80MSFC20F0174↗

Name: 80MSFC20F0174: The Miniature Radio Frequency (Mini-Rf) Synthetic Aperture Radar Instrument'S Team (Jhu/Apl) Will Perform Bi-Static Synthetic Aperture Radar Observations of the Lunar Surface Using the Deep Space Network'S Dss-13 Aperture As the X-Band Transmission.
Creator: SpendQuery
License: https://www.usa.gov/government-works

The Johns Hopkins University Applied Physics Laboratory LLC received this contract from Nasa Marshall Space Flight Center, National Aeronautics and Space Administration: $6.76M obligated so far for space r&d services; space flight, research and supporting activities; basic research. It runs to 2028-09-30.

Key facts · data as of Oct 23, 2026

Recipient: The Johns Hopkins University Applied Physics Laboratory LLC
Awarding agency: National Aeronautics and Space Administration
Contracting office: Nasa Marshall Space Flight Center (80MSFC)
Obligated to date: $6.76M
Potential value: $13.01M
Ends: 2028-09-30

Source: USAspending.gov prime award records (obligations: money committed, not outlays), data as of Oct 23, 2026.

Cite this page: SpendQuery, Award 80MSFC20F0174, data as of Oct 23, 2026, https://spendquery.com/award?id=CONT_AWD_80MSFC20F0174_8000_80MSFC20D0004_8000

The Johns Hopkins University Applied Physics Laboratory LLC: all federal awards · National Aeronautics and Space Administration: spending · Nasa Marshall Space Flight Center: what it buys · The follow-on: recompete brief

THE MINIATURE RADIO FREQUENCY (MINI-RF) SYNTHETIC APERTURE RADAR INSTRUMENT'S TEAM (JHU/APL) WILL PERFORM BI-STATIC SYNTHETIC APERTURE RADAR OBSERVATIONS OF THE LUNAR SURFACE USING THE DEEP SPACE NETWORK'S DSS-13 APERTURE AS THE X-BAND TRANSMISSION.

Delivery Order · National Aeronautics and Space Administration · to The Johns Hopkins University Applied Physics Laboratory LLC (UEI C1HBCJ9RMBV3) · data as of 2026-10-23

Obligated to date$6.76M11 actions

Current value$13.01Mwith options exercised

Period2020-08-14 → 2028-09-30current end date

Passed on$94.6Kto 1 subcontractor

Up for re-bid: ends 2028-09-30. Recompete brief →

What it is

Product or service: Space R&D Services; Space Flight, Research and Supporting Activities; Basic Research (PSC AR11)
Industry: Research and Development in the Physical, Engineering, and Life Sciences (Except Nanotechnology and Biotechnology) (NAICS 541715)
Contracting office: Nasa Marshall Space Flight Center (80MSFC)
Competition: Not competed
Pricing: Cost plus fixed fee
How it was bought: Single-award IDIQ · under 80MSFC20D0004
Where the work is: Howard, MD · district MD-03

Obligations by fiscal year

FY2023$1.60M

FY2024$1.56M

FY2025$2.05M

FY2026$1.55M

SpendQuery holds FY2023 on; earlier years are on USAspending.gov.

Subcontractors: where the money went next

1 subaward totaling $94.6K (1.4% of what was obligated), as The Johns Hopkins University Applied Physics Laboratory LLC reported them. Primes report subawards of $30,000 or more; smaller ones and unreported ones aren't here.

Subcontractor	Amount	Subawards	Where	First	Last
Ip Datasystems, Inc.	$94.6K	1	MD	2023-06-28	2023-06-28

The largest single subawards

Date	To	Amount	For
2023-06-28	Ip Datasystems, Inc.	$94.6K	ISILON A300 NODE SYSTEMS WITH 4TB DRIVES

Every action

11 actions since 2022-10-27. Each is a modification or amendment with the money it added or took back.

