Open Grant

Limited Competition: Instrumentation Grant Program for Resource-Limited Institutions (RLI-S10, PAR-27-067)

A no-cost-sharing NIH S10 opportunity that supports one modern research or teaching instrument for U.S. institutions with limited biomedical research capacity.

JJ Ben-Joseph, founder of FindMyMoney.App
Reviewed by JJ Ben-Joseph
Official source: National Institute of General Medical Sciences (NIGMS), NIH
💰 Funding Up to $250,000 (minimum typically $25,000; 1-year project period)
📅 Deadline Jul 2, 2026
📍 Location United States
🏛️ Source National Institute of General Medical Sciences (NIGMS), NIH

Limited Competition: Instrumentation Grant Program for Resource-Limited Institutions (RLI-S10, PAR-27-067)

If your institution is a small or mid-sized U.S. biomedical training and research organization and you cannot yet sustain a full core-instrument pipeline, the RLI-S10 NOFO is one of the clearest, mission-bound NIH opportunities to buy a single critical instrument with federal support. The program, officially called the Limited Competition: Instrumentation Grant Program for Resource-Limited Institutions (S10 - Clinical Trial Not Allowed), is hosted by the National Institute of General Medical Sciences (NIGMS) and multiple NIH Institutes.

This is not a broad “any institution can apply” call. It is a targeted opportunity intended for institutions with constrained prior NIH Research Project Grant (RPG) history that still have serious scientific and educational need for a core tool. The NOFO explicitly says it is for institutions that have received less than $6 million per year (total costs) from NIH RPGs over the most recent three fiscal years, and that they must demonstrate service to Pell-eligible students (at least 35% average over three recent IPEDS years, using either reporting option) unless they are qualifying HBCUs/Tribal colleges.

The NOFO has practical value for both 2026 and 2027 planning because it includes recurring due dates and a path into multiple cycles. The 2026 key dates listed in the notice are:

  • Open date: June 2, 2026
  • New/renewal/resubmission/revision due: July 2, 2026
  • Next cycle in 2027: January 26, 2027
  • Continued cycles through at least 2028/2029 depending on appropriations and continuing merit review

The listed latest open cycle in the announcement is currently 2029-01-27.

Key details at a glance

FieldDetails
Funding opportunity titlePAR-27-067 – Limited Competition: Instrumentation Grant Program for Resource-Limited Institutions (S10 - Clinical Trial Not Allowed)
Program typeNIH grant (S10 instrumentation, biomedical research support/shared instrumentation)
SourceNational Institute of General Medical Sciences (NIGMS), NIH
Base source pagesNIGMS opportunity page and NIH NOFO (full announcement)
Funding mechanismGrant, one-instrument award
BudgetMinimum usually around $25,000; maximum award amount is $250,000
Project period1 year
Clinical trialsNot allowed
RegistrationInstitution must complete SAM, Grants.gov, eRA Commons, and related registration before submission
Minimum usersAt least 3 Major Users at submission time
Due date currently prioritized2026-07-02 (recurs in 2027 on 2027-01-26 and 2027-07-02 depending on cycle)
Critical disqualifierBase instrument cost under $25,000 or bundled multi-instrument applications
Common administrative requirementSingle PDF instrumentation plan with three specific sections, plus letters of support
No-cost sharingNot required
No indirect costsNo indirect costs allowed

What makes RLI-S10 different from regular S10 and other NIH instrumentation funding

Standard NIH instrumentation funding pathways often include multiple instrument lines, broad mission fit questions, and complex equipment center models. RLI-S10 is intentionally narrower and simpler in one respect: it is a fixed-capability bridge for institutions with demonstrated resource constraints.

The NOFO says this effort supports one specialized instrument or one integrated system and gives institutions a path to strengthen capacity in basic, translational, clinically related, or biomedically related behavioral fields. It is equally framed around research and education outcomes. That educational angle is the part applicants frequently underestimate: the NOFO evaluates whether the instrument increases both scientific output and student exposure to equipment.

The eligibility gate does two jobs at once:

  1. It prioritizes institutions with weaker current NIH funding context.
  2. It pushes applicants toward shared-access, mission-oriented use, not one-person proprietary buys.

The grant is not just for research output. Every application is expected to show a visible educational role, whether through research labs, graduate-level modules, or major undergraduate modules integrated into curricula.

The practical difference shows up in review language. In the NIH scoring framework for this NOFO, reviewers assess:

  • justification of need for the instrument,
  • technical expertise to run it,
  • integration with research/education projects,
  • and administration and institutional governance for access, maintenance, and sustainability.

Who is eligible (institutional, principal, and user-level)

Because this is a limited-competition call with specific inclusion filters, treat eligibility as three layers:

1) Institutional eligibility

The institution itself must be U.S.-based and domestically located and must meet the RPG and Pell constraints above. This is not only a bureaucratic condition; reviewer and pre-screening teams check these eligibility statements against reported data. The organization types listed in the NOFO are broad: higher education institutions, nonprofits (including some without 501(c)(3)), for-profits (including small businesses), local/federal government entities, tribal organizations, and related entities.

