How Research Labs and University Space Teams Buy Parts, Flight Hardware and Test Time
Research buyers purchase under rules production buyers never see: grant procurement standards, launch provider documents that outrank their own design spec, and export rules that treat a published result differently from the hardware that produced it. Getting a quote right means stating those rules up front, alongside the drawing.
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Four kinds of research buyer, four rule sets
The phrase "research lab" covers buyers who operate under very different purchasing rules. Knowing which one you are tells a supplier what paperwork and process to expect.
| Buyer | Rules that usually govern the purchase | What they buy outside |
|---|---|---|
| University research lab | Institutional purchasing policy; for federal awards, the Uniform Guidance at 2 CFR 200 | Fixtures, test rigs, vacuum and cryogenic parts, instrument housings, test time |
| Student CubeSat program | University purchasing plus the launch provider's requirements once manifested | Structures, rails, brackets, enclosures, environmental testing, sometimes whole subsystems |
| FFRDC | The operator's purchasing system under its sponsoring agency contract | Flight instruments, precision mechanisms, specialized test hardware |
| Government research lab | The Federal Acquisition Regulation and agency supplements | Prototype flight hardware, test articles, facility hardware, outside test capacity |
FFRDCs are defined in FAR 35.017 as long-term research and development centers operated for a sponsoring agency by a university, another nonprofit or an industrial firm. They have privileged access to government data and facilities and are not supposed to use it to compete with industry, which is one reason they buy so much fabrication and test work from outside.
Grant-funded purchasing: the thresholds that decide how many quotes you need
If a university buys with federal award money, 2 CFR 200.320 sets the method, and the dollar amount decides whether one quote is enough. Know where your order falls before you ask for a price.
- Micro-purchases. At or below the micro-purchase threshold, a recipient may buy without soliciting competing quotes if it judges the price reasonable and documents why, and should spread these orders equitably among qualified suppliers. 2 CFR 200.1 ties the threshold to the amount set in the FAR, which rose from $10,000 to $15,000 on October 1, 2025 under the FAR Council's inflation adjustment rule.
- Self-certified higher threshold. Section 200.320 lets a recipient self-certify a micro-purchase threshold up to $50,000 each year, with a documented justification based on low-risk auditee status, an annual internal risk assessment, or, for public institutions, state law.
- Simplified acquisitions. Above the micro-purchase level and up to the simplified acquisition threshold, price or rate quotations must come from an adequate number of qualified sources. The FAR threshold that 2 CFR 200 adopts rose from $250,000 to $350,000 on October 1, 2025, and an institution may set its own lower figure.
- Sole source. A noncompetitive purchase is allowed only in listed cases, such as when a single source can fulfill the need, a public emergency, written approval from the awarding agency, or competition found inadequate after soliciting several sources.
Your institution's own policy may be stricter than these numbers, so check it before you request quotes. When an order needs competing quotes, ask each supplier to quote the same drawing, revision, quantity and paperwork so the comparison holds up in an audit. A quote from us lists the deliverables explicitly for that reason.
Have a part like this?Send it in under a minute. A person replies within 1 business day.CubeSat hardware: which document actually governs
The CubeSat Design Specification from Cal Poly is the design starting point, but once a CubeSat is manifested, the launch provider's requirements supersede it. The current revision is CDS Rev 14.1, published in February 2022, which covers 1U through 12U and turned many earlier hard requirements into guidelines.
For suppliers making structures and rails, the CDS items that matter most are:
| CDS Rev 14.1 item | What it says | What to put on the PO |
|---|---|---|
| Table 1, typical maximum mass | 1U 2.00 kg, 1.5U 3.00 kg, 2U 4.00 kg, 3U 6.00 kg, 6U 12.00 kg, 12U 24.00 kg; dispensers and launch providers may differ | Mass targets for machined structure, if the structure has a mass budget |
| 2.2.13 | Aluminum surfaces such as rails and standoffs that contact the dispenser rails shall be hard anodized to prevent cold welding | Hard anodize specification, type and class, and which surfaces are masked |
| 2.1.7.1 and 2.1.7.2 | Materials shall have total mass loss at or below 1.0 percent and collected volatile condensable material at or below 0.1 percent | No substitution of adhesives, tapes, coatings or lubricants without approval |
| Section 3 | Random vibration and thermal vacuum bakeout to levels and durations the launch provider defines | Test time booked against the provider's levels, not a generic profile |
Two Rev 14.1 rules catch teams out. First, the CDS says test levels not generated by the launch provider are unofficial. Second, a flight CubeSat must not be disassembled after protoflight testing without going through the waiver process. Plan supplier rework before protoflight, not after. Our research lab hardware guide lists more CDS mechanical items and lab hardware callouts.
