- NASA says it selected 41 proposals from 37 American companies under its 2025 Announcement of Collaboration Opportunity, targeting lunar and Mars technologies with no funds exchanged.
- According to NASA, named partners include Lockheed Martin, Blue Origin, Axiom Space, Aerojet Rocketdyne, Teledyne Energy Systems, and Starpath Robotics, among others.
- NASA also describes a forthcoming five-year Standing ACO framework with appendices planned every six to twelve months, which the agency says will accelerate the collaboration pipeline.
What the Buzz Down at the Feed Store Is All About
Well, folks, the chatter making the rounds is that NASA's Space Technology Mission Directorate has gone and picked 41 proposals from 37 American companies, according to NASA's own official press release. The agency says these outfits will co-develop technologies aimed at space transportation, planetary surface operations, and lunar surface infrastructure. That's a lot of irons in the fire for one barbecue pit, and the story has been independently confirmed by specialist outlet ExecutiveGov, which reported the same company names, proposal count, and partnership structure.
NASA says the mechanism here is something called an Announcement of Collaboration Opportunity, or ACO—a mutually beneficial arrangement where, according to the agency, companies get access to NASA's specialized facilities, software, hardware, and subject-matter experts without a single dollar changing hands. Think of it like borrowing your neighbor's good tractor in exchange for letting him use your barn: nobody writes a check, but everybody gets something useful out of the deal, at least in theory.
Who's Supposedly Belly Up to the Trough
According to both NASA and ExecutiveGov, the roster of selected companies reads like a who's who of the aerospace world mixed with some scrappier upstarts. NASA's press release and ExecutiveGov's reporting both name Lockheed Martin, Aerojet Rocketdyne, Blue Origin, Axiom Space, Teledyne Energy Systems—described as a subsidiary of Teledyne Technologies—Advanced Cooling Technologies, and Starpath Robotics, among the full list of 37 companies. That's a range running from old-guard defense contractors to newer commercial space ventures, which NASA's announcement frames as intentional.
The agency describes the partnership structure as designed to help reduce development costs and speed up the infusion of emerging commercial capabilities into future missions, according to NASA's own characterization of the program. Now, that's a fine-sounding goal, like saying you're gonna fix the fence before the hogs get out—but whether these particular 37 companies deliver hardware that actually ends up on a lunar lander or a Mars surface vehicle is a question that won't be answered for years, if ever.
What's Actually Been Nailed Down
Here's what two independent sources agree on: NASA did select 41 proposals from 37 companies under the 2025 ACO, according to NASA's press release and ExecutiveGov's independent reporting. The partnership periods run between 12 months and two years, according to both sources. The companies receive no NASA funding—only access to agency resources—and in return, NASA expects the matured technologies to eventually feed into both commercial markets and future lunar and Mars missions, again according to NASA's own announcement.
The SAM.gov solicitation record adds another confirmed layer: NASA is separately preparing a new Standing ACO framework identified as NNH25ZTR002O, which the agency says will run for five years and serve as an umbrella for topic-specific appendices released every six to twelve months. That's a structural detail that suggests NASA intends to keep this collaborative pipeline flowing well past the current cohort, though whether that umbrella formally covers the 2025 selections or represents a distinct next step remains a mild ambiguity across the sources.
What Nobody Can Prove Yet, Bless Their Hearts
Here's where a sensible person pumps the brakes like a truck with bad rotors heading downhill. Because the ACO involves no exchange of funds, every bit of technology progress depends entirely on what each private company chooses to invest from its own pocket and schedule. NASA isn't writing checks, so NASA isn't holding the reins either. A 12-to-24-month performance window sounds crisp on paper, but actual mission-readiness for lunar or Mars environments—the kind that keeps astronauts alive—is not guaranteed anywhere in these agreements and could stretch years or decades beyond the stated windows.
The SAM.gov record also describes some ambitious technology targets under the forthcoming Standing ACO, including what it characterizes as high-rate lunar and Martian surface Wi-Fi and 3GPP cellular systems, onboard autonomous navigation software, and advanced propulsion engine elements. Those are genuinely wild-sounding goals—slapping Moon Wi-Fi together like you're setting up a hotspot at a county fair—and none of the current ACO documentation establishes timelines or success criteria that would let an outside observer verify whether any of it actually gets done.
Our Analysis: A Big Net With Long Lines
This is analysis, not reporting: what NASA appears to be doing here is casting a wide net across a diverse set of commercial partners, betting that even if half these collaborations fizzle out like wet fireworks, the ones that pop will fill genuine capability gaps ahead of Artemis lunar missions and whatever crewed Mars program eventually materializes. That's a reasonable strategy for a budget-constrained agency trying to leverage private-sector innovation without writing a blank check—something like letting thirty-seven different neighbors try to fix your leaky roof and seeing whose patch holds through the rain.
Also as analysis: the forthcoming five-year Standing ACO framework, if it materializes as described in the SAM.gov record, would represent a meaningful structural shift toward continuous, rolling industry collaboration rather than one-off solicitation rounds. That could accelerate how fast commercial technology gets evaluated and potentially adopted by NASA. But a framework document on SAM.gov and actual working lunar hardware are separated by a distance roughly equivalent to the gap between talking about fishing and catching a fish, and readers should weight these developments accordingly until performance results start rolling in.
Who is doing the hollering
These links show where the chatter came from. A link is attribution, not our endorsement or independent confirmation.
- NASA Identifies More Than 40 Space Technologies for CollaborationNASA · primary
- NASA Unveils 41 Awardees for 2025 Announcement of Collaboration OpportunityExecutiveGov · specialist
- Announcement of Collaboration Opportunity (ACO) – Standing ACO NNH25ZTR002OSAM.gov (U.S. General Services Administration) · primary
- Space Tech Industry Partnerships – STMDNASA · primary
Last checked Jun 29, 2026, 9:06 PM EDT. Talk Around Town: The ACO is an unfunded partnership—no taxpayer dollars change hands—so actual technology maturation depends entirely on each company's own resources and timeline. Periods of performance range from 12 to 24 months, but mission-readiness for lunar or Mars use is not guaranteed and could extend well beyond that window.