Elon Musk and NASA are dreaming about exploring Mars, and we already know that long-distance crewed missions are coming.
On the other hand, something that you might find surprising is the fact that the modern rockets don’t go very fast compared to the rockets of the past. There are various reasons for which a faster spaceship is much better compared to a “traditional” one – these come with many benefits over the traditional fuel-burning rockets or modern solar-powered electric rockets.
It’s also worth noting that there have only been eight U.S. space launches carrying nuclear reactors in the past 40 years.
Back in 2019, the laws that are regulating space flights have changes, and work has already begun on this next generation on rockets.
One of the first steps that a space journey involves is the use fo the launch rockets in order to get ships into orbit.
After a ship reaches space, things get pretty interesting. In order to escape Earth’s gravity and reach to deeper space destinations, spaceships will be needing more acceleration.
Nuclear systems enter the picture, and if astronauts want to get the chance to explore something that’s much farther than the Moon or Mars, they will need to go really fast.
Two benefits of a faster spaceship
Faster rockets are much better for long-distance space travel due to two essential reasons: safety and also time.
As you probably know by now, astronauts who are on a trip to the Red Planet, for instance, would be exposed to some really high levels of radiation which can trigger some long-term health-related issues such as sterility and cancer.
One of the ways in which you can avoid so much radiation is to travel faster. Safety is not the only benefit – getting data from missions as soon as possible is also an essential element.
Nuclear powered rockets are the answer to all of this, and you can learn more details on the issue by heading over to the original article.