Visual concepts about Drone, Quadcopters, Quadcopter, Quad, Quadrocopter, Quadricopter, Quad Rotor, Drone, Multi rotors, RC aircraft, RC helicopter, ESC, Electronic Speed Controller, Propeller, Receiver, RC Transmitter, ESC, Electronic Stabilization System, Li-Po battery, Camera, Gimbal, Typical Drone Structure, Typical Drone Circuit, RC Motor, RC Receiver, RC Transmitter, Drone Brands, Drone Manufactor, GPS, GPS Module, FPV, First Point View, Telemetry, RC Telemetry

3. TYPICAL DRONE (QUADCOPTER) PARTS

4. TYPICAL ELECTRONIC CIRCUIT FOR A DRONE (Quadcopter)

5. MOTORS FOR DRONES (Examples)
BRUSHLESS OUTRUNNER MOTORBRUSH MOTOR BRUSHLESS MOTOR
DRONE, QUADCOPTER, MULTIROTOR
MANUFACTORS

6. GPS MODULES FOR DRONES TRANSMITTERS
MODE 1 MODE 2

7. RECEIVERS FOR TRANSMITTERS (USED IN DRONES)
CAMERAS FOR DRONES
HIGHER RESOLUTION:
1) GO-PRO HERO3+
2) ILOOK:
3) RC LOGGER PRO
4) PHANTOM 2 VISION +
5) PHANTOM 2 VISION
6) PHANTOMFC40
LOWER RESOLUTION
1) WLtoys Part
2)Walkera TX 58853
3) DV 04

8. A GIMBAL for cameras is a
pivoted support that allows the
rotation (roll, pitch and yaw) of an
object and also allows an object
mounted to remain independent of
the movements of its support,
keeping the camera pointed at the
same place despite motion of the
Quad flight. It highly improves
image quality and stability when
recording videos and photos.
A gimbal basically counteracts
changes in the aircraft’s
movements to keep the camera as
steady as possible. For example: 1)
When the Quad suddenly pitches
down due to a headwind, the
gimbal will pitch (tilt) up a bit to
compensate. 2) If the aircraft rotate
a bit, gimbal set will counteract this
motion by rolling a bit in reverse to
negate this motion. 3) If there is a
pitch and a roll at the same time a
bit of the yaw component will be
needed to counteract this complex
motion and keep things aligned.

9. FPV (FIRST PERSON VIEW)
is a method used to control RC aircrafts
from the pilot point of view. The
vehicle is driven remotely from a first-
person perspective via an onboard
camera fed wirelessly a video monitor,
a tablet or a mobile phone. A basic
FPV system consists of a camera and a
video transmitter on the aircraft, with a
video receiver on the ground. FPV
aircraft are frequently used for aerial
photography and videography. Many
lightweight high-definition cameras can
be carried by Quads and they are also
able to connect via Wi-Fi. Go-Pro and
Walkera Ilook are two examples. An
upmarket aircraft can also carry a
gimbaled camera and GPS navigation
module to create a truly immersive first-
person experience, as if the pilot was
really sitting in the cockpit of the RC
aircraft.
VIDEO DOWNLINK sets for RC aircrafts
are current available in the market.
There are revolutionary Full HD digital
video downlink equipment extremely
powerful and packed into small and
lightweight cases. Some of them offer
1920 x 1080 (30fps) video data
transmission from up to 1.0 km. Of
course, there are less sophisticated
systems that offer lower resolution
video, for smaller distances at more
affordable prices.
TELEMETRY: adding wireless telemetry to the Quad, it
will greatly extend the capabilities of the aircraft. It’s
possible to view data as live FPV Video, Link Quality,
Bearing, Altitude, Climb Rate, Speed, Velocity,
Temperature, Latitude & Longitude, etc.

10. DRONES
BRANDS
(MANUFACTORS)

11. HOW GPS SYSTEM WORKS TO
LOCATE DRONES E QUADCOPTERS