SpaceTech

See deep, see through, see more with imagery from satellites, UAVs, drones. autonomous and other road vehicles

SpaceVee designs, develops and produces devices and services that enable powerful vision for satellites, drones, UAVs, autonomous and manual vehicles in visibility challenging conditions. The agriculture industry benefits too.

Imagery acquired by satellite sensors are often rendered worthless or ineffective due to weather conditions such as atmospheric haze and fog. This is caused by millions of various particles suspended in the atmosphere. These scatter and absorb light resulting in degraded imagery.

See examples for drones, UAVs, autonomous (SDVs) and manual vehicles as well as for agriculture below and in other sections of our website.

  • Egyptian Archaeological Site before SpaceVee
  • Egyptian Archaeological Site as seen by SpaceVee
  • Italian City before SpaceVee
  • Italian City as seen by SpaceVee
  • Swakopmund, Namibia small
    Swakopmund, Namibia
  • ERV Enhanced satellite image of Swakopmund, Namibia
    SpaceVee Enables Deep Visibility
  • Tullach Mohr Fire South Africa
    Tullach Mohr Fire South Africa
  • Tullach Mohr Fire South Africa ERV scan
    Tullach Mohr Fire South Africa SpaceVee scan
  • Peat Fires, Indonesia by Planet Labs
    Peat Fires, Indonesia by Planet Labs
  • Peat Fires, Indonesia 2 enhanced by SpaceVee
    Peat Fires, Indonesia 2 enhanced by SpaceVee

Operation and effectiveness of drones and other aerial machines is heavily impaired when visibility is reduced or impossible for the machine.

  • London City View in Fog
    London City View in Fog
  • ERV Improved Visibility Scan of London City View in Fog
    SpaceVee Improves Visibility

Imagery captured by drones and other aerial vehicles are similarly affected by weather conditions such as haze, fog, dust, smoke, rain and so on.

SpaceVee provides solutions to counter visibility issues for the satellite and drone industries. Our products help improve the quality of lives on Earth and in Space now and in the future.