This Solicitation opportunity from Government of Canada was posted on February 26, 2026. The submission period has ended. Browse the details below for market research, or find similar active opportunities.

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STDP Enabling Technologies for Future Missions

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9F063-20250303International

Submission Closed03/19/2026, 07:00:00 PM UTC

Contract Overview

Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.

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NAICS: 927110

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ROSES25: A.15 BiosphereThe National Aeronautics and Space Administration (NASA) Science Mission Directorate has issued the ROSES-2025 solicitation, specifically for program element A.15 Biosphere, under solicitation number NNH25ZDA001N-BIOS, with a revised deadline structure introduced on July 20, 2026. This program requires a two-step proposal process, where a compliant Step-1 proposal must be submitted by September 4, 2026, to be eligible for Step-2 submission, which is due on November 6, 2026. Proposals failing to meet the Step-1 requirement will be returned without review. The Step-2 technical, scientific, and management section is limited to 12 pages and must follow specific formatting rules: 1-inch margins, no more than 5.5 lines per inch, and 15 characters per inch, printed on US letter-sized pages. Proposers are strongly encouraged to use the Earth Science Division template for the summary table of work effort. This program utilizes dual anonymous peer review, requiring the technical proposal to be stripped of all identifying information and submitted as a separate document from the “Expertise and Resources Not Anonymized” file containing CVs, current and pending support, and personnel details. A separate “Total Budget” PDF must also be submitted, excluding salary and overhead information. All principal investigators and co-investigators spending 10% or more time on the project must complete NASA-accepted research security training through the NSF or SECURE Center platforms by August 5, 2026. Proposals must be submitted electronically via NSPIRES, with Grants.gov submissions permitted only if requested at least 30 days in advance. Submission files are limited to searchable, unlocked PDFs under 20 MB in size, with all supporting documents embedded or submitted as separate files. Awards are typically grants or cooperative agreements of up to five years, with a standard duration of three years, and are subject to NASA’s Grants and Cooperative Agreement Manual. Organizations must maintain active SAM.gov registration and provide a Unique Entity Identifier; CAGE codes are not required. Proposal evaluation prioritizes relevance as a mandatory threshold, followed by intrinsic merit and cost reasonableness, using a trade-off approach that does not permit lowest-price technically acceptable selection. No physical packaging, delivery, or contract line item details apply, as this solicitation governs federal assistance, not procurement. Awards to government lab personnel are

POSTED

DEADLINE

Commercial Low Earth Orbit (LEO) Destination Contract (CLDC) Technical LibraryThe Commercial Low-Earth Orbit (LEO) Destination Contract (CLDC) Technical Library is a non-solicitation informational resource established by NASA Johnson Space Center to provide industry with access to evolving technical standards, requirements, and capabilities relevant to future commercial LEO destination development. The library is maintained through periodic Data Drops that release uncontrolled and controlled technical documents, including revisions to standards such as CLDP-REQ-1130 and CLDP-STD-1106, along with facility capability profiles from Johnson Space Center and White Sands Test Facility. An Excel index file, continuously updated with each Data Drop, serves as the primary catalog for tracking document versions and classifications. Access to export-controlled materials requires formal submission of the CLDP Export Control Request Form and compliance with U.S. export regulations, including the requirement for foreign nationals to have an Individual Technology Transfer Control Plan and Non-Disclosure Agreement. The library remains accessible to industry for reference, but it does not constitute a solicitation, request for proposal, or binding commitment by the government. The CLDC acquisition itself is currently on hold, with NASA shifting focus to supporting industry development through funded Space Act Agreements while continuing to refine technical standards for a future FAR-based acquisition. All updates and future solicitations will be posted exclusively on www.sam.gov.

