That's my HND Final Project Design By Win Myint From Molab Special thank to Mother and Drone Lab Myanmar

2.  The first of the gyroplane was flown in
January/9/1923 at city of Madrid of Cuatro
Vientos Airfield. Cierva was got license in 1920s
and 1939s, the Pitcairn and Kellett companies
made develop with innovations. The Late model
of auto-gyro design after Etienne Donrmoy’s
Buhl A-1 Auto-gyro and Igor Bensen’s design
feature a rear mounted engine and propeller in
a pusher configuration. This plane was
trademark of the Cierva Autogiro Company by
the term Autogiro.

3.  The term of the Cierva Autogiro Company was
the tern Gyrocopter was used by E. Burke
Wilford. He is developed the Reiseler Kreiser
developing rotor equipped gyroplane in the first
half of the twentieth century. The latter tern was
later adopted as a trademark by Bensen
Aircraft. The quad-copter design is fundamental
from gyroplane. Nowadays, the hottest thing in
radio control is that Quad-copters, actually
known as Drones.

4.  There are many different designs in drone system.
There are 5 types of designs as following
 X design air frame
 Y design air frame
 H design air frame
 + design air frame
 UAV design
 In these various kinds of air frame, the X
design air frame is very stable than other air
frames. H design air frame is suitable for Race
grade and Y design air frame is for tri-copter.

10.  There are many different designs in drone system. There are 5 types of designs as following
 X design air frame
 Y design air frame
 H design air frame
 + design air frame
 UAV design
 In these various kinds of air frame, the X design air frame is very stable than other air frames. H design
air frame is suitable for Race grade and Y design air frame is for tri-copter.
 There are five kinds of drones as following:

 1. Toy grade
 2. Gadget grade
 3. Race grade
 4. Hobby grade
 5. Military grade
 There are different types, different sizes, different performances, different durability, and different prices.

 There are different kinds of drones
 Tri-copter
 Quad-copter
 Hexa-copter
 Octo-copter
 The Tri-copters and the Quad-copters are medium size. The Hexa-copters and Octo-copters are larger.

11.  To know how to calculate motor speed and air speed of the Quad-
copter

 know about the how the quad-copter fly
 To know about the knowledge of quad-copter
 To know about the Radio Control system
 To know about the Software Of Mission Planner ground station
 To know about the Operating system of an Auto Pilot system
 To know about the Material Selection of drone
 To know about the PID Tuning in knowledge based system
 To know about Air Frame Design
 To know about the Brain of the Drone ( Flight Controller)
 To know about the aerodynamic
 To know about the force and energy interacting with the vehicle
 To know about the components of auto-pilot quad-copter

13.  Radio Control System
 Flight controller
 Motor System
 Components Selection
 Material Selection

24.  Advantages
 Very features rich
 Sensors are very accurate
 Many sensors
 Suited for professional videographers or those
interested in telemetry and autonomous flight
 Open Source can upgrade to advance
 Disadvantages
 Expensive

25.  Advantages
 1 mile with FAA rule permission
 Error code filter
 Reasonable price
 Easy to by in Myanmar
Disadvantages
 I miles

26.  Advantages
 Reasonable price
 Very Light weight
 40 channels
 Low price
 Easy to get in Myanmar
 Disadvantages
 Contain Reduce heat aluminum metal
 Short range 1Km

27.  Advantages
 Low price
 Disadvantages
 Shorter range than 3G/4G communication

28.  Advantages
 Efficiency
 Easy to charge
 Light weight
 Disadvantages
 Expensive
 Dangerous

29.  Advantages
 More efficiency
 Light weight
 Low price
 Disadvantages
 Dangerous

33.  To demonstration our project the working process in percent, 40
percent is making the components and 60 percent is the writing
document.
 We faced failure the air frame materials. The first material of the air
frame is acrylic material. This material is good strength but a lot of
weight and it is not good for connecting layer. When connect or join the
air frame layer with fasteners, it is weak strength. These fasteners are
release from the high fitting for a while. The second material of air
frame is aluminum. It is good strength and light weight. However, the
quad-copter components are assembled to the aluminum air frame.
The aluminum is suitable for quad-copter but it is weak flying time. For
reconnaissance quad-copter, it is need more flying time. So we reject
the aluminum air frame. The third of the material air frame is PCB main
frame and motor arm for aluminum. PCB is printed circuit board. These
materials are the most suitable for quad-copter. It can get more flying
time and good strength.

34.  The name of our project is MDX-inertia. Our auto pilot
reconnaissance quad-copter can fly autonomous flying
and give support to pilot when manual flying mode. It has
rich features and many flight modes. We designed well to
avoid from frame vibration to reduce the vibration,
overweight, frequency lost, electric shock and lost balance
due to weight ratio. We also put safety switch into our
quad-copter from hunting people and causing accident
before start flying as safety system. The project of the auto
pilot reconnaissance quad-copter is combined by
electrical, mechanical, KBST and IT engineering.
Therefore, we need to design well for project in landing
gear.