Payload Projects
PL1: Orthopedics Experiment 2026
PL1 is the payload project focused on experimental design & application. It is a great option for students interested in researching topics in biomedical engineering while gaining some hands-on experience!
Long-duration spaceflight leads to significant vertebral bone loss, placing astronauts at heightened risk for spinal fractures. Pedicle screw fixation is widely used to stabilize the vertebrae following spinal injuries, but reduced bone density increases the likelihood of screw loosening. We have been conducting an experiment on the effect of cements, including the novel bioadhesive Tetranite, on the pull-out strength of spinal pedicle screws to assess their potential in preventing screw micromotion during rocket flight.
This year, we will be improving the way we carry out this study. This includes developing the procedure for uniaxial screw pullout with the use of a universal testing machine, and optimizing the placement of bone samples in a compartment within the rocket. We will also look into optimizing our osteoporosis model. All students are encouraged to apply!
PL2: MBR Payload R&D
PL2 is a payload project focused on researching and developing a novel experiment that we expect to fly in three years on a new high-altitude rocket, also known as the Mission-Based Rocket (MBR). This is the first year of a three-year design cycle that will focus on innovative experimental design. You’ll be part of a team that will concentrate on experimental design: taking new ideas and turning them into a mission for flight. This will involve design, prototyping, conducting feasibility studies, and eventually testing in real launch conditions. The Payload presents an exceptional opportunity to fly an experiment in very unique conditions, at altitudes of 60 000 feet into the stratosphere. The rocket is our lab, let’s make your ideas fly.