The Science of It: Engineering Week - Catapults and Medieval DesignsFrom Medieval Warfare to Modern Science: Catapults Take Center Stage at the Orlando Science CenterAt the Orlando Science Center, history and physics collide as catapults launch lessons in energy, engineering, and design. First Warning Meteorologist Marquise Meda joined Zach at the center to demonstrate how these ancient siege weapons highlight the transformation of potential energy into kinetic energy.The segment explored three catapult designs, beginning with a simple popsicle-stick version powered by rubber bands. This model showcased how bending wood stores potential energy, which is released in an instant to hurl small objects through the air.The second design introduced a truss system. This incorporated triangles that provide structural strength, much like those used in bridges. Combined with elastic polymers, this build demonstrated how geometry and materials engineering allow for greater energy storage and more powerful launches.Finally, Marquise and Zach revealed a realistic 3D model of a medieval catapult, complete with metal components for maximum tension and detail faithful to ancient engineering.The demonstrations are part of the Science Center's "Dig Deeper: Ancient Engineering" exhibit, running throughout August. Visitors can explore replicas of siege weapons, discover the science behind their mechanics, and see how innovations from centuries past still shape engineering today.
The Science of It: Engineering Week - Catapults and Medieval Designs
From Medieval Warfare to Modern Science: Catapults Take Center Stage at the Orlando Science Center
At the Orlando Science Center, history and physics collide as catapults launch lessons in energy, engineering, and design. First Warning Meteorologist Marquise Meda joined Zach at the center to demonstrate how these ancient siege weapons highlight the transformation of potential energy into kinetic energy.
The segment explored three catapult designs, beginning with a simple popsicle-stick version powered by rubber bands. This model showcased how bending wood stores potential energy, which is released in an instant to hurl small objects through the air.
The second design introduced a truss system. This incorporated triangles that provide structural strength, much like those used in bridges. Combined with elastic polymers, this build demonstrated how geometry and materials engineering allow for greater energy storage and more powerful launches.
Finally, Marquise and Zach revealed a realistic 3D model of a medieval catapult, complete with metal components for maximum tension and detail faithful to ancient engineering.
The demonstrations are part of the Science Center's "Dig Deeper: Ancient Engineering" exhibit, running throughout August. Visitors can explore replicas of siege weapons, discover the science behind their mechanics, and see how innovations from centuries past still shape engineering today.