NASA Johnson Space Center

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DEADLINE

DRAFT Solar System Exploration Research Virtual Institute Cooperative Agreement Notice-5 (SSERVI CAN-5)The Solar System Exploration Research Virtual Institute Cooperative Agreement Notice-5 (SSERVI CAN-5), solicitation number NNH26ZDA013J, issued by NASA's Science Mission Directorate, invites proposals for multidisciplinary research and workforce development initiatives aligned with NASA’s solar system exploration goals. Submission follows a two-step process: a Step-1 proposal, which is mandatory for eligibility to submit a full Step-2 proposal, serves as a preliminary, anonymous summary requiring only the Principal Investigator’s details, team members, project title, and a brief description. Step-1 proposals are treated as competition-sensitive and must be submitted through NSPIRES, with all participating individuals and institutions preregistered in NSPIRES and the System for Award Management (SAM), a process that may take up to 30 days. Step-2 proposals must be structured into three required PDF volumes—Volume A (anonymized technical content), Volume B (non-anonymized administrative and personnel information), and a separate total budget file—with an optional fourth file for High-End Computing resource requests. Volume A is limited to 55 pages total across sections including the Executive Summary, Research Plan, Open Science and Data Management Plan, Workforce Development Plan, Fieldwork Plan, and Citizen Science/Science Activation Plan, all subject to strict formatting rules including font size, margins, and character density. Evaluation is based on a trade-off methodology, with Volume A carrying 100% of the technical score weighted toward Scientific and Technical Merit (70%), Workforce Development (15%), and Citizen Science/Science Activation (15%). Volume B is assessed qualitatively and non-additively; deficiencies here may disqualify otherwise strong proposals, even if Volume A scores highly. Key compliance elements include disclosure of foreign collaboration via endorsed letters, exclusion of any involvement with China or Chinese-owned entities, reporting of current and pending support using NASA SciEncv format, completion of research security training for senior personnel, and adherence to data management standards under 2 CFR 200.455 and NASA’s FAIR data principles. All proposals must be submitted electronically by the NSPIRES deadline, with no physical submissions accepted. Funding is estimated at $9 million over five years, with awards anticipated approximately 12 months after the Step-2 deadline, and applicants assume all financial risk for costs incurred prior to the official award start date.

Science Mission Directorate

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DEADLINE

E60PI-23SSAD -Request for Standing -RFSO- 2026-2027 - Supplemental Invitation to Space Situational Awareness Data (SSAD) - DOMESTICThe Government of Canada is seeking standing offers for Space Situational Awareness Data (SSAD) to support the ongoing monitoring and understanding of Resident Space Objects (RSO) within Earth’s orbital domain through Solicitation WS3501721826. This initiative, issued under the NAICS code 927110, requires vendors to provide timely, accurate, and comprehensive orbital data on objects in space to enhance Canada’s ability to assess threats, avoid collisions, and ensure the safety and sustainability of space operations across all domains. The request spans the period from 2026 to 2027, with responses due by March 31, 2027, and is open to domestic suppliers only. All data must meet defined standards for precision, timeliness, and coverage to support national and international space operations. The contract is managed by the Department of Public Works and Government Services, with performance expected to occur across Canada. The primary point of contact for inquiries is David Lee of the Space Policy unit within Public Services and Procurement Canada, reachable via email. Although no specific city or postal details are provided for the office address, the location of performance is broadly designated as Canada. This solicitation does not specify a set-aside for small or marginalized businesses and is intended to establish a standing agreement to ensure continuous access to critical space data, enabling proactive space domain awareness for government and defense purposes.

