This is the avionics bay assembly for the University of Kentucky Bold Venture Rocket. This part housed the recovery and tracking systems for the rocket

This was the Electronics bay. It was designed based on a sled design for easy removal and access. It is where the Feather Weight Tracker, Blue Ravens, key switches, and the power source were safely stored.

The purpose of this part was to allow the electronics bay to remain in a fixed position during flight, along with the ability to access the key switches from the outside of the body tube.

Due to conditions at Bold Ventures launch sites, I designed a simple clip that could go over the lithium battery needed for the Feather Weight Tracker to keep it secured in place

Simple screw in covering to hold Bold Venture's batteries in place.

This is the Electronics cube for the payload of Bold Venture during IREC 2025. Its goal was to house two pounds of mass in the lower half of the cube while protecting a 9 volt battery accelerometer and other electronics needed for the experiment to take place.  

The outer casing was made with 1.50 inch lower space in order to house the added weight needed for the lattice experiment. The four indented slots were made to install rollers on all four sides of the casing allowing for smooth movement along its track they were also deigns to only have a 0.013 inch tolerance.

The Midplate was used as a seperation from the lower casing along with a indention to secure the 9 volt battery into place during finally assembly.

The Electronic Mount not only covered the 9 Volt fastening it in place but also contained 3 different circuit boards of varying shape and sizes.