NASA Awards $590 Million for 4 Moon Cargo Missions as $30 Billion Base Plan Advances
Updated
Updated · CNN · Jun 30
NASA Awards $590 Million for 4 Moon Cargo Missions as $30 Billion Base Plan Advances
3 articles · Updated · CNN · Jun 30
Summary
$590 million in new NASA awards will fund four lunar cargo missions by Astrobotic, Firefly and Intuitive Machines, with Astrobotic winning two deliveries for science instruments and other moon base supplies.
The missions form Phase 1 of NASA's moon base buildout through 2028, a roughly $10 billion push to place robotic landers, rovers and buggies on the surface before sustained human operations.
NASA is also weighing a lunar role for its Promise rover and signaled flexibility on launch options after Blue Origin's New Glenn exploded in May, threatening the schedule for its Blue Moon lander.
The broader moon base effort is projected to cost about $30 billion and sits inside the Artemis program, as Washington prioritizes lunar infrastructure to compete with China's fast-advancing space program.
After recent landing mishaps, can private companies reliably deliver the hardware for NASA's ambitious Moon Base?
With multiple companies building lunar landers, who will ultimately dominate the emerging Moon economy?
As companies race to the Moon for resources, what rules will prevent a new 'Wild West' in space?
NASA’s Moon Base Initiative: Key Investments, Strategic Partnerships, and the Path to Permanent Lunar Presence
Overview
NASA began the first phase of its moon base plans in mid-2026 by awarding major contracts to four U.S. companies, rapidly accelerating efforts to establish a permanent lunar presence. This immediate investment aims to make lunar surface access highly reliable between 2026 and 2029. Blue Origin will deliver landers to the moon’s south pole, while Astrolab and Lunar Outpost are building advanced lunar vehicles, and Firefly Aerospace is sending the first drones. By accelerating mission orders and launches, NASA seeks rapid learning and improvement, laying the groundwork for future human landings and long-term lunar operations.