However, there is an explicit domestic location rule and a strict eligibility criterion tied to:

  • 3-year average of NIH RPG total costs below $6M, and
  • program mission to award and/or support BIomedical STEM degrees, and
  • measurable Pell impact (or qualifying HBCU/Tribal status).

This is often where teams fail because they use institutional narratives that sound right but do not match exact data used in SAM/NIH systems.

2) PI and project leadership model

The opportunity supports a single PD/PI structure. Multiple PD/PIs are not allowed. The PD/PI must be appointed full-time at the applicant institution. The PD may be a faculty member actively tied to the institution and can coordinate institutional operations.

Not required:

  • pre-existing NIH award for each Major User,
  • any dedicated lab technical staff budget line in the NOFO narrative.

Required:

  • demonstration of technical competence in the institution,
  • defined roles for setup, user onboarding, maintenance checks, and quality control.

3) Major User requirement (critical eligibility and score driver)

At submission, you need at least three Major Users attached to the proposed instrument. A “Major User” can be:

  • a research user, or
  • an upper-level course that will use the instrument as a core teaching component.

You can include more users later, but three at submission is non-negotiable.

This requirement has two consequences:

  1. It prevents speculative single-person purchases.
  2. It forces teams to document actual capacity-building impact in both research and teaching.

Funding, budget shape, and what can be purchased

The NOFO is precise on amount range and award style:

  • Minimum award is typically around $25,000,
  • Maximum award is $250,000,
  • No indirect costs are allowed under this S10 award,
  • Instrument may include accessories, shipping, taxes, tariffs, and optional service contract (up to 5 years).

This gives institutions flexibility but still keeps scope tight. The NOFO explicitly calls out non-allowables:

  • base cost below $25,000 (non-responsive),
  • bundles of multiple instrument types,
  • purely instructional-only equipment without research utility,
  • clinical billable systems,
  • non-commercial/custom systems without warranty,
  • software-only requests unless integral to instrument operations,
  • space renovation costs.

A very practical way to evaluate fit:

  • If the item is primarily for grant-driven or educational data generation, it fits.
  • If it is primarily for administrative comfort or generic utility (chairs, storage, facility upgrades), it does not.

The NOFO examples include confocal microscopes, flow cell sorters, plate readers, mass spectrometers, and systems that materially expand measurable capacity. You should still verify your exact model against scope and alternatives.

Budget construction details that frequently trip teams:

  1. Total Federal request cannot exceed $250,000.
  2. If your instrument cost exceeds Federal request, provide a full non-Federal gap strategy and source confirmation.
  3. Explain any difference as a separate required element in the budget narrative via SF424 equipment and funding sections.
  4. There is no required matching/cost-share in this NOFO.

When to apply and how to prepare the submission package

The program opens specific cycles with hard due times; applications must be submitted by 5:00 PM local time of the applicant organization. The NOFO also states institutions should begin early because registrations can be lengthy.

Timeline logic for 2026-2027 planning

For teams targeting immediate 2026 entry:

  1. Confirm open date status and confirm registration readiness (SAM, eRA Commons, Grants.gov) before June 2, 2026.
  2. Begin quotation and letter-of-support draft by late June, not early July.
  3. Use mid-July as internal deadline for complete application artifacts.
  4. Submit no later than due date local time with final PDF checks completed before final day.

For teams targeting 2027 cycle, a useful plan is:

  • Use 2026 cycle as pilot prep even if you miss due date.
  • Keep your major user dataset and instrument justification “versioned” rather than rebuilt.
  • Carry forward lessons from review process in a new no-overlap application where allowed.

Required application components

You need to submit via ASSIST, Grants.gov Workspace, or institutional S2S. The NOFO requires strict conformance to NIH application instructions and page limits.

The two required attachments are:

  1. Instrumentation Plan
  2. Letters of Support

Both should be PDFs and uploaded separately as named attachments.

Instrumentation plan (must include all three sections)

The NOFO requires three sections with page limits:

  • Plan for Research and Education Capacity Building (up to 4 pages)
  • Technical Expertise (up to 1 page)
  • Organizational Plan (up to 2 pages)

Each section has explicit sub-elements.

For the capacity-building section, include:

  • why this instrument is the most appropriate and why alternatives are weaker,
  • at least three major user projects/courses,
  • projected student and researcher usage,
  • expected impact on research outputs and education,
  • inventory of similar existing equipment (where applicable),
  • software rationale (if any).

For technical expertise:

  • identify who will train and support users,
  • how onboarding will be managed,
  • how maintenance and calibration will be handled,
  • and how operation quality will be validated.

For organizational plan:

  • daily management,
  • access scheduling and user documentation,
  • advisory committee strategy,
  • sustainability after warranty/service period,
  • and compliance controls for special materials or protocols.

Letter of support package

The letters must confirm eligibility evidence and institutional commitment and can include an institutional letter from AOR/business official with specific points:

  • 3-year RPG and Pell context,
  • space, housing, and maintenance readiness,
  • any additional funds to cover full instrument cost where Federal funds are insufficient,
  • prior RLI-S10 instrument performance metrics if previously awarded.

