Drone Enabled
Delivery System
One of the high
traffic city in
India
Highest number
of orders i.e.
24%
We have shortlisted Banglore city for
Drone delivery system.
Bangalore is suitable for
experimental drone
delivery execution model
Presence of large
population and
target audience
Drone Selection
RADAR or SONAR
Camera
GPS and Visual
sensing
3D obstacle sensing
Other specifications already mentioned in case
 Flying range 7-8 Km
 150-300 ft flying altitude
 Flight time 30 min
 Top speed 50 kph
 Maximum carrying capacity 5 kg
 Average speed 40 kph
Packaging
Food packed in
tight container
shown in picture
The packed food is
secured to the
drone and the
drone flies to the
location shared by
the customer
Ensure no spills and
placed inside a box
specially designed
for drone delivery
Once it reaches
the customer, it
hovers over the
site and will lower
the package via a
cable
Execution Overview
01
02
Initiation
Planning
Order
Placement
from app
Order received by
restaurant and nearby
drone station. Order
confirmation
03
Execution
Drone reach
restaurant, collect
order, Deliver and
return to station
04
Control
Navigation,
GPS,camera and
SONAR. Flight
controller at drone
station
Execution of orders
 The customer selects a restaurant on Taclo mobile app while placing the
order the customer gets to choose whether he wants to opt for drone delivery
system.
 After placing the order, restaurants will get the signal and as well as the
drone station near to the restaurant will receive the signal of orders. After
reaching the restaurant ,the customer and the restaurant will receive a
notification that the drones have arrived to pick up the orders along with the
real time for the orders to get delivered.
 The drones after reaching the restaurant will collect the orders and take it
to the customers location with the help of camera, GPS navigation and sonar
technology , and a flight controller in the drone station along with the
thermal sensor. Then after giving the orders the drones will go to the nearby
station location.
Safety Measures and Protocols
Safety Concerns and privacy
concerns
Risk of collisions with other
drone or hit by obstacles for
which drone equipped with
sensors like (LiDAR, GPS,
ultrasonic) The use of
drones raises privacy
concerns, as they are
equipped with cameras and
other sensors that can
collect personal data for
which policies should be
regularly updated.
Technical
Challenges
weather/wind
conditions that may
affect flight stability
Limited flight time,
Loading
Better stability
system,automatic flight
correction system, more
powerful motors, Improved
weatherproofing
Safety Protocols
No fly zone
Maximum Altitude
Remote Pilot License
Flight path planning
Insurance
Approval Process
Payment