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Video further down In a few months, we’re going to light BPM-17—a 1.7-tonne test engine deliberately designed to be as simple as possible. No complex cooling systems. No throat. No soul-crushing engineering. Just a pipe, Read more…
Fifteen minutes from ignition to splashdown — built on our simulation data There is a moment, about two minutes into the simulation below, where the rocket has shut down its engine and the capsule continues Read more…
Every time we publish a drawing or picture of the Copenhagen Suborbitals capsule, someone inevitably asks — sometimes kindly, sometimes anxiously, and sometimes with the same wary tone used by people recalling a long‑haul Ryanair Read more…
The injector for BPM-17 is now complete. BPM-17 is a test engine built to prepare our test stand for the next generation of Spica’s large rocket engines. While the injector itself is a highly technical Read more…
For several years, our focus at Copenhagen Suborbitals has been on building Spica’s powerful engines — the force that will one day lift a human beyond Earth’s atmosphere. While the engines took shape, the space Read more…
On Saturday, July 26th, Copenhagen Suborbitals will conduct the first test of a brand-new rocket burner – a key step in developing the pressurization system for our next-generation rocket, Spica. The test will take place Read more…
In vacuum, no one can hear you cheer. But down here, we still have big news to share. Tested. Trusted. To be Fired up soon. To all our dedicated followers, donors, and spaceflight romantics… We Read more…
Dear rocket fans living in Denmark We are planning a test of our parachute system at Odense Parachute Center, and we need your help to finance this test, which unfortunately costs quite a bit in Read more…
For the upcoming tests of the BPM-25 engine, a key component of the SPICA program, we are in the process of constructing a state-of-the-art portable test stand. This advanced facility is designed to replicate nearly Read more…
NEW VIDEO – With the help from our friends at Delft Aerospace Rocket Engineering, we compared the tensile strength of two methods for securing rocket parachute suspension lines. The results were interesting and the video Read more…
