All NASA Contracts — May 20, 2026

Northrop Grumman won a $569.5M firm-fixed-price delivery order from NASA for the JPSS-2 polar satellite, with performance through April 2028. This adds a long-duration, high-value revenue stream to its space systems segment, reinforcing its competitive moat in large space vehicle manufacturing.

Raytheon secured a $200M cost-plus-award-fee contract from NASA Goddard for three Landis flight instruments, with potential total value of $506.7M through 2037. The cost-plus structure reduces profit risk, and the full-and-open competition win demonstrates competitive strength in specialized aerospace R&D.

Caltech received a $445M cost-plus-fixed-fee delivery order for pre-phase A/phase A space R&D, awarded non-competitively. While this signals deep incumbency at JPL, it offers no direct public equity exposure and concentrates significant NASA early-stage R&D spending with a single non-profit entity.

Northrop Grumman's $569.5M JPSS-2 contract is firm-fixed-price, meaning cost overruns on this complex polar satellite program would directly impact margins. The 13-year performance period increases exposure to technical and schedule risks.

The $200M Raytheon Landis contract and $70.4M Caltech UVEX contract are tied to NASA Earth science and astrophysics budgets, which face potential cuts under continuing resolutions or shifting administration priorities. Only $96.8M of the Raytheon $200M obligation has been outlaid, indicating future funding dependency.

Caltech received two awards totaling $515.4M (40% of total digest value), both for space R&D. This concentration of NASA's early-stage research with a single non-profit entity creates dependency risk for the agency and limits competitive dynamics.

Northrop Grumman's JPSS-2 contract has $37.2M in unexercised options. Successful delivery milestones could lead to option exercise and follow-on polar satellite contracts from NOAA/NASA, expanding the $569.5M base.

Raytheon's Landis contract has options valued at $306.7M beyond the $200M obligation, with potential extension to 2037. NASA's consistent funding for Earth science programs supports option exercise, providing long-term revenue visibility for RTX.

The $569.5M Northrop Grumman JPSS-2 contract and the $200M Raytheon Landis instrument award both support NASA's Earth observation and weather forecasting missions. These programs are typically resilient in budgets due to their critical role in climate monitoring and national weather prediction.

Caltech received $515.4M (40% of digest value) for pre-phase A/phase A space R&D and the UVEX project, both awarded non-competitively or on technical merit. This concentration with a non-profit means public equity investors have limited direct exposure to NASA's foundational R&D spending.

{"entity"=>"Northrop Grumman (NOC)", "reason"=>"JPSS-2 spacecraft delivery milestones will determine option exercise and future polar satellite contract awards.", "trigger"=>"JPSS-2 delivery milestone announcements; NOAA polar satellite procurement updates"}

{"entity"=>"RTX Corporation (RTX)", "reason"=>"Only $96.8M of $200M Landis obligation outlaid; option exercise depends on NASA Earth science budget.", "trigger"=>"NASA FY2027 budget request; Landis instrument development milestone announcements"}

{"entity"=>"NASA Science Mission Directorate", "reason"=>"Budget for Earth science and astrophysics directly impacts Raytheon Landis and Caltech UVEX contracts.", "trigger"=>"FY2027 appropriations bill; continuing resolution impact on NASA R&D accounts"}