On January 16, 2003, Space Shuttle Columbia launched on mission STS-107, carrying seven astronauts and a full schedule of scientific experiments. Shortly after liftoff, a piece of foam struck the shuttle's left wing. Unknown to the crew, the impact fatally compromised the thermal protection system required for reentry.
Inside NASA's Mission Control in Houston, engineers began to suspect that Columbia might not survive the return to Earth. As evidence mounted, a terrifying realization emerged: the astronauts could be stranded in orbit. With only days before the shuttle would have to attempt reentry, NASA leadership confronted an unprecedented question--could Columbia's crew be rescued? Engineers proposed a daring plan: launch Space Shuttle Atlantis on an emergency mission, rendezvous with Columbia in orbit, and transfer the crew through a dangerous EVA between the two spacecraft.
What follows is a gripping race against time--driven by frantic engineering analyses, launch-pad emergency preparations, mounting political pressure from Washington, and the courage of astronauts willing to risk everything.
Drawing heavily on real NASA procedures, shuttle operations, and the historical events surrounding STS-107, Saving Columbia explores the dramatic "what if" scenario of the rescue mission that might have been.
Marshall H. Kaplan, PhD, is an aerospace engineer, executive, and educator with more than four decades of experience in space systems engineering, national security, and advanced technology development. Trained at MIT and Stanford, he is known for combining rigorous technical insight with strategic vision in complex aerospace programs.
His background offers a unique perspective on the Columbia tragedy, grounded in deep knowledge of spacecraft systems, organizational decision-making, and risk management. This blend of technical expertise and human understanding brings clarity and depth to one of the most consequential events in spaceflight history.