Rocket
Introduction
Rockets are designed for a variety of missions and performance
requirements. The payload of a rocket is that crucial component that often
provides the constraints for the engine thrust and flight
control. In this project you will design and build a rocket to perform a
mission specified by your teacher. The thrust available is limited to the engine
you tested in the last activity.
Equipment
·Engineering notebook
· Pencil
·PC with internet access or
NASA Rocket Modeler software
·Rocket tubes (Inner and outer diameters)
·Nose cone
·Parachute
·Rocket engine
·Clay
·String (10 ft masonry line)
·Weighing scale
Rockets are designed for a variety of missions and performance
requirements. The payload of a rocket is that crucial component that often
provides the constraints for the engine thrust and flight
control. In this project you will design and build a rocket to perform a
mission specified by your teacher. The thrust available is limited to the engine
you tested in the last activity.
Equipment
·Engineering notebook
· Pencil
·PC with internet access or
NASA Rocket Modeler software
·Rocket tubes (Inner and outer diameters)
·Nose cone
·Parachute
·Rocket engine
·Clay
·String (10 ft masonry line)
·Weighing scale
Design & Launch tests
using Nasa Rocket Modeler software
Inventor
Rocket Parts
Test
We Built the rockets then tested them Our rocket had a max height of 347 meters, landed 39 feet away however the parachute failed to deploy