The US National Aeronautics and Space Administration (NASA) and the United Arab Emirates Space Agency (UAESA) signed an agreement in 2022 to collaborate on Mars science — specifically, data between NASA’s MAVEN (Mars Atmosphere and Volatile Evolution) project and the Emirates Mars Mission’s (EMM) Hope Probe will enhance scientific returns from both spacecraft, which are currently orbiting Mars and collecting data on the Mars’ atmosphere.
Prerequisites:
• Access to space science data and analysis capabilities
• International partnerships with agencies or commercial providers
• Procurement pathway
• Partner support as needed
Cost:
Entry-Level Partnerships (Training, Data Sharing, Small Experiments)
• Ballpark: USD 50k–500k
• Includes: participation in international programmes, researcher exchanges, small experiment preparation, training workshops, travel, data sharing agreements
Mid-Tier Partnerships (Co-funding Instruments or Payloads)
• Ballpark: USD 1M–10M
• Includes: design and co-funding of scientific instruments or payloads for partner missions, joint prototyping and testing, integration with host spacecraft, researcher training, data access and analysis, ground support for mission participation.
Advanced Partnerships (Large International Facilities/Observatories)
• Ballpark: USD 5M–50M
• Includes: membership fees or contributions to large-scale research infrastructures (e.g., SKAO), domestic facilities for data analysis, long-term researcher participation, staff exchanges, workshops and conferences, access rights to global datasets.
Timeframe:
• Overall: 12–36 mo
• Phase: partnership scoping and agreements (3–6 mo), project design and preparation (3–6 mo), experiment execution or data collection (6–18 mo), analysis and dissemination (6–12 mo)Entry-Level Partnerships (Training, Data Sharing, Small Experiments)
• Overall: 12–24 mo
• Phases: scoping/partnership negotiation (3–6 mo), experiment/data preparation (6–9 mo), execution/data use (3–6 mo), analysis/dissemination (3–6 mo)
Mid-Tier Partnerships (Co-funding Instruments or Payloads)
• Overall: 24–48 mo
• Phases: scoping & agreements (6–9 mo), design/prototyping (9–15 mo), integration/testing (9–15 mo), launch/operations & data use (6–12 mo)
Advanced Partnerships (Large International Facilities/Observatories)
• Overall: 36–72 mo
• Phases: negotiation & membership (12–18 mo), infrastructure/data access & integration (12–24 mo), research participation & analysis (12–30 mo), results dissemination (ongoing)
Pros:
• Technology Access – Enables access to cutting-edge technologies through collaboration with space-leading nations.
• Cost Efficiency – Reduces mission expenses by sharing resources through joint research initiatives.
Considerations:
• Multinational Decision-Making Complexity – Involves coordination among multiple nations, which can complicate and slow down the decision-making process due to differing priorities and governance structures.
• Funding Stability Requirement – Requires consistent and long-term financial commitment to ensure continuity and success of extended space projects.