Garage Physics: DIY Large Trebuchet Kit

Experience the power of medieval engineering with the DIY Large Trebuchet Kit! This hands-on learning tool allows students to build and operate their own working trebuchet, launching a ping pong ball over 9 metres. By experimenting with counterweights and projectile motion, learners explore key physics principles, including energy transfer, force, and trajectory. Designed for historical and scientific exploration, this kit bridges STEM learning with medieval warfare, making physics more engaging and interactive.

Educational Benefits:

• Demonstrates energy transfer and conservation, illustrating the relationship between potential and kinetic energy.
• Encourages hands-on learning of physics concepts such as force, motion, and projectile trajectory.
• Supports history lessons by providing insight into medieval siege technology and engineering.
• Develops problem-solving skills through trial and error when adjusting counterweights and launch angles.
• Promotes collaborative learning as students test different variables to optimise distance and accuracy.

Classroom Ideas:

• Have students assemble the trebuchet, testing different projectile weights to analyse energy efficiency.
• Compare the trebuchet's mechanics with other historical siege machines, such as catapults and ballistae.
• Conduct an experiment by modifying counterweights to observe changes in launch distance.
• Integrate into a history lesson on medieval warfare, discussing the impact of trebuchets in battle.
• Set up a STEM challenge where students predict and measure projectile motion under various conditions.

Specifications:

• Kit includes:
  • Base plate, A-frame supports, and wheels.
  • Beam arm, dowel, and release pin.
  • Leather pouch, string, and adjustable counterweight.
  • Instruction booklet with step-by-step assembly and learning activities.
• Material: High-quality, durable components for repeated classroom use.
• Projectile range: Capable of launching a ping pong ball over 9 metres.
• Supports learning areas: Physics, engineering, and history.
• Age suitability: Recommended for ages 7+ years.
• Safety information: Use under adult supervision.

Explore More:

• Compare with the MURLIN Trebuchet Kit (EIS00015) for an alternative engineering experience.