A missing letter package or missing quoted cost often triggers immediate withdrawal, so treat these two as “must-pass” checks.

Review criteria and how applications are scored

In this NOFO, review is peer review based and then council review. Reviewers explicitly score around:

  • Justification of Need (why this specific instrument now),
  • Technical Expertise (capacity to install and operate),
  • Research/Education Projects (clear benefit and usage plan),
  • Administration (sharing, maintenance, access governance),
  • Institutional Commitment (support for housing, operation, and continuity),
  • budget reasonableness.

This is where a weak “letter-only” package fails. Strong applications typically include the same core document that an institution uses internally for capacity planning:

  • a narrative of expected user demand,
  • evidence of existing bottlenecks,
  • and a governance model that avoids one-person bottlenecks.

Reviewer expectations are practical, not ceremonial:

  • The instrument should increase capability, not just prestige.
  • Shared access should be planned with a transparent mechanism.
  • Education use should be concrete, not aspirational.
  • Budget should be proportionate to need; over-specification without workflow rationale draws skepticism.

Common mistakes and disqualifiers to avoid

Application is withdrawn without review

These are common causes for outright withdrawal:

  • Requesting an instrument cost below $25,000,
  • No complete quote,
  • Requesting more than one different instrument type,
  • Missing page limits on required attachments,
  • failing to identify 3 Major Users,
  • pure instructional-only request,
  • or instrument not available for research use at the institution.

Weakness that affects scoring even when eligible

Common score-killers include:

  • No clear distinction between similar equipment already available,
  • No evidence of usage hour planning,
  • vague user training plan,
  • no sustainability path after warranty,
  • or institutional commitments that cannot be documented.

Registration/administrative errors

Some teams lose cycles on compliance timing:

  • delayed SAM/eRA registration,
  • missing eRA accounts for all required signatories,
  • no institution profile completion before submission,
  • no quote combined with equipment narrative in a single document.

These often look like technical failures but are actually preventable checklist issues.

What a strong readiness stack looks like

If you are advising a department, the safest play is to build your own “RLI readiness pack”:

  1. Institution eligibility memo:

    • 3-year RPG calculation,
    • Pell percentage and source,
    • domestic status check.
  2. User map:

    • three Major Users at minimum,
    • each with project/course objective and expected usage schedule,
    • one course can only count once.
  3. Instrument dossier:

    • 1 to 2 strong commercial quotes,
    • full cost breakdown,
    • accessory justification,
    • service contract term and coverage.
  4. Institutional commitment package:

    • signature-ready letter on official letterhead,
    • maintenance and space confirmation,
    • replacement and supply continuity plan.
  5. Pre-review check:

    • page limits for all attachments,
    • complete PDF packaging,
    • local institution workflow with submission dry run.

Because this is a one-year award with potentially recurring opportunities, this pack can be reused and adapted across cycles. The same is useful for your adjacent NIH planning and budget forecasting processes.

Compliance and post-award responsibilities (often overlooked)

RLI-S10 includes normal NIH post-award checks and reporting:

  • no DMS plan required under this NOFO,
  • annual RPPR when multi-year support applies (for this NOFO awards are one-year),
  • final RPPR must include instrument details, use data, and outcomes,
  • annual instrument usage reports are required for two years after final RPPR,
  • and closeout requires final RPPR, invention statement, and Federal Financial Report elements.

This is important for grant offices because operational continuity is explicit, not implied. Institutions should plan for data logging and usage tracking from day one, especially if they anticipate second-round or future equipment requests.

Given this burden, teams should avoid the common misconception that this is “one-time buy and done.” The evaluation body explicitly tracks outputs, publications, teaching outcomes, user counts, and whether the institution actually changes its capability trajectory.

FAQ

Is this only for medical schools?

No. It is open to eligible institutions across sectors, including public/private higher education, nonprofits, for-profits, and qualifying governments, provided all NOFO criteria are met.

Can this support teaching-only equipment?

Primarily instructional-only equipment is not allowed. The NOFO requires that the instrument support research and/or high-value educational use in a shared capacity.

Can a non-researching institution apply?

The opportunity is designed around institutions engaged in biomedical research and education. The requirement for major users and research/education outcomes means non-research institutional models usually do not fit.

Can applications include preliminary data?

Preliminary data are not required. The NOFO is centered on justification of need, institutional readiness, technical feasibility, and shared access strategy.

Can two departments apply together with different proposals in the same year?

Potentially, if applications are for different instrument types and compliance is clear. The NOFO notes multiple applications are allowed if scientifically distinct, but multiple awards in one fiscal year are unlikely.

Are international universities eligible?

No. The applicant organization must be domestic U.S.-located in the sense stated in the NOFO.

For teams building internal workflow, use this call as a “capacity investment opportunity,” not just a purchase opportunity. If you can prove sustained shared impact on both research and teaching, it is one of the most directly useful NIH infrastructure opportunities for under-resourced institutions in the 2026/2027 window.

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