LIVE: NASA update on Moon base

Four new lunar lander awards announced

NASA awarded contracts today totaling approximately $144 million to Firefly and Intuitive Machines and over $280 million to Astrobotic under Eclipse 2.0, bringing the total lander pool to seven vehicles for Phase 1 reliability testing.

Multiple vehicles ensure mission redundancy

The agency is deliberately procuring diverse launch vehicles and lander designs to avoid single points of failure, with additional solicitations opening for technology demonstration payloads requiring more landing capability.

Active supply chain intervention

NASA is deploying subject matter experts to vendor facilities to identify bottlenecks and has partnered with the SBA to fund challenged suppliers while recommissioning decommissioned hypergolic test chambers from the Shuttle era.

Promise rover considered for lunar south pole

NASA is studying sending the Promise rover—an existing engineering development unit for Mars Curiosity/Perseverance—to the Moon with a nuclear RTG to survive the 14-day lunar night and enable long traverses in permanently shadowed regions.

Broad Area Announcements for critical gaps

New solicitations opening in July via sam.gov will fund early development of surface power systems, followed by inflatable habitats and mobility solutions to support Phase 1 and 2 missions.

Blue Origin recovery maintains 2027 timeline

While Plan A remains launching the Mark 1 lander on New Glenn by year-end with a buffer into 2027, NASA confirmed the intact Mark 1 could fly on alternative rockets if necessary and praised the company's rapid anomaly response.

Critical south pole unknowns remain

Major data gaps persist regarding surface strength at centimeter resolution, optimal heights for solar masts in low illumination, and survival in -400°F permanently shadowed regions requiring ground-truth validation.

Landing plume mitigation strategies

Early landers will carry stereo cameras to characterize surface interaction effects, while future missions require surface preparation capabilities to prevent damage, as current models suggest keeping landers 1.5 miles from existing assets.