About $3.47B to study the polar space vehicles of Next Generation OPIR — the geosynchronous side went to a different company, on the neighbouring contract number (Northrop Grumman, Air Force)

1Where you watch from changes the satellite

Satellites that detect missile launches are designed differently depending on where they watch from. A geosynchronous orbit turns with the Earth, so the same region can be kept in view continuously. A polar orbit circles north to south, reaching high latitudes including the polar regions. Regions hard to see from geosynchronous orbit are covered by satellites in a different orbit.

This record concerns space vehicles 1 and 2 on the polar side, with the geosynchronous side existing as a separate contract.

2The same program going to different companies

In the records this site holds, the geosynchronous vehicles 1 to 3 were awarded to Lockheed Martin at about $7.47 billion and the polar vehicles 1 to 2 to Northrop Grumman at about $3.47 billion, together about $10.94 billion. The contract numbers, FA881018C0005 and FA881018C0006, are sequential, showing they issued from the same awarding flow.

The start dates are 25 June 2018 for the polar side and 14 August 2018 for the geosynchronous, so the polar side came first. Read alone, one looks like an award to a single company; grouped by number, one program divided by orbit becomes visible.

3$3.47 billion for a study

The description ends with the word study. This is not a contract to manufacture and launch spacecraft but the examination that precedes it. The amount is nonetheless about $3.47 billion, among the larger figures across the 207 Department of Defense contracts this site holds as of 2026-08-31. In space systems, the stage of deciding what to build itself carries large cost and time.

That the period is set from 2018 to 2031, close to thirteen years, reads as reflecting that character. What the study concluded is not part of this record.