Have you ever wondered why in the 1960s NASA used splashdown landings and the Soviet Union landed on land? Yeah, I was curious about that one too. Okay, to answer this question we have to look at other things beyond just the landing method itself. We actually have to start with why the launch sites for the two countries are where they are. In the US Air Force and eventually NASA started launching things into orbit from Cape Canaveral, it wasn't just an arbitrary choice. There were a lot of reasons that this as a launch site made a lot of sense. Engineers already knew they'd known for decades that the best way to take advantage of the Earth's rotation to put something into orbit was to launch closer to the equator. Cape Canaveral is probably the southernmost point in the United States that actually makes sense to launch, because it's not just the latitude that matters. It's the area around that launch site that's really important. The coastal and having the Atlantic Ocean east of the launch site meant that anything going into orbit could take advantage of the Earth's rotation and also launch over unpopulated areas, aka the ocean. The Atlantic Ocean engineers realized was also a really great landing pad. Not only are there no people there to hit and potentially injure, it's much softer and more yielding than the land. Engineers realized that with a parachute, the ocean was soft enough to land on without risking bodily harm to the astronauts. It was also unpopulated, so if any winds came and moved the spacecraft over during that last phase of landing, they wouldn't risk hitting a person or a house or some building. Being away from all populated areas was the best bet. Also the parachute method was the simplest. It was easiest. When you're dealing with all the new unknowns of spaceflight with the Mercury program, just use a parachute and land in a safe spot. Then there's also the fact that the United States has a massive navy. Being in the Atlantic Ocean meant that a navy ship or fleet of ships could reach the astronauts within a few hours of landing. Even if they didn't hit their primary or secondary zone, if they hit a contingency zone, there could always be a ship in international waters less than two days from the crew. If you want to know why that two days is important, I've got a video about it right up here. The Soviet Union was in a bit of a different situation when it started looking at launching men into space. Russia is very far north, and there isn't a very good southern launch site that would take advantage of the Earth's rotation the same way Cape Canadral does for getting spacecraft and payloads into orbit. That's why the Soviet launch site was not in Russia, it's in Kazakhstan. The Kazakh government leased the site to the Soviet Union in the 1950s. It's the southernmost point that was within the Soviet Union's empire, but it's still pretty far north. It's on about the same latitude as Portland, Maine. The site is also landlocked. There isn't exactly a nice cushion of yielding soft, welcoming ocean around the launch area in case crews had to abort during launch or to land near where they took off from. The bodies of water that the Soviet Union did have access to are all in the Arctic Circle, meaning that they could be very dangerous for cosmonauts if they splashed down and then had to egress from the spacecraft while waiting for recovery crews. But the Soviet Union did have a lot of that the United States lacked is land. And lots of areas with no people in it that would be a safe spot for land. It was simpler for Soviet engineers to figure out how to bring their cosmonauts down on land than it was to figure out navigating international waters or Arctic seas in a splash-down scenario. As we know, this required a much more complicated landing system. See, the cosmonauts in the early Vostok days didn't actually land inside their spacecraft. The parachute was still not going to slow the capsule enough to spare the cosmonaut from a really hard landing. So he had to eject before landing and land by a personal parachute while the spacecraft also used its own parachute. It wasn't until the Soyuz days that the Soviet engineers perfected the system that is still in use with Soyuz today. The retro rockets fire at the last second before landing, slowing the spacecraft so it's a nice, smooth landing in an open field. Although anecdotally I have heard from a number of astronauts that it's still a pretty hard landing. You know what, I'd take that hard landing if it meant I got to go to space. This wasn't a question that only I had. A lot of you guys have asked me about this as well. And as such, I've got a little bit more information in the companion blog post over on Discover. The link is in the description, so definitely check that out if you would like to know a little bit more about landings in the 1960s. And of course, if you have other questions or other things you'd like to see covered in future episodes, leave those in the comment section as well. I also want to remind you guys that I can now take sponsors on Vintage Space. I've got a video about how that works right up here. You guys can help me make the Vintage Space content that you love so much. Be sure to subscribe so you never miss an episode of Vintage Space. And of course, for space every single day, follow me across social media on Facebook, Twitter and on Instagram. And I'll see you guys next time. Thank you so much for watching.