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October 5, 2018

US DARPA to receive first SeeMe small satellite from Raytheon

Raytheon has completed the delivery of the first Space Enabled Effects for Military Engagements (SeeMe) satellite to the US Defense Advanced Research Projects Agency (DARPA).

Raytheon has completed the delivery of the first Space Enabled Effects for Military Engagements (SeeMe) satellite to the US Defense Advanced Research Projects Agency (DARPA).

Designed to offer increased situational awareness to ground troops, the new SeeMe satellite has been assembled on the company’s advanced missile production lines.

The SeeMe programme seeks the manufacture of small satellites at affordable costs, and enables small squads to receive tactical imagery directly from a small satellite.

Under the programme, a future constellation of small satellites will be built to deliver high-resolution images of precise locations of interest to the handheld devices used by the soldiers.

Raytheon Advanced Missile Systems vice-president Dr Thomas Bussing said: “Ground troops can’t always get immediate access to the larger, military and commercial satellites.

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“These smaller, SeeMe satellites will be dedicated to soldiers, providing them with real-time images from space when they’re needed most.”

“These smaller, SeeMe satellites will be dedicated to soldiers, providing them with real-time images from space when they’re needed most.”

The company can use its automated missile production lines to develop large numbers of the SeeMe satellites.

Once built, the US research agency will integrate the satellite on to a Spaceflight Industries payload that is slated to be launched into low-earth orbit on a SpaceX rocket later this year.

Military users will be able to assess and evaluate the satellite’s performance during missions to be carried out early next year.

A SeeMe constellation is expected to comprise different types of small satellites, each capable of being operational for one to five years before de-orbiting and burning up, thereby leaving no space debris and causing no re-entry hazard.

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