Congrats to Copenhagen Suborbitals! On Friday, a group of amateur rocketeers successfully launched the world’s first amateur-built rocket made for human space travel. The home-made HEAT-1X rocket with the Tycho Brahe capsule reached an altitude of 2.8 kilometers, launching from its floating ‘Sputnik’ platform in the Baltic Sea off the east coast of the Danish island of Bornholm. The builders, Peter Madsen, Kristian von Bengtson and their team, hoped the craft would fly 15 to 16 kilometers into the sky on its maiden voyage, but they said they would also be happy if it launched at all. And the rocket shot almost straight up in a tremendous milestone for the amateur group which hopes to send people into space on a shoestring.
Below are some great videos, including a “pilot’s point of view” – what the view looked like from the single-passenger capsule where the passenger will stand up and have a full view through a polymer plexiglas-dome so that the person can see and experience the entire ballistic ride.
“The feeling is incredible and we will take everything we have learned home with us,” Madsen told Denmark’s TV2 News. “We are a lot wiser now about how to get a rocket into the air.”
Copenhagen Suborbitals are doing things differently than other “commercial” space companies: they are open-source, so they are sharing their designs, and they have gotten this far with volunteers and donations.
Last September, the team’s first attempt to launch Heat-1X and Tycho Brahe came to halt when a standard hair-dryer that was being used as part of its construction went failed. But Friday’s successful test flight will enable the group’s next goal, which is to send their rocket and capsule into space, with the eventual goal of sending an even bigger rocket, with a human astronaut inside, 100 kilometers up in a suborbital ride into space.
Heat-1X Tycho Brahe is approximately 9.5 meters high and weighs more than 2,000 kilograms.
Below is the view from the launch platform.
For more info on Copenhagen Suborbitals, see their website. They have a gallery of launch images here.
Wow. Not sure how hard that capsule hit the water, but that actually looks plausibly survivable. The trend in technology is that things get consistently cheaper – how long before this kind o thing becomes the rough equivalent of building and operating an ultralight?
Apparently the dummy experienced 26 G when the capsule hit the water, so… well, not pleasant 🙂 But of course, once the parachute works etc, it should be doable.
I noticed that the motor is pulsating.
Great job guys. Incredible. Peace from Holland.
That is all the “wrong stuff”.
– No escape system.
– Standing position for the 3-5 g suborbital jump to 100 is a, likely untested, first. Is it possible to ride survivable/conscious/enjoyable?
– Parachute system is non-reliable, evidently.
– And the engine/steering stability doesn’t look too good.
But after a couple of danish beers I assume the volunteers will “jump in and jump out”. =D
You are just a jealous Scandinavian. 😀
They are very sympahtetic. Good luck.
At least, they tried. And remember, it was a first flight. I don’t think, that the Wrights airplane back then had an ejection seat …
Looks a little unstable in flight, but that should be fixable.
an open source initiative is always cool 🙂
an open source initiative is always cool 🙂