What time did Crew-12 dock with the ISS?

Dragon arrived around 3:15 p.m. ET on February 14. This timing restored the station to seven crew and returned research to normal levels. For investors, a clear timeline limits uncertainty for suppliers and partners, reducing schedule risk and supporting steady revenue in services tied to station operations.

Why does the Commercial Crew Program matter to investors?

It creates predictable demand through regular flights and fixed-price contracts, lowering reliance on foreign transport and spreading risk across private partners. That stability supports hiring, capex, and innovation across the U.S. supply chain. The nasa spacex crew 12 launch is a fresh proof point for consistent crew access.

Which sectors benefit when the ISS is fully staffed?

Launch services, spacecraft subsystems, avionics, life support, thermal protection, communications, spacesuits, training, mission software, and insurance often see steadier orders. Downstream areas like biotech research, materials testing, and in-space manufacturing can also advance faster when studies get more crew time and quicker logistics.

What should investors watch after docking?

Monitor science ramp-up, EVA planning, and cargo cycles for execution quality. Watch pad turnaround speed, reuse intervals, and any schedule changes. Keep an eye on policy debates, regulatory updates, and supply chain lead times. Together, these signals show whether cadence and reliability are improving after the nasa spacex crew 12 launch.

Global Market Insights

NASA-SpaceX Crew-12 Docking February 14: ISS Back to Full Staff

ByDanny Kontos February 14, 2026February 14, 2026

The nasa spacex crew 12 launch reached a key milestone as Dragon docked with the ISS around 3:15 p.m. ET on February 14, restoring the station to seven occupants. Full staffing brings research back to normal and cuts schedule risk after Crew-11’s early return. For U.S. investors, this is a timely signal that Commercial Crew remains dependable, with Falcon 9 operations cleared to continue. Reliable crew rotation supports demand across the space economy, from launch services to in-orbit research and downstream applications.