Department of Public Works and Government Services

POSTED

DEADLINE

Early Stage Innovations - In Situ Resource Utilization (ESI26 ISRU)The solicitation for Early Stage Innovations - In Situ Resource Utilization (ESI26 ISRU), identified by number NNH26ZTR001N-26ESI-B7, is issued by NASA’s Space Technology Mission Directorate under the umbrella announcement NNH26ZTR001N and targets the development of an end-to-end regeneratable system to purify water extracted from lunar regolith, addressing both particulate contamination such as dust and chemical impurities to produce ultrapure deionized water with minimal consumables. The system must be scalable to NASA propellant plant production levels, achieving approximately 3 kg/hr throughput while minimizing Size, Weight, and Power (SWAP), and must include computational modeling tools and hardware proof-of-concept demonstrations. Proposals undergo a Dual-Anonymous Peer Review process, beginning with a mandatory preliminary proposal due by August 13, 2026, evaluated solely on relevance (50%) and technical approach (50%), with full proposals invited based on preliminary results. Full proposals are assessed on technical approach (50%), relevance (40%), and cost (20%), with a requirement for a detailed work plan featuring realistic milestones and a schedule. All submissions must be made through NSPIRES in PDF format, adhering to strict formatting rules including 1-inch margins, 12-point font, and single spacing, and must include a standardized Proposal Summary Chart. Applicants must be registered in SAM.gov with an active Unique Entity Identifier and comply with all NASA-specific certifications and assurances submitted through NSPIRES. Eligibility is open to organizations including universities, non-profits, and businesses, with cost sharing encouraged but not mandatory. Awards may be issued as grants, cooperative agreements, or contracts, with the award instrument determined by the NASA Award Officer; no FAR Part 12 contracts will be awarded. For contract awards, compliance with FAR and NASA FAR Supplement is required, including FAR 52.219-9 for small business subcontracting plans if the proposal exceeds $750,000 and a Certificate of Current Cost or Pricing Data if the cost proposal exceeds $2,000,000. For grants and cooperative agreements, recipients must follow 2 CFR 200, 2 CFR 1800, and the NASA Grant and Cooperative Agreement Manual, with allowable costs governed by 2 CFR 200 Subpart E. Reporting obligations include quarterly Research Performance Progress Reports

Space Technology Mission Directorate

POSTED

DEADLINE

Minority University Research and Education Project (MUREP) Space Technology Artemis Research (M-STAR)The Minority University Research and Education Project (MUREP) Space Technology Artemis Research (M-STAR) solicitation is a NASA initiative under its Office of STEM Engagement aimed at empowering Historically Black Colleges and Universities (HBCUs), Tribal Colleges and Universities (TCUs), and other Minority Serving Institutions (MSIs) to actively participate in and contribute to the future of space exploration. This opportunity seeks to enhance the involvement of these institutions in cutting-edge space technology research and development, fostering educational growth and innovation within underrepresented communities. The solicitation, identified by number NNH26ZHA002C-MSTAR, was posted on June 12, 2026, with a response deadline of August 11, 2026. It is managed by NASA’s grants team, with Sarah McGarvey serving as the primary point of contact for interested applicants. While specific location details are not provided, the solicitation is federal in nature and open to eligible institutions. The program supports NASA’s broader diversity and inclusion goals, offering a platform for minority institutions to engage in vital research aligned with the Artemis mission and related space technology initiatives. Further information and application details are available through NASA’s grants portal.

National Aeronautics And Space Administration

POSTED

DEADLINE

MUREP Space Technology Artemis Research (M-STAR)The Minority University Research and Education Project (MUREP) Space Technology Artemis Research (M-STAR) is a NASA initiative led by the Office of STEM Engagement designed to strengthen the research infrastructure and capacity of Minority Serving Institutions (MSIs) to contribute to NASA’s Space Technology Mission Directorate. A total of $12 million is available over two years for up to twelve awards, each valued at $1 million, with anticipated award dates in October 2026. Funding is contingent upon congressional appropriations and NASA’s ongoing determination of performance and national interest. Each award supports a two-year period of performance with a strict budget structure: the lead MSI must retain and use at least 60% of the funds directly, while no more than 40% may be allocated to subawards or collaborations. Allowable costs include research equipment, domestic travel, materials, project administration, and overhead, but foreign travel, tuition, fees, and cost-sharing are explicitly prohibited. Proposals must align with NASA’s identified 32 Space Shortfalls, particularly in Space Transportation and Space to Surface Access, and must demonstrate a clear plan to enhance STEM degree attainment, curriculum development, and workforce pipelines. Proposals are evaluated using a weighted scoring system: 40% for intrinsic merit, which assesses institutional capability, feasibility of the research plan, and inclusion of a project Logic Model with measurable metrics; 40% for relevance to NASA, emphasizing sustainable educational programming, equitable student support mechanisms, targeted outreach, and direct alignment with NASA missions; and 20% for budget adequacy, requiring detailed justifications for personnel, stipends, travel, equipment, and vendor quotes. Evaluation ratings range from Excellent to Poor, with ties broken by preference for lower indirect cost rates. All applicants must be registered in SAM.gov with an active Unique Entity Identifier and must comply with 2 CFR 200 cost principles and subaward flow-down requirements. Proposals must be submitted electronically via NSPIRES by August 11, 2026, using Times New Roman 12-point font with one-inch margins and include a 4,000-character proposal summary, budget narrative, biographical sketches, current and pending support, letters of commitment, and a Comprehensive Evaluation Plan due within 60 days of award start. Reporting obligations include semi-annual Federal Financial Reports, annual and final Performance Reports in RPPR format with mandatory sections on Accomplishments, Products, and Participants, as well as Annual and Summative

