T-shirt Cannon Exploration: Mark initially explores a concept where he fires a T-shirt from an actual Civil War cannon.
Friend's Dream: Mark's friend dreams of creating the world's most powerful T-shirt cannon for a college football bowl game.
Initial Experimentation
Experiment with a Real Cannon: Mark tests the power of a real cannon using black powder and a T-shirt, finding it too powerful for practical use in a stadium.
Watermelo-meter Test: Tested cannon power using watermelons to gauge impact.
Turning to Expertise
Anthony's Involvement: Anthony, a young aspiring mechanical engineer, is enlisted to help design a more practical T-shirt cannon.
Engineering Process: They brainstorm and draft a design incorporating a giant pressure tank and chariot-like features.
Development and Testing
Build and Test: Initial testing shows that the early versions of the cannon don't reach the intended distance or withstand pressure.
Anthony’s Suggestions for Improvements: Anthony suggests using:
A stronger material for the bag (Kevlar).
Implementing drag through a parachute.
A larger tank, a longer barrel for increased power, and a larger connecting tube for better flow.
Final Design and Successful Test
Modifications Made: Based on Anthony's advice, the prototype is upgraded, and successful tests show the cannon can exceed their goal.
World's Largest T-shirt: The cannon is designed to fire the world's largest T-shirt.
Game Day and Execution
Lawyer Restrictions: The lawyers limit the cannon's power for safety reasons.
Halftime Show: At a football game, Anthony and Mark successfully fire the T-shirt cannon in front of 50,000 spectators, impressively reaching the top seating area.
Reflection and Future Goals
Final Success: Despite restrictions, the cannon performs spectacularly, exceeding expectations.
Mark's Remark: Mark is pleased with the results and is excited about what the future holds for Anthony’s engineering career.
Personal Highlights
Disguise and Surprise: Mark surprises Anthony at the game in disguise, highlighting a favorite part of his job – surprising and inspiring others through engineering.