Indoor skydiving

Science

• The concept of gravity and its effects on an object's motion can be evident in the experience of indoor skydiving, as students will feel the force of gravity as they float and move through the air.
• Understanding air resistance or drag can be grasped as students feel the sensation of wind and resistance while suspended in the vertical wind tunnel.
• Students can observe and learn about the principles of aerodynamics as they observe and experience the effects of body positioning and movement on their stability and control in the airflow.
• Through the activity of indoor skydiving, students can understand the concept of terminal velocity and how it relates to falling objects and air resistance.

For continued development related to the activity, students can explore the engineering and design aspects of vertical wind tunnels and the technology behind indoor skydiving. They can also research the history of skydiving and the science behind parachute design. Additionally, students can investigate the physiological effects of wind tunnel flying on the human body and how it relates to the study of aerodynamics and biomechanics.

Book Recommendations

• Wind Flyers by Angela Johnson: This novel tells the story of a young boy who dreams of being an indoor skydiver, providing a fictional account of the sport and its excitement.
• How Do Parachutes Work? by Jennifer Shand: This nonfiction book explores the science behind parachutes and skydiving, providing information on air resistance, gravity, and the mechanics of skydiving equipment.
• The Science of Skydiving and Parachuting by Craig Glenday: This educational book delves into the scientific principles related to skydiving, covering topics such as aerodynamics, forces, and the physics of freefall.