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Campers built a self-powered flashlight, turning a hand crank into enough electricity to light an LED.

Project Spotlight:

Deep Sea Fishing

Reel in the science! Our makers explore the power of simple machines by building custom, pulley-driven fishing rods.

What We Built

A functional, laser-cut fishing rod equipped with a working pulley system designed to catch 3D-printed prizes.

Deep Sea Fishing (6)

What We Built

Turning physical motion into electric power, campers wired an LED to a hand-cranked generator, then built a wooden housing to hold it all together.

 

What We Learned

Pulley Mechanics

Learned how pulleys function as simple machines to make lifting tasks easier.

Laser-Cut Assembly

Building a complex system from precision-fit parts.

Practical Engineering

Identified how simple machines are used to solve real-world problems.

Skills in Action

Build Story

Challenge — Construct a reliable, spinning fishing rod to master the art of the catch.

Process — Makers assemble their rods using laser-cut plywood, then head to the pool for a high-stakes fishing challenge.

Result — Pulley-powered game where precision and skill determine the ultimate fishing champion.

How We Kept it Safe

Photo Gallery

Ask Your Child

  • How does the pulley make it easier to lift your catch?
  • Where else in the world do you see pulleys in action?
  • What was your strategy for catching the high-point items?

Extend at Home

Look for simple machines in your kitchen or garage and talk about how they help people do work every single day!

Post Build Follow Up

Designed by

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