High Power Rocket Electronics and Simulation

This video tutorial demonstrates how to set up dual deployment in a high power rocket using electronics. It covers the process of adding electronics to the rocket, preparing the simulation, configuring ejection delay, and setting up flight events for streamer and parachute deployment. The video concludes with running the simulation and analyzing the results to ensure dual deployment works as intended.

What is the primary purpose of using electronics in a high power rocket?

• To increase the rocket's speed

• To control the deployment of recovery devices

• To enhance the rocket's structural integrity

• To improve the rocket's aerodynamics

What is the diameter of the high power rocket discussed in the video?

• 7.54 inches

• 4.54 inches

• 5.54 inches

• 6.54 inches

Which engine is selected for the simulation in Roxim?

• Aerotech K250

• Aerotech J350

• Aerotech M2000

• Aerotech L1000

What does selecting 'all' under ejection delay imply in Roxim?

• No ejection charges will be used

• All ejection charges will be used

• The motor will be plugged

• A backup ejection charge will be used

How can you input a number for ejection delay in Roxim if your keyboard lacks an Enter key?

• Use the Tab key

• Use the Spacebar

• Press the Escape key

• Hold down the Function key and press Return

At what altitude is the parachute set to deploy during the flight events configuration?

• 600 feet

• 700 feet

• 800 feet

• 500 feet

What event is configured to occur at apogee during the flight events setup?

• Streamer deployment

• Engine burnout

• Rocket landing

• Parachute deployment

What was the maximum altitude reached by the rocket in the simulation?

• 10,550 feet

• 11,550 feet

• 8,550 feet

• 9,550 feet

What is plotted on the Y-axis of the graph in the simulation results?

• Velocity and altitude

• Time and velocity

• Time and distance

• Altitude and time

What indicates the successful operation of dual deployment in the simulation?

• The rocket reaches a higher altitude

• The rocket lands faster

• Both the streamer and parachute deploy at the correct times

• The rocket's speed increases