A short summary of our project
Kingston University requires a complete engineering design for a hybrid propellant system, which needs to be capable of reignition and aid in a powered descent and landing for a potential spacecraft. Our team was selected to design and manufacture an engine as a proof of concept.
Who are we?
We are a team of seven ambitious and inspired Astronautical Engineering students with a desire to accomplish a highly complex project during our student years in the space sector.
Team Members
- Project Manager: Jack Keville
- System Engineer: Mathias Wehler
- Team members: Kai Hobden, Oliver Hall, Natiq Farooq, Contantin Leutloff, Mohamed Nur
our story
We have been tasked by our academic supervisor with designing and manufacturing a hybrid propulsion system. By doing this we aim to inaugurate Kingston University's newly renovated rocket propulsion test cell, by achieving a hot fire test of our system.
Concept
This proof of concept engine burns solid HDPE and gaseous Nitrous Oxide to generate a thrust of 100 Newtons, and a specific impulse of 260 seconds.
The combustion chamber is small and contains no metal parts to allow for a custom ECT sensor, which will create a 3D image of the combustion and show how the nitrous oxide interacts with the HDPE inside the combustion chamber. This data can be used to develop more efficient engines in the future. The ECT sensor is situated just below the injector.
Where will the money go?
The money for a rocket project will go towards a variety of expenses, including research and development, materials and fabrication, testing and verification, and launch operations. Other costs may include salaries for project personnel, facilities and equipment, and insurance. In some cases, a portion of the funding may be set aside for contingency expenses or for future phases of the project. The specific allocation of funds will depend on the specific goals and requirements of the project.
Rewards
People who help fund our project will get regular updates and progress reports showing you exactly what your funding is doing for the project.
Help us succeed!
As a team of aspiring Astronautical Engineering students, we are committed to researching and developing innovative solutions to real-world problems. By supporting our project, you have the opportunity to contribute to the advancement of technology and to make a positive impact on society and the environment. As a donor, you will be kept informed of our progress and will receive updates on the research and designs that we have generated. In addition to the satisfaction of knowing that you are supporting a worthwhile cause, there is also the potential for financial returns in the future as a result of your investment in our project. We appreciate your consideration and support.
