Sponsored by: U.S. Air Force

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Take me to TommieBotThe Jet Fuel Starter provides the power to start the engine of the F-16 fighter jet. The Jet Fuel Starter is a manually pressurized tank that requires a pump handle to be inserted to operate. The original handle design requires that it be carried by crew on the ground and leaves the pilot at a loss should they need to stop at a civilian airfield. Our team worked with the U.S. Air Force to create a new handle that could be stowed easily on the aircraft and would withstand repeated use, corrosion, and be manufactured with the taxpayer in mind. Using advanced 3D modelling, 3D printing, and stress analysis, the redesign balances strength and weight to ensure reliability in all potential field conditions.
The goal of this project was to create a new Jet Fuel Starter pump handle that would solve a long-standing logistical challenge wherein the current handle must be carried by ground crews, limiting the flexibility of flight operations that left pilots without a backup option should they land away from an airbase. Our redesign aimed to produce a handle that could be stored directly on the F-16, deploy quickly in the field, and withstand years of operational use. The team applied structural analysis, 3D modeling and printing, and prototype testing to refine geometry, reduce weight, and simply assembly. The final design prioritizes safety, ergonomics, and cost efficiency while still delivering a reliable and easy to use tool for Air Force operations.
Download the project summary (PDF file).
Sponsored by: U.S. Air Force

Student Team:
Industry Representatives: TSgt Dustin Baker
Faculty Advisor: Michael O’Connor
Pictured left to right: Olivia Kleven, Joshua Spike