Projectile Launcher, Mini, 0° to 90° Launch Angle Adjustment

This Mini Projectile Launcher is designed to demonstrate the effect of launch angle on the range of a projectile. It allows students to explore concepts of projectile motion and trajectories by testing how changes in launch angle and velocity influence the distance travelled.

This apparatus helps illustrate that the maximum range is achieved when launched at a 45° angle, making it ideal for physics demonstrations and classroom experiments.

Construction & Design

This launcher is equipped with a sturdy release latch that can be adjusted and locked at various settings to control both velocity and launch angle.

It comes supplied with two drilled balls – one steel and one aluminium – along with an attached protractor and plumb bob to accurately determine the angle of inclination. A clamp is also included for securely fastening the unit to a tabletop during use.

Operation & Experimentation

To conduct experiments, the steel or aluminium ball is mounted in the launch barrel so the axis of the launcher aligns with the centre of the graduated degree circle. The projectile can then be fired at different angles between 0° and 90°, with the resulting ranges recorded for analysis. This straightforward procedure provides hands-on engagement with fundamental physics principles.

Applications & Instruction

The projectile launcher is widely used in science education to explore projectile motion, velocity, and trajectory. It includes detailed instructions, making it simple for teachers and students to conduct experiments safely and effectively.

It is suitable for use in physics classrooms, laboratories, and practical demonstrations, it provides a clear understanding of how angle impacts projectile range.

Product Features

• Adjustable Release Latch: Allows controlled variation of launch velocity and angle for accurate experimentation.
• Supplied Accessories: Includes two drilled balls, an attached protractor, and plumb bob for precise angle measurement.
• Tabletop Clamp: Ensures the launcher is securely fastened during demonstrations and experiments.
• Educational Value: Demonstrates the relationship between launch angle and range, reinforcing core physics concepts.
• Durable Construction: Made with robust materials for repeated use in classrooms and laboratories.
• Maximum Range Insight: Illustrates that the optimal angle for maximum distance is 45°, enhancing theoretical understanding.