SpaceX's New Dragon Landing Upgraded SOLVES NASA Problem, Astronauts Stunned...

"SpaceX's New Dragon Landing Upgraded SOLVES NASA Problem, Astronauts Stunned...
===
#techmap #techmaps #elonmusk #starshipspacex #spacex
===
SpaceX's New Dragon Landing Upgraded SOLVES NASA Problem, Astronauts Stunned...
With the latest upgrades, SpaceX’s Dragon spacecraft is getting insane like never before!
For many years, this broomstick has proven its potential and reliability through a series of successful missions. It's been certified by NASA, praised by astronauts who've ridden in it, and earned the title of the first reusable spacecraft built by a private company to carry crew and cargo to the ISS.
However, Dragon still had some serious flaws under the surface, issues that, if left unchecked, could’ve led to serious lawsuits or safety concerns.
SpaceX didn’t waste time. They tackled the problem fast, not only fixing the flaws but upgrading Dragon with cutting-edge tech that no other space company has ever pulled off.
Let’s dive into everything in this Tech Map episode.
SpaceX's New Dragon Landing Upgraded SOLVES NASA Problem, Astronauts Stunned...
Before we get into Dragon’s hardware upgrades, let’s talk about a major change in its splashdown site, something that’s directly linked to a recent serious issue.
Since July 2024, SpaceX has quietly begun shifting Crew Dragon’s main splashdown site, moving it from the East Coast, where it used to land in the Atlantic and waters off Florida, all the way to the West Coast, just off California in the Pacific.
Sarah Walker, SpaceX's director of Dragon mission management, put it simply: ""After five years of splashing down off the coast of Florida, we've decided to shift Dragon recovery operations back to the West Coast.""
Why? Because this move helps protect people living in major cities like Miami, Jacksonville, and other densely populated areas across Florida, Georgia, and the Carolinas.
SpaceX's New Dragon Landing Upgraded SOLVES NASA Problem, Astronauts Stunned...
Now, let me explain a bit more so it all makes sense.
We’re talking about issues that happen when Dragon returns to Earth from the ISS.
After undocking, the spacecraft fires its Draco thrusters for what’s called a deorbit burn, basically, it slows down just enough to start falling back toward Earth.

Then, just before it hits the atmosphere, around 100 to 120 kilometers above the surface, Dragon separates from its trunk.
The capsule is the main part of the spacecraft, that’s where the astronauts or cargo are. It’s protected by a heat shield so it can safely survive the fiery reentry.
But the trunk? That part isn’t designed to make it back. It has no heat shield, so it burns up in the atmosphere.
===
Subcribe TechMap: http://tinyurl.com/3z5ysrtf"