Open Call for Lunar Payload Design Challenge Grant (UAE)

The U.S. Mission to the UAE is inviting applications for the Lunar Payload Design Challenge Grant, a program offering between $200,000 and $300,000 to support U.S.–UAE cooperation in space technology development. Applications are open until 15-Jul-2026. The initiative funds hands-on, team-based graduate student challenges focused on lunar payload design, with an estimated total program funding of $300,000 and an award ceiling of $300,000 and floor of $200,000.

"The Lunar Payload Design Challenge Grant supports U.S.–UAE cooperation in space technology development, lunar mission innovation, and graduate student collaboration," the program announcement states, underscoring its emphasis on cross-border academic and research partnerships.

Program scope and eligibility

The grant is designed to build capacity in advanced technical fields related to space exploration by bringing graduate students together to develop practical skills relevant to lunar payloads and mission planning. Eligible applicants include nonprofit organizations, educational institutions, think tanks, NGOs, and public international organizations. For-profit entities are explicitly ineligible to serve as prime recipients.

• Main focus areas: lunar mission technology, space innovation, U.S.–UAE cooperation, student collaboration, and research advancement.
• Eligible applicants: not-for-profit organizations, think tanks, civil society organizations, nongovernmental organizations, public and private educational institutions (U.S.-based and foreign), and public international organizations.
• Ineligible applicants: for-profit entities and organizations that do not meet nonprofit or public international criteria.
• Partnership rules: only one nonprofit, non-governmental entity may serve as the prime recipient; subcontracting with other entities is permitted but roles and responsibilities must be clearly defined in proposals.

Activities supported and expected outcomes

Funded activities should center on designing and managing a graduate student challenge, supporting student teams working on lunar payload concepts, building U.S.–UAE academic and research partnerships, and facilitating university–industry collaboration. The grant also supports engagement with space-sector experts and mentors, technical training, capacity building, and research that could inform potential mission integration.

Expected results include stronger U.S.–UAE cooperation in space innovation, improved graduate student technical skills, new lunar payload concepts, reinforced university–industry-research partnerships, and expanded institutional cooperation in the space sector. The program aims to expand innovation ecosystems and increase capacity for lunar mission-related research by giving students practical, problem-solving experience.

Context and rationale

Lunar payloads carry the instruments and systems required to fulfil mission goals — from scientific research to communications and environmental monitoring. By funding a challenge focused on payload design, the U.S. Mission to the UAE intends to cultivate practical technical knowledge and institutional partnerships that prepare students for roles in future space missions and strengthen collaborative research networks.

Applicants are expected to demonstrate capacity to manage collaborative programs involving graduate students, universities, research partners, and space-sector stakeholders. Proposals should delineate clear leadership and accountability while leveraging partnerships across academia, industry, and research institutions.

Outlook

With awards ranging from $200,000 to $300,000 and a stated deadline of 15-Jul-2026, the Lunar Payload Design Challenge Grant offers a focused funding opportunity for nonprofits and educational institutions aiming to deepen U.S.–UAE ties in space technology. Successful projects could yield new payload concepts, strengthen student pipelines into the space sector, and create pathways for future mission integration between academic and industry partners.