Why NASA Splashes Down While Russian Spacecraft Land on Solid Ground

Executive Briefing

• Geography drives recovery strategy: Russia's vast uninhabited landmass replaces the ocean buffers surrounding U.S. launch sites
• Russia's Baikonur Cosmodrome sits 3,150 miles from the equator, limiting ocean splashdown options unlike Cape Canaveral's coastal location
• Physics favors equatorial launches: Earth spins at 1,025 mph there, boosting rockets toward the 17,398 mph needed for orbit
• Yuri Gagarin ejected from Vostok 1 over four miles up and parachuted down; Alan Shepard splashed safely into the Atlantic
• Russia has used the same land-return method since 1961, while NASA shifted to ocean splashdowns and later Space Shuttle runway landings