Droptesting an Improved Ballute Design
In an attempt to mitigate the spin we saw with our last manned Ballute jump, we made and tested a small-scale design, which is sown from two sections – top and bottom, rather than single Read more…
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In an attempt to mitigate the spin we saw with our last manned Ballute jump, we made and tested a small-scale design, which is sown from two sections – top and bottom, rather than single Read more…
A quick look into the workshop happenings last weekend.
A quick update on how we modify our swirl injectors to test how larger propellant holes influence their output.
This is a follow up video to our June 29th Spica space capsule ballute and parachute system tests. Here we talk about the data we got from those jumps. If you haven’t seen the first Read more…
Our intern Adrian guides you through his project of a Reaction Control System for our crewed Spica space capsule. This system will enable our spacecraft to orient and stabilize itself in the vacuum of space.
This weekend we had a go at soldering our first coaxial swirl injectors which we plan to use in our crewed Spica rocket.
On June 29th we paid a visit to our good friends in Odense Faldskærms Center – a Danish skydiving club. Our goal was to put one brave skydiver under our homemade Spica space capsule’s Ballute Read more…
Paris Air Lab, a part of Paris Air Show, were kind enough to invite Copenhagen Suborbitals to this incredible exhibition in France. We spent three days talking to tons of great people and showing off Read more…
In this episode of Current Affairs, Jacob Larsen, PAD leader, and Martin Hedegaard Petersen, Capsule lead, will give an update on our production process of the next generation space capsule for the Spica rocket, which Read more…
YES! We have sewn the last stitches on our first space rated ballute, and it is now ready for testing! The ballute is the device that will stabilize the space capsule during its descent back Read more…