NASA Selects Karman for SkyFall Mars Mission
The agency taps Karman Space & Defense to develop critical parachute systems for the upcoming Mars exploration project.
Updated on Oct. 26, 2026 in Space
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NASA's Jet Propulsion Laboratory has selected Karman Space & Defense to design and build a parachute deployment mortar for the upcoming SkyFall mission to Mars. This system is designed to slow the spacecraft during its high-speed atmospheric entry.
Why it matters
The SkyFall mission aims to deploy three autonomous helicopters on Mars to study local weather patterns and search for subsurface ice. By utilizing ground-penetrating radar, researchers hope to better understand the geological composition of the planet.
The parachute deployment mortar is a critical component for safe landing, supported by Karman's 50-year history of involvement in space projects. The mission will deploy 3 autonomous helicopters equipped with ground-penetrating radar to study ice deposits.
The players
NASA Jet Propulsion Laboratory
This facility is a federally funded research and development center that specializes in the construction and operation of robotic space missions.
Karman Space & Defense
Based in Huntington Beach, California, this firm provides engineering and manufacturing services for the space and defense sectors.
The details
The newly developed mortar will ensure the parachute deploys correctly as the spacecraft enters the Martian atmosphere. Karman Space & Defense, based in Huntington Beach, California, will oversee the design and development for this first-time Mars mission contribution.
Timeline
October 26, 2026: Karman Space & Defense was selected for the contract.
November 2028: NASA is targeting the launch window for the mission.
The Big Picture
This project builds upon the infrastructure of the NASA Mars Exploration Program by introducing specialized aerial reconnaissance tools. The development of advanced entry systems marks a technical shift in how robotic explorers navigate atmospheric descent.
The development of these landing systems could lead to more durable parachute technology for future robotic and potentially crewed missions. Advanced radar integration provides a blueprint for how researchers might conduct more efficient subsurface surveys on planetary bodies.
The takeaway
This partnership highlights the reliance of space agencies on specialized private contractors to meet mission-critical engineering milestones. It also underscores the growing trend of utilizing autonomous aerial vehicles to conduct high-resolution surface science on Mars.
Further reading
Learn more about the latest Space initiatives from NASA and international partners.
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