Projects03In progress

Model Rocket

Building a competition-standard model rocket: fibreglass body tubes on a mandrel I designed and printed.

Fibreglass body tube mid-layup on my 3D-printed mandrel, its lattice end visible, with epoxy cups and brushes
Fig. 1: Fibreglass body tube on the mandrel I designed and printed
Society
Southampton University Spaceflight Society
Dates
2024–present
Team
Hyperion upper stage last year; Hyperion and Titan now merged
Tools
OpenRocket · SolidWorks · FDM · GFRP/epoxy layup

1 · What I did

  • Last year I was on the Hyperion upper-stage team (Titan was the booster): CAD, all the 3D printing, and a full day of fibreglass layup, mixing epoxy to the right ratio and cutting each layer’s cloth larger as the tube grows.
  • Manufactured body sections with epoxy and fibreglass cloth layup (first time using composites and OpenRocket).
  • Designed and 3D-printed a custom mandrel for body-tube fabrication. I iterated it smaller and added an internal square-mesh lattice for rigidity, and split large parts across prints to fit the printer, then joined them.
  • Designed in OpenRocket alongside SolidWorks, tuning iteratively against predictions.

2 · Status

Not launched yet. This year Hyperion and Titan have merged into one team, and we’re reworking the booster CAD ahead of a rebuild. Launch date to be confirmed.

3 · Why it matters

This is where my 3D-printing skills grew. They carried straight into owning all the printing on the quadcopter.