NASA CubeSat Launch Initiative teams
Teams selected through NASA's CubeSat Launch Initiative get a launch, not a build budget, so their hardware purchases still run through the university. The initiative is open to CubeSats built by US educational institutions and nonprofits, including museums and science centers, and selected CubeSats fly as ELaNa missions.
Points from NASA's CSLI materials that affect purchasing:
- Integration cost. NASA's 2022 CSLI FAQ states that NASA covers integration cost up to $300,000 per mission, including the deployer. Building and testing the satellite is the team's cost.
- Requirements document. NASA's Launch Services Program publishes LSP-REQ-317.01, the program level dispenser and CubeSat requirements document, which flows into mission specific interface control documents. The FAQ notes it does not apply to every mission, so wait for your manifest before buying to it.
- Delivery timing. The FAQ puts integration between two and three months before launch, depending on vehicle or ISS deployment. Parts, rework and retest have to finish before that.
- Testing and licensing. At a minimum, plan a system level random vibration test and thermal testing, with licensing in place before handoff. ISS deployed missions carry stricter battery testing and material selection rules.
- Agreement. Selected teams work under a Cooperative Research and Development Agreement that NASA drafts after selection.
NASA issues a new announcement each year, so confirm eligibility and terms in the current call rather than from this summary.
Export control on campus: what the fundamental research exclusion covers
The fundamental research exclusion covers information, not hardware. A university can publish its results freely and still need to control the drawings or items it receives from a sponsor or buys for a program.
- EAR. Under 15 CFR 734.8, technology or software that arises during or results from fundamental research and is intended to be published is not subject to the EAR. Fundamental research means research in science, engineering or mathematics whose results ordinarily are published and shared broadly, where researchers have not accepted restrictions for proprietary or national security reasons. A sponsor's review to remove its own proprietary information, or a short review to protect patent rights, does not break the exclusion. The section does not cover technology released to the researchers to conduct the work.
- ITAR. Under 22 CFR 120.34(a)(8), information from fundamental research in science and engineering at accredited institutions of higher learning in the US is public domain. University research loses that status if the university or its researchers accept other restrictions on publication, or if the research is federally funded and specific access and dissemination controls apply.
- Deemed exports. Giving controlled technology to a foreign student or researcher inside the US is a deemed export under 15 CFR 734.13 and 22 CFR 120.50, so controlled sponsor drawings sent to a lab need a technology control plan.
For suppliers this is simple: tell us whether the drawing is your published design or controlled data from a sponsor. Controlled requests follow the process on our controlled programs page, and every supplier signs an NDA first, as described on our confidentiality page.
Student-built versus vendor-built parts
Have students build what teaches them the most and what is easy to verify, and buy what needs a qualified process or certified records. A reasonable split for a university CubeSat or instrument program:
- Keep in house: printed circuit board design, software, harness routing, integration, simple brackets from stock, and ground test fixtures.
- Buy: the primary structure and rails, anything hard anodized or otherwise finished, welded or brazed parts, precision mechanisms, and any part that needs material certs or a measured inspection report for a reviewer.
- Buy the paperwork with the part. A university-machined rail with no record of alloy, temper or anodize spec is hard to defend at a launch provider review. A vendor-built rail with a C of C, material cert and finish cert answers those questions in one page each.
Student turnover is the other reason to buy. A part made by a student who graduates in May leaves no one who can explain how it was made. A supplier's records stay put. Our aerospace CNC machining page covers the specs and certs to request on machined parts.
Test campaigns: buying outside test time
Most university programs do not own a shaker table and thermal vacuum chamber sized for flight testing, so the test campaign is often the largest single outside purchase. Book it as early as the structure, because test labs fill up and a failed test needs a second slot.
- Run the launch provider's levels. Rev 14.1 notes that SMC-S-016 and GSFC-STD-7000A are used as guides, but the launch provider's levels supersede both.
- Qualification or protoflight. Qualification tests an engineering unit identical to flight, followed by acceptance testing of the flight unit. Protoflight tests the flight unit itself at protoflight levels. The choice changes how many test slots you buy.
- Fixtures. The vibration fixture or test pod is often a machined part you need to buy before the test, and its design has to match the lab's shaker interface.
- Bakeout. Thermal vacuum bakeout is for outgassing, so the lab needs a clean chamber and you need your material list ready.
Our space test lab time page lists what a lab needs from you to confirm a booking. For how commercial satellite builders handle the same tests, see satellite manufacturers.
What a research buyer should put on the RFQ
Include the procurement facts along with the technical ones, because they decide how the quote must be written. A complete research RFQ states:
- Drawing or model, revision, and who on the team can answer questions.
- Material by specification and temper, and whether certs are needed.
- Finish, including hard anodize spec and masking for CubeSat rails.
