NASA's Isaacman Pushes 10 $100 Million Science Missions as Agency Launches Fewer Probes
Updated
Updated · Ars Technica · May 19
NASA's Isaacman Pushes 10 $100 Million Science Missions as Agency Launches Fewer Probes
3 articles · Updated · Ars Technica · May 19
Jared Isaacman has challenged NASA’s science arm to get 10 missions flying at about $100 million each, pressing for faster, cheaper projects rather than billion-dollar flagships.
Nicky Fox, NASA’s science chief, said Isaacman wants “more shots on goal,” arguing the agency should match mission size to the science problem and move quicker.
The push comes even though NASA’s science budget is about $7.25 billion this year—roughly flat with 2000 after inflation—while the agency is launching fewer telescopes and planetary missions than it did a quarter-century ago.
Isaacman has so far focused more visibly on human spaceflight, following Artemis II’s lunar flyby and an overhaul that scrapped a planned lunar-orbit station in favor of a Moon base.
He has also backed the Trump administration’s proposed science cuts while advancing a 2028 nuclear-powered Mars mission, underscoring a broader effort to reshape NASA around lower-cost, faster-paced exploration.
With the lunar Gateway canceled, is NASA's high-speed Moon base plan a bold new era or a multi-billion dollar gamble?
Is NASA's pivot to a Moon base sacrificing its legacy of grand scientific discovery for geopolitical advantage?
Project Athena Unveiled: NASA’s Shift to Ten $100 Million Missions and the Future of Space Science
Overview
NASA is undergoing a major transformation in its science mission strategy under Administrator Jared Isaacman, as outlined in the leaked 'Project Athena' document. This new vision marks a radical shift from traditional, expensive flagship projects to a model focused on launching more frequent, smaller, and cost-effective missions. Guided by the philosophy of 'more shots on goal,' Project Athena aims to accelerate scientific discovery by enabling NASA to complete more missions quickly and efficiently. At its core, this approach seeks to maximize scientific returns by strategically investing in numerous, moderately priced missions rather than relying on a few large-scale endeavors.