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This episode gives an introduction to a number of camera systems which have been tailored for use in a Copenhagen Suborbitals launch situation. All systems are based on an inexpensive chinese action camera.
In this video, Thomas and Steen talk about the FIDO program. The FIDO program serves to provide situation awareness before, during and after the launch. Input comes from the rocket’s GPS and altimeter, Engine Controller Read more…
In this video Flemming Nyboe explains about the dynamic pressure regulation (DPR) system and the adjustments needed to transfer the system from test stand use to flight use. The test is performed using demineralised water Read more…
In this episode of Current Affairs we take a closer look at the new antenna design for the Nexø II rocket. The design is a wrap around patch antenna which will be used for the Read more…
Tabletop ECU (engine control unit) test, testing serial communication, including the cable trees. Two wire pairs were swopped, which has been fixed in software.
In this video Jacob Larsen is presenting CS own capacitive LOX sensor for the first time. CS has been using capacitive sensors on our test stand, but the price of these sensors have been prohibitive Read more…
Jacob Skov Larsen is here presenting the test of the DPR system (Dynamic Pressure Regulation) of the Nexø 2 rocket. This system is what sets it apart from Nexø 1. The system is an extra Read more…
This Current Affairs is about the GPS and FIDO system on the Nexø rockets. Mads Wilson tells about the setup and design.
Here is a short video from the open house at Copenhagen Suborbitals on the 12th of May. Thank you to everyone who showed up to see the Nexø 2 and ask us questions!
In the summer of 2016, Copenhagen Suborbitals launched one of the most advanced liquid fueled rockets built by a team of volunteer amateurs. Follow the team close up during final preparations for the launch and Read more…