- Outgassing limits and the approved material list for anything nonmetallic.
- Inspection: critical features to report, or a full AS9102 FAI for flight parts.
- For test time: standard, levels, durations, article size and mass, fixture interface and schedule window.
- Funding source and whether this is a micro-purchase, a competitive quote or a sole source request.
- Export status: published university design or controlled sponsor data.
- Launch provider, manifest status and the integration date working back from launch.
The general checklist is on our aerospace RFQ checklist. Commercial space companies spun out of university labs face a different set of rules, covered on our space startups page.
How Aerospace Sourcing works with labs and universities
We take one request for parts, test time or both, match it to qualified suppliers and test labs, flow down your requirements, track the work, check the paperwork, and deliver with a certificate of conformance and any other certs you asked for. If one job needs a machinist, an anodizer and a test lab, you still get one quote, one point of contact and one purchase order, which keeps a grant-funded purchase simple to document. We do not run test equipment ourselves and cannot promise lab availability until a lab has confirmed it.
Request test time or flight parts
If your CubeSat or instrument is heading into a test campaign, request test lab time through the quote form with the launch provider's levels, article size and mass, fixture interface and integration date, and add any structure or fixture parts you still need built. Tell us if the order needs competing quotes or is a sole source request. A person replies within one business day.
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Part, quantity and date are enough to start. Drawings and the mutual NDA follow by reply, and controlled programs never send technical data through this site.
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Questions
What is the micro-purchase threshold for university purchases on federal grants?
Under 2 CFR 200, the micro-purchase threshold follows the amount set in the FAR, which rose from $10,000 to $15,000 on October 1, 2025. A recipient may self-certify a higher threshold of up to $50,000 per year with documented justification. Many universities set their own limits, which can be lower, so check your institution's purchasing policy before relying on any number. At or below the threshold, a quote can be accepted without competition if the price is judged reasonable.
How many quotes does a university need for a grant-funded part?
Above the micro-purchase threshold and up to the simplified acquisition threshold, 2 CFR 200.320 requires price or rate quotations from an adequate number of qualified sources, and the institution decides what number is adequate unless the awarding agency says otherwise. Many university policies name a specific number. To keep the comparison fair, ask every supplier to quote the same drawing revision, quantity, certs and delivery requirement.
Does the CubeSat Design Specification or the launch provider's document govern?
Both matter, at different times. CDS Rev 14.1 is the design guide before a launch is assigned. Once a CubeSat is manifested, the launch provider's requirements supersede the CDS, and the CDS itself says test levels not generated by the launch provider are unofficial. Buy long-lead structure to the CDS early if you must, but confirm final finish, mass and test requirements against the provider's interface documents.
Does fundamental research mean our lab's purchases are not export controlled?
Not necessarily. The exclusions in 15 CFR 734.8 and 22 CFR 120.34(a)(8) cover information that results from fundamental research and is intended to be published. They do not cover hardware, and the EAR exclusion does not cover controlled technology a sponsor releases to the lab to do the work. If a sponsor imposes publication restrictions, or federal funding brings specific access and dissemination controls, the exclusion can be lost.
Does NASA pay to build a CubeSat selected through the CubeSat Launch Initiative?
The initiative provides a launch opportunity rather than build funding. NASA's 2022 CSLI FAQ says NASA covers integration cost up to $300,000 per mission, including the deployer, while the team pays to design, build, test and license the satellite. Terms are set in each year's announcement and in the cooperative research and development agreement after selection, so check the current call.
What tests does a university CubeSat usually need to buy?
CDS Rev 14.1 lists random vibration and thermal vacuum bakeout to levels the launch provider defines, plus visual inspection, and notes that shock testing is typically not required. NASA's CSLI FAQ advises planning at least a system level random vibration test and thermal testing. The team chooses a qualification or protoflight approach, which sets how many units and test slots it needs.
Related
Sources
- Cal Poly CubeSat Design Specification Rev 14.1 (Feb. 2022), hosted by NASA
- NASA: CubeSat Launch Initiative introduction
- NASA: CubeSat Launch Initiative FAQ (2022)
- NASA LSP: LSP-REQ-317.01 dispenser and CubeSat requirements document
- Cornell LII: 2 CFR 200.320, procurement methods
- Cornell LII: 2 CFR 200.1, definitions of micro-purchase and simplified acquisition thresholds
- Federal Register: FAR inflation adjustment of acquisition-related thresholds (Aug. 27, 2025)
- Cornell LII: 15 CFR 734.8, fundamental research (EAR)
- Cornell LII: 22 CFR 120.34, public domain (ITAR)
- Cornell LII: 15 CFR 734.13, deemed exports
- Acquisition.gov: FAR 35.017, federally funded research and development centers
- NASA Goddard: Outgassing database user guide
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