Office Of Stem Engagement

POSTED

DEADLINE

Announcement of Opportunity (AO) Astrophysics Explorers Program 2026 Small Explorer (SMEX)The document outlines NASA's Announcement of Opportunity for the Astrophysics Explorers Program 2026 Small Explorer (SMEX), inviting proposals for small-scale astrophysics missions. It provides comprehensive requirements starting with submission guidelines including cover pages, fact sheets, and detailed content structure. The contract emphasizes clear scientific objectives and investigation plans, requiring proposers to outline the scientific background, goals, and specific requirements of their mission. Proposals must also describe the threshold science investigation to ensure mission feasibility. Further sections detail the science implementation approach, including mission profiles, instrumentation specifics, data analysis plans, and commitments to open science and data management. The proposal must also include a thorough description of the science team and their roles. The mission implementation segment highlights general requirements, mission concept descriptions, development strategies, and the incorporation of new or advanced technologies. Developed by NASA’s Science Mission Directorate, this solicitation encourages innovative small explorer missions that align with mission traceability and scientific priorities set forth by the agency.

Science Mission Directorate

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DEADLINE

SWFO-L1 SpacecraftThe Space Weather Follow On - Lagrange 1 spacecraft contract is a forecasted procurement by NASA’s Goddard Space Flight Center under the NAICS code 927110, indicating a federal government activity related to space research and development. The initiative aims to deploy a dedicated spacecraft to the Lagrange Point 1 (L1) region, approximately 1.5 million kilometers from Earth toward the Sun, to ensure uninterrupted monitoring of solar activity and space weather phenomena. This mission is critical for maintaining the continuity of space weather observations currently provided by decommissioning or aging assets, ensuring timely warnings of solar storms that can disrupt satellite operations, power grids, communications, and GPS systems. The spacecraft will carry advanced instrumentation to measure solar wind, magnetic fields, energetic particles, and solar imagery, enabling real-time data transmission to Earth for use by NOAA’s Space Weather Prediction Center and other operational agencies. While the solicitation number and specific contract award details are not yet available, the forecast date of May 25, 2026, signals upcoming procurement activity within the next few years. The mission is a strategic national priority to safeguard critical infrastructure and aerospace assets, with performance expected to occur in cislunar space and mission operations centered at NASA facilities. No set-aside designation or small business preferences are indicated, suggesting this will be a full and open competition likely involving major aerospace contractors with experience in deep-space spacecraft development and space weather instrumentation.

Goddard Space Flight Center

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Commercial service contract to deliver NASA paylaods to the MoonCLPS is a government initiative established to enable frequent, affordable, and rapid delivery of NASA payloads to the lunar surface through commercial services. Awarded as an indefinite delivery/indefinite quantity contract to 14 selected vendors, it employs commercial procurement strategies to drive innovation and competition. Each task order is issued at a firm fixed price covering the entire scope of lunar delivery, placing full responsibility on the vendor to secure and manage the launch vehicle, handle all subcontracting, and obtain critical approvals from the FAA and other regulatory agencies. The program is designed to leverage private sector capabilities to support NASA’s lunar exploration goals, ensuring end-to-end mission execution by industry partners while reducing cost and schedule risk for the government. The solicitation is managed by NASA’s Johnson Space Center under the NAICS code 927110, with Christopher J. Culbert listed as the point of contact for inquiries.

