SEDS UCSD is a team of highly motivated, passionate students focusing on propulsion development, rocketry design, in-space robotics, and CubeSat hardware. The SEDS UCSD team acknowledges NASA’s focus on safety and makes every effort to incorporate NASA’s operating procedures into their design and daily operations.
Over the last few years, a team of entirely undergraduate college students has been working on the Colossus Static Fire System. The compilation of this bi-propellant liquid rocket engine test stand provides a long-lasting hot fire capability for the SEDS UCSD program. Colossus is established as a technical development project utilizing proven designs and hardware to create a foundation for future projects and test programs. The system will be used to attain performance parameters of liquid rocket engines.
Future iterations and engine designs can progress armed with a critical mass of data and Gantner Instruments’ support. Colossus has an extensive network of sensors deployed around the system. These sensors provide the students with real-time temperature, pressure, and force data from various test stand components. Gantner Instruments provided the students at SEDS UCSD with a reliable and high-fidelity Q.series data acquisition system to acquire quality data from these sensors. The Q.series DAQ system’s superior flexibility allows the students to program automated responses to errors and actuates the fire safety valves to prevent system failures.
We at Gantner Instruments are proud of the accomplishments of SEDS UCSD and continue to look forward to the progress made by this innovative student organization!
More articles
GI.cloud – High-Performance Edge Computing Data Platform
The future brings more distributed and adaptive monitoring and control applications, this requires better and faster utilization of data streams. Reliable and distributed data acquisition are mandatory, this is why Gantner Instruments developed GI.cloud.
Read more...How strong are you? 💪🏼
Such was the question asked by electronics apprentice Fabio Rudigier when determining a suitable topic for his final project as part of his final apprenticeship examination. He wanted to develop a machine that measures the force applied by an arm press and displays it visually on a display device.
Read more...How to transform the data avalanche into insight
In a world of increasingly complex products and faster release cycles, the ability to accumulate and efficiently analyze test data has never been more important.
Read more...3 ways advanced DAQ solutions help the aviation industry transition to a sustainable future
By 2050 we need to become a carbon-neutral society, and the aviation sector needs to contribute. While flying less can help reduce emissions, we have options for cleaner air travel. For one, we could power our flight with electricity or hydrogen, which are no longer ideas in some futuristic science fiction novel. Rather, they are on the brink of generating a shift in aviation technology.
Read more...