Comprehensive guide to selling to NASA, including SBIR/STTR programs, procurement offices, and commercial space opportunities.
The National Aeronautics and Space Administration (NASA) is a unique government agency with an annual budget exceeding $25 billion dedicated to space exploration, aeronautics research, and Earth science. Unlike the Department of Defense, NASA focuses on civilian space missions, scientific research, technology development, and international cooperation. However, NASA procurement represents a significant opportunity for contractors, particularly for technology development, research services, and hardware manufacturing.
NASA operates 10 field centers across the United States, each with distinct missions and procurement authority. Johnson Space Center in Houston manages human spaceflight programs including the International Space Station. Kennedy Space Center manages launch operations. Marshall Space Flight Center in Huntsville, Alabama manages propulsion and large-scale engineering projects. Goddard Space Flight Center in Greenbelt, Maryland focuses on science missions and satellite development. Jet Propulsion Laboratory in California is famous for Mars rovers and deep space exploration. Each center buys significant quantities of hardware, services, and research support.
NASA's procurement spans multiple categories: Launch vehicles and launch services for getting payloads to space; Spacecraft design, development, and manufacturing; Scientific instruments and sensors for space missions; Ground support equipment and mission control systems; Research and development contracts for emerging technologies; Engineering and technical support services; Life support and habitat systems for crewed missions; Robotics and autonomous systems; Materials and advanced manufacturing; IT and data management systems.
What distinguishes NASA procurement is its focus on innovation and technology development. Many contracts support research into next-generation technologies that will eventually have commercial applications. NASA's Small Business Innovation Research (SBIR) program specifically targets small businesses with innovative ideas.
NASA uses several procurement vehicles: Cooperative Agreements with industry partners and universities; Cost-Plus-Fixed-Fee contracts for development work; Firm-Fixed-Price contracts for production items; Time-and-Materials contracts for support services. For research and development work, NASA often uses Other Transaction Authorities (OTAs) which provide flexibility in contract terms.
NASA's procurement process follows federal regulations but has some unique characteristics due to the nature of space exploration work.
Opportunities Posted: NASA posts procurement opportunities on SAM.gov (formerly FedBizOpps) and on its own NASA Procurement portal at nasa.gov/procurement. Large development contracts are often posted well in advance with pre-solicitation notices.
Pre-Award Activities: For large projects, NASA often conducts pre-solicitation conferences where potential contractors can ask questions and understand NASA's requirements. This is an excellent opportunity to clarify technical requirements and learn about NASA's evaluation criteria.
Proposal Development: Proposals must address NASA's technical, schedule, and cost requirements. NASA evaluates proposals on multiple factors including technical approach, past performance, and cost. Proposals for development work should demonstrate your understanding of space-rated hardware development and testing requirements.
Evaluation and Selection: NASA evaluation panels review proposals and score them on stated criteria. The evaluation process can take 3-6 months depending on the complexity. NASA issues evaluation results and allows for proposal revisions if requested.
Contract Award: After evaluation, NASA issues a contract award or announces that proposals were unsuccessful. Winners receive a detailed contract with specifications, schedules, and payment terms.
Post-Award Activities: After contract award, regular status reviews, technical interchange meetings, and compliance monitoring occur. For hardware development, NASA conducts design reviews, inspection and acceptance testing, and final delivery reviews.
Space Launch System (SLS): NASA's heavy-lift launch vehicle program requires contractors for core stage engines, solid rocket boosters, avionics, and ground support equipment. This is a multi-billion dollar program with opportunities for major contractors and subcontractors.
Artemis Program: The program to return humans to the Moon includes the Orion spacecraft, lunar modules, spacesuits, and supporting infrastructure. Contractors are needed for spacecraft components, life support systems, and lunar surface equipment.
Commercial Crew Program: NASA partners with commercial companies like SpaceX and Boeing to develop crew transportation to the ISS. This program shows how NASA works with innovative commercial partners.
International Space Station (ISS): The ISS requires continuous resupply missions, hardware maintenance, scientific instruments, and crew support equipment. Multiple contractors provide services and hardware to keep the ISS operational.
Earth Science Missions: NASA operates a fleet of Earth-observing satellites. These missions require spacecraft buses, scientific instruments, ground data systems, and launch services.
Planetary Science: Mars rovers, lunar landers, and deep space probes require specialized hardware, scientific instruments, power systems, and communications equipment. These are multi-year, high-value contracts.
Aeronautics Research: NASA invests in advanced aircraft concepts, propulsion systems, materials, and aerospace technologies. Contractors support experimental flight programs and technology demonstrations.
Small Business Innovation Research (SBIR): This program provides funding to small businesses to develop innovative technologies. Phase I awards ($150,000-$180,000) fund feasibility studies. Phase II awards ($600,000-$750,000) fund development. Phase III can lead to commercialization.
1. Register on SAM.gov: All federal contractors must register on SAM.gov with a DUNS number and CAGE code. This is the first step and required to bid on any NASA contracts.
2. Get Registered with NASA: While not always mandatory, registering with NASA's procurement office and subscribing to their procurement updates will keep you informed about upcoming opportunities.
3. Understand the Evaluation Criteria: NASA clearly states how proposals will be evaluated. Common criteria include: Technical Approach (does your solution work?), Past Performance (have you done similar work?), Cost Reasonableness (is your price fair?), and Schedule (can you meet the timeline?).
4. Build Relationships with NASA Centers: Each NASA center has its own procurement office. Attending NASA events, industry days, and technical conferences helps you understand their needs and build relationships. Larger contracts often go to contractors with established relationships and past performance.
5. Partner with Prime Contractors: If you're a small business or don't have space industry experience, partnering as a subcontractor with established prime contractors is a viable path. Many large aerospace companies actively seek subcontractors and small business partners.
6. Consider the SBIR Program: If you have innovative technology ideas, NASA's SBIR program provides a lower-risk entry point with smaller contract values and more flexible requirements.
7. Invest in Space-Quality Processes: NASA contracts require demonstrating compliance with space industry standards (AS9100, EIA 649, etc.). Achieving these certifications signals your capability to work on space hardware.
8. Start with Support Contracts: If you're new to NASA, consider bidding on support services contracts (engineering support, logistics, data analysis) before trying for hardware development contracts. These help you build past performance and relationships.