POSTED

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Next generation NanoSIMS HR instrument with Cryogenic capabilityThe contract pertains to the acquisition of a next-generation NanoSIMS HR instrument equipped with cryogenic capability, designed to unlock unprecedented analytical potential for the study of extraterrestrial materials. This advanced instrument will enable isotopic analysis of soluble organics and fluid inclusions within microscopic samples, extending measurement precision to grain sizes previously inaccessible, thereby opening new avenues for research into the earliest solar system solids. The enhanced resolution and sensitivity of the NanoSIMS HR are expected to facilitate the identification and characterization of novel presolar and nebular grains, significantly advancing the understanding of material that predates and contributed to the formation of our solar system. The instrument will be critical for analyzing returned samples from missions such as Ryugu and future sample return endeavors, offering insights into the organic and volatile composition of primitive asteroids. By preserving sample integrity through cryogenic capabilities, the system will ensure minimal alteration of delicate molecular structures during analysis. This investment aims to transform our comprehension of solar system origins, planetary differentiation, and the delivery of prebiotic materials to early Earth, positioning the Johnson Space Center at the forefront of cosmochemical research through cutting-edge analytical infrastructure.

POSTED

DEADLINE

Artemis III preliminary examination gloveboxThe Artemis III preliminary examination glovebox is a custom-designed, modular cabinet system intended for use within the pristine lunar laboratory to maintain the integrity of returned lunar samples. Constructed to meet stringent curation standards, the glovebox will utilize high-purity materials such as polycarbonate glass and Viton seals to ensure minimal contamination and maximum sample preservation during initial analysis. Its modular design allows for flexible configuration and integration within the laboratory environment, supporting precise handling and examination of extraterrestrial materials under controlled conditions. This procurement is forecasted under NASA’s Johnson Space Center, operating under the National Aeronautics and Space Administration, with the NAICS code 927110 indicating its alignment with space exploration and research support services. Although the solicitation number and specific contracting details are not yet available, the system is scheduled for development and deployment in support of the Artemis III mission, with the forecast posting date indicating planning activity beginning in 2026. The glovebox will serve as a critical component in ensuring the scientific value of lunar samples by maintaining their pristine state throughout the preliminary examination phase.

Johnson Space Center

POSTED

2 months ago

DEADLINE

N/A

General Info

Agency

Government of Canada → Canadian Space AgencyView Agency

NAICS

927110 - Space Research and TechnologyView NAICS

Place of Performance

Longueuil, CAN

Set-Aside

NONE

Documents

(6)

Amendment 002 to RFI 20250303 STDP 27

PDF•1 page•amendment

Amendment 001 to RFI 20250303 STDP 27 Enabling Technologies

PDF•1 page•amendment

RFI 20250303 STDP 27 - Technologies habilitantes en vue de missions futures

PDF•61 pages•rfi

RFI 20250303 Amendment 002 - STDP 27 - French

PDF•1 page•amendment

Amendment 001 to RFI 20250303 STDP 27 - FR

PDF•1 page•amendment

RFI 20250303 STDP 27 - Enabling Technologies for Future Missions

PDF•53 pages•rfi

AI Contract Breakdown

Uniform Contract Format

Timeline

PhaseClosed

PostedFeb 26

Solicitation

Response DeadlineMar 19

Deadline has passed

Submission Closed

03/19/2026, 07:00:00 PM UTC

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Organization & Contact Information

AgencyGovernment of Canada → Canadian Space Agency

Contacts1 person available

OfficeN/A

Organization / Agency

Government of Canada → Canadian Space Agency

View Agency Profile

Office AddressN/A

Contacts

R&D Procurement TeamContracting Authority

contact@example.gov

Full Description

The Canadian Space Agency (CSA) is issuing this Request for Information to inform the Canadian Space Sector of the Government of Canada’s intention to consider one or more future Requests for Proposal (RFPs) under the Space Technology Development Program (STDP). The objectives of this RFI are as follows: · To inform industry of the anticipated posting timeline for any potential future RFP(s); · To present the draft list of priority technologies currently under consideration for future solicitations; · To solicit feedback from industry regarding the scope, feasibility, and clarity of the proposed work elements; · To collect information that may assist the CSA in refining technical requirements, risk considerations, and procurement planning for potential RFP(s). Preliminary list of priority technologies: 1 Lightweight Athermal Reflecting Telescope Adaptable to Various Sized CubeSats 2 Readout Electronics for Large Mosaic Focal Plane Arrays of Astronomical Low Light Imagers 3 Technologies for Terrestrial Snow Mass Mission 4 Fourier Transform Spectrometer for the Atmospheric Data Continuity and Improvement Mission