'Eyes on Mare Crisium': Blue Ghost prepares for a game-changing Moon landing
Produced by: Manoj Kumar
Credit : Firefly Aerospace
Lunar Arrival
Blue Ghost successfully entered lunar orbit after a precise engine burn, bringing Firefly Aerospace one step closer to making history with a private Moon landing in Mare Crisium.
Credit : Firefly Aerospace
Historic Landing
Set to touch down on March 2, Blue Ghost aims to become one of the few private spacecraft to achieve a soft landing, delivering critical science experiments for NASA’s Artemis program.
Credit : Firefly Aerospace
Private Power
Firefly Aerospace’s success highlights the growing role of private companies in deep space exploration, proving that commercial firms can play a key part in future Moon missions.
Credit : NASA
Science Cargo
Carrying 10 NASA-backed experiments, Blue Ghost will study the Moon’s surface, radiation levels, and potential resources, providing vital data for long-term human missions to the Moon.
Credit : Firefly Aerospace
Fuel Efficiency
Using multiple engine burns over 16 days, Blue Ghost is refining its orbit before attempting a soft landing, maximizing fuel efficiency for a controlled descent to Mare Crisium’s surface.
Moon Partners
Blue Ghost isn’t alone—Tokyo-based ispace’s Resilience lander launched on the same Falcon 9 rocket and will take a longer route to the Moon, marking a new era of private lunar exploration.
Credit : ispace
Future Missions
If Blue Ghost lands successfully, Firefly Aerospace could secure more NASA contracts, helping shape future lunar missions and solidifying the role of commercial spaceflight in deep-space exploration.
Credit : Firefly Aerospace
Sustainable Exploration
By mapping the lunar surface and studying radiation, Blue Ghost’s data will help NASA prepare for permanent Moon bases, supporting long-term human habitation under the Artemis program.
Space Revolution
With private firms like Firefly and Intuitive Machines achieving major milestones, commercial space exploration is accelerating, making lunar travel more frequent, cost-effective, and sustainable.
Credit : Firefly Aerospace