This document provides an introduction and overview of an air pressure-based rocket model, including: - It describes some key parts of the rocket like the orbiter, external tank, and solid rocket booster. - The advantages are that it does not cause air or water pollution, produce harmful gases, is simple to make, and reduces chances of destruction on failure. - Graphene is proposed as a light and strong material for the body, and the air pressure inside would provide thrust, making it more effective in a vacuum like space than in air.

1. Intro
Advantages
Brief Description
Hello, I’m
your tour
guide.
Johnson
--By Kartik and
team

2. Introduction
Our model is based
on the concept of air
pressure.
It has many
advantages. Which
will be told later in the
presentation.
VINTAGE NASA SPACE SHUTTLE
COLUMBIA SPACE SHUTTLE
On your left
the picture is
of NASA’s
space shuttle.

3. Advantages
of our model
Outer parts of rocket-:
• An orbiter with three main engines
• An external tank
• A solid rocket booster (SRB)
I will now tell
you about some
advantages and
parts of rocket
There are
some parts
of rocket
Now here
are some
advantage
s
• It doesn’t cause air
pollution
• It doesn’t produce
harmful gases and solid
substances
• It is simple to be made
• It will reduce the
chances of destruction
on failure

4. 
 There are many thing to be seen while making this type of
rocket some are here
a. The body should be light in weight and hard
b. We can use 3D graphene
Brief description
Graphene is an form of carbon consisting
of a single layer of carbon atoms.
I am going to
tell you about
Graphene
In 2013, 3D form of Graphene was made
by researchers of MIT
Multiple production techniques have been
developed
As of 2014, exfoliation produced graphene
with the lowest number of defects and
highest electron mobility

5. 
 The air in our rocket will make thrust which will help in
launching the rocket.
 These type of rockets are supposed to be light as thrust created
by the air is not to high compared to size and weight
 These rockets work better in vacuum than in Air
Reason
Air-pressure in rocket compared in air and vacuum. The pressure
of will be more in vacuum and the thrust will be more which will
result in better working of rocket
Brief description
Do you know
that All types of
Rockets work
better in space
than on earth

6. 
Thank you for Watching