订阅以下载
SpaceX Falcon 9 + Crew Dragon

Perhaps the most successful rocket ever to fly.
⨴ (Did you know there's a 'MakeTestRange' option for the Air Density Mod? Try it.)
⨴ The first stage is equipped with a landing computer. Once you stage, you don't need to do anything more with the first stage (unlike, say, my old BFR).
⨴ The Crew Dragon does not have parachutes; it has airbrakes and engines. It doesn't have a proper landing computer, but it will still land more-or-less automatically. You may need to keep it pointing upright during the final landing burn.
⨴ You'll have to babysit the rocket all the way up. It's wildly unstable, and this gets particularly bad with the second stage if you don't have the Air Density Mod active.

This rocket is designed to drop the first stage at 400m/s (assuming you have the Air Density Mod running). Results are not guaranteed above that.
The capsule is designed to re-enter at 1000m/s, but can probably go up to 1500m/s. Don't forget to drop the trunk before re-entry.

The first stage landing computer is not perfect. Much like the actual Falcon 9 used to, it crashes from time to time.






The Falcon 9 is a partially reusable medium lift launch vehicle designed and manufactured by SpaceX. It is powered by Merlin engines, also developed by SpaceX, burning cryogenic liquid oxygen and rocket-grade kerosene (RP-1) as propellants. The final version (v1.2 Block 5) can lift up to 22.8 tons to low orbit and 5.5 tons to a geostationary transfer orbit.

Its first stage can re-enter, land vertically, and be reused - the first (orbital) rocket ever to have this capability.

The Crew Dragon is SpaceX's first crewed vehicle. Unlike its predecessor (the Dragon 1), it is capable of automatically docking with the ISS (instead of being dragged to a port by a robot arm). It can carry both crew and cargo to space, and features an integrated launch escape system (which at one point was planned for use as a landing system as well.)

Its first crewed flight was on the 30th of May, 2020.

Well, Demo-2 was supposed to happen within a few hours of posting this, but the weather wasn't cooperating.

The landing computer was originally designed for my new Starship/BFR replica I have lying around, and has since been repurposed for use on the New Glenn, the Fafnir, and, well, this. Landings are far less forgiving on this thing, and making it work has forced me to improve it significantly (which will, in turn, improve the quality of the other machines its used on).

Actually, quite a lot of this rocket was originally put to work on my Starship replica.

Yes, I'm launching the Crew Dragon from SLC-40 on a ULA crawler. Deal with it.
You can find the launch pad here.

           My toolbox. Contains useful stuff.

Likes are important. 👍