Amateur team’s Nexø I rocket shows that space exploration is risky business

Copenhagen Suborbitals’ Nexø I rocket looked bound for orbit for the first minute after it launched from the Sputnik floating platform. “That is so beautiful,” said a commentator on the launch’s live feed. “What a wonderful sight! That is Nexø I functioning perfectly! What a treat, what a treat.”

But the commentator’s excitement quickly turned to confusion. “Oh, hey, what’s happening now?” he asked as a voice over the radio called out that the rocket was losing power. Less than 30 seconds later, the rocket from the first-ever fully crowdfunded, nonprofit space exploration startup met its end in the ocean off of Denmark’s eastern shore.

Recommended Videos

The flight may be deemed a failure but, considering that it was created by an amateur organization of 55 members who only work on the project in their spare time, the fact that it launched in the first place must be considered an achievement. At least, that’s how Copenhagen Suborbitals’ communications director, Mads Wilson, sees it.

“Today was never more than a test,” Wilson told TV2 Denmark.  “We needed to test parts. And a very big part of the rocket worked. And then there were some things that did not work.”

Copenhagen Suborbitals’s ultimate goal is to send a manned mission to space aboard a capsule on the Spica rocket, of which Nexø I and its successor, Nexø II, are steppingstones.

After the Nexø I landed in the sea, a salvage boat was sent out after the rocket. It has since been recovered and returned to the team’s warehouse on the Copenhagen harbor, where the team will investigate the technical trouble. “Now we are home and we’ll find out what it was [that did not work] so we can correct it and get a better flight with Nexø II,” Wilson said.

Editors' Recommendations

Dyllan Furness is a freelance writer from Florida. He covers strange science and emerging tech for Digital Trends, focusing…
Biggest stellar black hole to date discovered in our galaxy

Black holes generally come in two sizes: big and really big. As they are so dense, they are measured in terms of mass rather than size, and astronomers call these two groups of stellar mass black holes (as in, equivalent to the mass of the sun) and supermassive black holes. Why there are hardly any intermediate-mass black holes is an ongoing question in astronomy research, and the most massive stellar mass black holes known in our galaxy tend to be up to 20 times the mass of the sun. Recently, though, astronomers have discovered a much larger stellar mass black hole that weighs 33 times the mass of the sun.

Not only is this new discovery the most massive stellar black hole discovered in our galaxy to date but it is also surprisingly close to us. Located just 2,000 light-years away, it is one of the closest known black holes to Earth.

Read more
Watch how NASA plans to land a car-sized drone on Titan

 

A decision by NASA this week paved the way for the Dragonfly drone mission to continue to completion.

Read more
See a flyby of Io, a hellish moon with lakes of lava and an otherworldly mountain

NASA's Juno mission is best known for the gorgeous images of Jupiter that it has taken since its launch in 2011 and arrival at Jupiter in 2016. But the spacecraft hasn't only investigated the planet -- it has also studied Jupiter's many moons, like the large Ganymede and the icy Europa. Recently, the spacecraft has been making close flybys of the Jovian moon Io, which is the most volcanically active body in the solar system. And it has observed some dramatic features there, like a lake of lava and a large mountain.

Even though Jupiter (and Io) are both far from the sun, and therefore receive little heat from sunlight, Io still has high internal temperatures. That's because Jupiter is so large that its gravitational pull acts on Io and creates friction, heating it up in a process called tidal heating. Though the surface of the moon is cold, at below minus 200 degrees Fahrenheit (minus 130 degrees Celsius), the volcanoes spewing out material from the planet's hot interior can reach temperatures of thousands of degrees Fahrenheit.

Read more