DIY Rocket Powered Plane!

The video explores the fun of using Styrofoam airplanes with rocket engines. It begins with basic flight tests to ensure balance and stability, followed by experiments with various rocket engines, from A to homemade F engines. The narrator faces challenges with larger rockets, including safety concerns and unpredictable outcomes. The video concludes with reflections on the experiments, emphasizing the learning experience despite not being a rocket scientist.

What should you check before attaching rocket engines to a Styrofoam airplane?

• The type of duct tape used

• The size of the GoPro camera

• The balance and flight path of the airplane

• The color of the airplane

Why did the narrator decide to move the testing location from the beach to a park?

• The beach was too crowded

• The park had better lighting

• The beach was too dangerous for larger engines

• The park was closer to home

What was the result of using a D rocket engine on the Styrofoam airplane?

• The plane rocketed into the ground

• The plane did flips

• The rocket motor didn't ignite

• The plane flew perfectly

What issue did the narrator face with the homemade sugar rockets?

• They were too light

• They exploded upon launch

• They were too expensive

• They didn't fit the airplane

What trend did the narrator notice with larger rocket engines?

• They were more reliable

• They were easier to handle

• They were unpredictable

• They were quieter