A precision apparatus showcasing projectile motion and free-fall principles.

• Achieves precise and repeatable collisions between a projectile (aluminum ball) and a free-falling target (plastic ball) over an air distance of approximately 1.5 m

• Effectively illustrates the simultaneous nature of projectile motion and free-fall, emphasizing the independence of horizontal and vertical motions
• Includes all necessary components to conduct the experiment, facilitating a seamless teaching and learning experience
• Built with quality materials to ensure longevity and consistent performance in educational settings

The high-accuracy monkey and hunter demonstrates the fundamental physics concept of independence of motion. This classic problem explores the principles of projectile motion and free-fall by showing that a projectile aimed directly at a target will hit the target if both the projectile and target begin their motions simultaneously, regardless of the projectile's initial velocity. The apparatus is engineered to achieve a high-accuracy collision between an aluminum ball, representing the hunter's bullet, and a plastic ball, representing the monkey dropping from a tree branch.

With an air distance of around 1.5 m, the setup allows for clear observation of the event, reinforcing the concept that horizontal and vertical motions are independent. This hands-on demonstration aids students in visualizing and understanding the underlying physics, making abstract concepts more tangible and comprehensible.​