Date	Modification	Kind	Amount	What the agency wrote
2026-03-25	P00017	Funding only	$1.07M	THE MINIATURE RADIO FREQUENCY (MINI-RF) SYNTHETIC APERTURE RADAR INSTRUMENT'S TEAM (JHU/APL) WILL PERFORM BI-STATIC SYNTHETIC APERTURE RADAR OBSERVATIONS OF THE LUNAR SURFACE USING THE DEEP SPACE NETWORK'S DSS-13 APERTURE AS THE X-BAND TRANSMISSION.
2026-01-16	P00016	Funding only	$475.0K	THE MINIATURE RADIO FREQUENCY (MINI-RF) SYNTHETIC APERTURE RADAR INSTRUMENT'S TEAM (JHU/APL) WILL PERFORM BI-STATIC SYNTHETIC APERTURE RADAR OBSERVATIONS OF THE LUNAR SURFACE USING THE DEEP SPACE NETWORK'S DSS-13 APERTURE AS THE X-BAND TRANSMISSION.
2025-07-30	P00015	Option exercised	$650.0K	THE MINIATURE RADIO FREQUENCY (MINI-RF) SYNTHETIC APERTURE RADAR INSTRUMENT'S TEAM (JHU/APL) WILL PERFORM BI-STATIC SYNTHETIC APERTURE RADAR OBSERVATIONS OF THE LUNAR SURFACE USING THE DEEP SPACE NETWORK'S DSS-13 APERTURE AS THE X-BAND TRANSMISSION.
2025-05-21	P00014	Funding only	$262.5K	THE MINIATURE RADIO FREQUENCY (MINI-RF) SYNTHETIC APERTURE RADAR INSTRUMENT'S TEAM (JHU/APL) WILL PERFORM BI-STATIC SYNTHETIC APERTURE RADAR OBSERVATIONS OF THE LUNAR SURFACE USING THE DEEP SPACE NETWORK'S DSS-13 APERTURE AS THE X-BAND TRANSMISSION.
2025-03-14	P00013	Funding only	$300.0K	THE MINIATURE RADIO FREQUENCY (MINI-RF) SYNTHETIC APERTURE RADAR INSTRUMENT'S TEAM (JHU/APL) WILL PERFORM BI-STATIC SYNTHETIC APERTURE RADAR OBSERVATIONS OF THE LUNAR SURFACE USING THE DEEP SPACE NETWORK'S DSS-13 APERTURE AS THE X-BAND TRANSMISSION.
2024-10-31	P00012	Funding only	$838.2K	THE MINIATURE RADIO FREQUENCY (MINI-RF) SYNTHETIC APERTURE RADAR INSTRUMENT'S TEAM (JHU/APL) WILL PERFORM BI-STATIC SYNTHETIC APERTURE RADAR OBSERVATIONS OF THE LUNAR SURFACE USING THE DEEP SPACE NETWORK'S DSS-13 APERTURE AS THE X-BAND TRANSMISSION.
2024-07-30	P00011	Supplemental agreement (work within scope)	$500.0K	THE MINIATURE RADIO FREQUENCY (MINI-RF) SYNTHETIC APERTURE RADAR INSTRUMENT'S TEAM (JHU/APL) WILL PERFORM BI-STATIC SYNTHETIC APERTURE RADAR OBSERVATIONS OF THE LUNAR SURFACE USING THE DEEP SPACE NETWORK'S DSS-13 APERTURE AS THE X-BAND TRANSMISSION.
2024-02-07	P00010	Funding only	$578.8K	THE MINIATURE RADIO FREQUENCY (MINI-RF) SYNTHETIC APERTURE RADAR INSTRUMENT'S TEAM (JHU/APL) WILL PERFORM BI-STATIC SYNTHETIC APERTURE RADAR OBSERVATIONS OF THE LUNAR SURFACE USING THE DEEP SPACE NETWORK'S DSS-13 APERTURE AS THE X-BAND TRANSMISSION.
2023-10-19	P00009	Funding only	$483.3K	THE MINIATURE RADIO FREQUENCY (MINI-RF) SYNTHETIC APERTURE RADAR INSTRUMENT'S TEAM (JHU/APL) WILL PERFORM BI-STATIC SYNTHETIC APERTURE RADAR OBSERVATIONS OF THE LUNAR SURFACE USING THE DEEP SPACE NETWORK'S DSS-13 APERTURE AS THE X-BAND TRANSMISSION.
2023-03-15	P00008	Funding only	$1.00M	THE MINIATURE RADIO FREQUENCY (MINI-RF) SYNTHETIC APERTURE RADAR INSTRUMENT'S TEAM (JHU/APL) WILL PERFORM BI-STATIC SYNTHETIC APERTURE RADAR OBSERVATIONS OF THE LUNAR SURFACE USING THE DEEP SPACE NETWORK'S DSS-13 APERTURE AS THE X-BAND TRANSMISSION.
2022-10-27	P00007	Funding only	$600.0K	THE MINIATURE RADIO FREQUENCY (MINI-RF) SYNTHETIC APERTURE RADAR INSTRUMENT'S TEAM (JHU/APL) WILL PERFORM BI-STATIC SYNTHETIC APERTURE RADAR OBSERVATIONS OF THE LUNAR SURFACE USING THE DEEP SPACE NETWORK'S DSS-13 APERTURE AS THE X-BAND TRANSMISSION.

Source: USAspending.gov prime award transactions and FSRS subaward reports, as loaded by SpendQuery (data as of 2026-10-23). Amounts are obligations (money committed), not outlays. The official record on USAspending.gov ↗

Putting the award page together from the records…