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Film Making Quadcopter

Aerial Vehicle - Principal of Engineering

The Process

Here is how we proceed our implementation process in order to design the product...

Problem Statement

The objective of this project is to create an unmanned aerial vehicle (UAV) with such a construction that holds a camera and a wireless communication system. This unmanned aerial aircraft will be deployed to monitor the campus. The UAV must be able to hover in position, take off and land vertically, sustain stable flight, and execute flying characteristics (like roll, pitch and yaw). These characteristics are necessary for shooting.

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Material Required

In order to quick start the process of manufacturing our Film Making Quadcopter we required following materials -

  • CC3D - Flight Controller

  • Transmitter and Reciever

  • Rechargeable Battery

  • Raspberry Pi 3B+

  • RPi Camera

  • Drone Blade

  • Quadcopter Body Parts -

    • Arms

    • Camera Stand

    • 1400KV BLDC Motors

    • Drone Blades

    • Electronic Speed Controlle

Calculation 
& 3D - Design

Before designing the body of quadcopter it was necessary to complete the calculation as a single cm error in the calculation can ruin the whole vehicle.

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Design Analysis

Once we are done with the design creation we need to analyze it

Testing our Vehicle

As we are done with all the analysis we first need to train our controller using "LibrePilot" and test its functionality on a testing bed.

The Product

As we are done with all the testing of our Quadcopter,

it is all set to take off!!

Kindly tie your seat belt now!!

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