ministerio de Industria, Turismo y Comercio). Under CDTI funding the company HISDESAT is responsible for the space segment and INTA for the ground segment.

This program has spawned two satellites, Paz and Ingenio. Paz arose as a response to the Spanish Airforce’s demand for radar technology of these characteristics, while aiming at the same time to meet civil needs. Ingenio, based on optical technology, meets civil and governmental needs and is expected to be operational by 2020.

2007 was the year when the program’s starting pistol was fired. Only ten years later, with the launch of the first satellite, the project is a reality. This new step will boost Spain’s satellite-based earth-observation autonomy.

  • Print
Share

Related

emissary
  • Space
Europe strengthens its space security with the EMISSARY project
satelite
  • Space
GMV renews its contract with the French Space Agency for the maintenance and evolution of the BAS3E space surveillance simulation system
debris
  • Space
GMV wins a contract with ESA to study the orbital neighbourhood of a space mission

Contact

Contact menu

  • Contact
  • GMV around the world

Blog

  • Blog

Sectors

Sectors menu

  • Space
  • Aeronautics
  • Defense and Security
  • Intelligent Transportation Systems
  • Automotive
  • Cybersecurity
  • Digital Public Services
  • Healthcare
  • Industry
  • Financial
  • Services
  • Talent
  • About GMV
  • Shortcut to
    • Press Room
    • News
    • Events
    • Blog
    • Products A-Z
© 2025, GMV Innovating Solutions S.L.

Footer menu

  • Contact
  • Legal Notice
  • Privacy Policy
  • Cookie Policy

Footer Info

  • Commitment to the Environment
  • Financial Information