The document describes a proposed mosquito-shaped drone called MOSQUITOPTER that could be used to remotely administer vaccines, extract and test water samples, extract blood samples, and more. It uses a carbon fiber body and two rotors for movement like a mosquito. It has a customizable control panel and space for components like cameras, GPS, and systems to transmit data. An onboard air compressor powers an injector/extractor system that can be used with different needles to transfer liquids in and out remotely, serving various healthcare, environmental monitoring, and other uses. Benefits include low cost due to the design, ability to serve multiple purposes, and faster horizontal flight than conventional drones.

1. M O S Q I C O P T E
R
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2. What's the
problem?
• Infectious diseases commonly
spread through the direct transfer of
bacteria, viruses or other germs from
one person to another. This can
happen when an individual with the
bacterium or virus touches, kisses, or
coughs or sneezes on someone who
isn't infected.
• These germs can also spread
through the exchange of body fluids
from sexual contact. The person who
passes the germ may have no
symptoms of the disease, but may
simply be a carrier.

3. We have a solution!
• we would like to present in
front of you all
MOSQUITOPTER . a mosquito
based drone which serves
many purposes in a small
package

4. how are we
unique?
• Let me start by first
introducing you with its
design- It has been built by
taking reference from the
nature in the shape of a
mosquito because it acts
like one.
• It is a bi-copter and uses 2
rotors for its movement. It's
made up of a carbon fibre
body which is best in
industry for drones.

5. Control panel
• It uses a customizable
control panel which can
be customized according
to the use case scenario
and customer
requirements.
• It has enough space for a
wide variety of
components like camera,
GPS system, telemetry
system for data
Transmisiones.

6. INJECTOR
• The liquid extractor and injector system
uses a very basic principle of air
compression by an inbuilt air
compressor for drawing air inside and
drawing it outside resulting in the
movement of liquids inside and outside
respectively.
• By the addition of different needles at
the tip, it can be used to administer
vaccines remotely, extract water from
the reservoirs and diagnose it’s quality
as well as extracting blood from the
patients remotely for health checks, etc.
Additional use cases will arrive with

7. Why is this
design the
most Efficient
• The main benefits of this bi-
copter is its relatively cheap cost
owing to its design and
components and the ability to
serve many purposes
commercially. And since it is a
bi-copter thus it provides fast
horizontal speeds and longer
flight time than conventional
drones.
• More features to this drone will
be added subsequently
according to the industry trends.