this is all about drone and working and application must read..

1. d
DRONE
S
FUTURE NEED
By
RUSHIKESH DUDHATE

2. A Seminar on
[Drones]
By
Mr.Rushikesh Prakash Dudhate
T120370859
Guided by
Prof. V. M. Kashid
DEPARTMENT OF MECHANICAL ENGINEERING
RAJARSHI SHAHU COLLEGE OF ENGINEERING
2016-17

3. INTRODUTION
 The term drones covers a very broad category of unmanned aerial
vehicls (UAVS) that can be used for anything from military or
commercial purposes, to personal entertainment. In popular culture,
when people talk about drones they are frequently referring to any of
a range of quadcopters that have become trendy over the last two
years.
 And what would a drone be without a small camera attached to give
you that birds-eye view of your surroundings?
 These advancements have not only seen drones becoming popular
amongst even the most casual of hobbyists, but also in commercial
endeavours. Large companies such as Facebook, Google and
Amazon have already invested heavily in research related to drones,
and even smaller companies such as florists, pizza restaurants (and
even real-estate agencies) have started to invetigate how drones can
be used in their industry. More recently news agencies have begun
to look at using drones when covering certain news stories, and
Hollywood has already started using drones during the production of
movies and TV shows.

4. LITERATURE
SR.NO NAME OF
REFERNCE
PAPER
YEAR Author research
1.
Drones and
the future of
domestic
aviation
2014 John
Villasenor
Structure
2.
Power and
space in the
drone age
2015
F.Klauser
and Pedrozo
Politico-
geographical
research

5. TYPES OF DRONES
 RTF: Stands for “Ready-to-Fly”.
 BNF: Stands for “Bind-and-Fly”.
 ATF: Stands for “Almost-Ready-to-Fly
 Hexacoter: A UAV that has six motors/propellers.
 Multirotor: This term can be used to describe
any aircraft that has multiple rotors.
 Octocopter: A UAV that has eight
motors/propellers.
 Quadcopter: A UAV that has four
motors/propellers.
 Tricopter: A UAV that has three motors/propellers

6. WORKING OF DRONES….

7. APPLICATIONS

8. Aircraft Inspections
 Delivery of spare parts.
 Visual inspection of aircraft.
 Air transportation.

9. The Benefits of Drones in Farming
 Yields
 Save Time
 Return on Investment
 Ease of useIntegrated GIS mapping
 Crop Health ImaIncrease ging
 Failsafe - The Drone Flies Home

10. ADVANTAGES
1.Has successfully struck militants of Al Qaeda and
other terrorist groups
2.Intelligence gathered by surveillance drones
contributed to the assassination of Osama Bin
Laden
3.Helps detect forest fires*.
Monitor environmental data (i.e. populations of
animals)*
4.Can seek missing children and felons

11. DISADVANTAGES
 Passenger transport may come last
 Weighing costs.
 Tools for safety.
 .They're very expensive and a rarity among the
world.

12. PIZZA DELIVER BY DRONES

13. conclusion
 In above ppt shows the all information about
drones and there types we are concluded that
need of the research on drones and there types.

14. REFERNCES
 http://www.facebook.com/rdudhate
 http://www.twitter.com/rdudhate
 http://www.instagram.com/rdudhate
 http://www.linkedin.com/rushidudhate
 http://www.funnytimeblogspot.com
 http://www.youtube.com/funtimechannel

15. THANK YOU…….