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BYOD : Build your own drone… Agile and Beyond 2015

BYOD : Build your own drone… Agile and Beyond 2015

BYOD : Build your own drone… multi-rotor quadcopter that is!

In this world of ever-increasing opportunities to purchase 'toys' classified as 'drones'… have you ever wanted to fly a drone? Have you ever asked yourself the question… should I buy a drone or build? This presentation will discuss why the term 'drone' should be most generally referred to as… 'multi-rotor copter' and not UAV (unmanned autonomous vehicle) or drone. This presentation will discuss the basics of how a multi-rotor works… the steps to build a multi-rotor… including details on flight controllers, frame selection, motors and props (including determining what type of multi-rotor will suit your purpose), speed controllers and batteries. There are a lot of variables… all of these details will be broken down, making the process of building your first copter a 'flight in the park'. At the end... a flying multi-rotor copter will be air-worthy and demonstrated.

DJ Daugherty

May 01, 2015
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  1. direct and inverse solutions of geodesics on the ellipsoid with

    application of nested equations Thaddeus Vincenty
  2. direct and inverse solutions of geodesics on the ellipsoid with

    application of nested equations Thaddeus Vincenty
  3. direct and inverse solutions of geodesics on the ellipsoid with

    application of nested equations Thaddeus Vincenty
  4. direct and inverse solutions of geodesics on the ellipsoid with

    application of nested equations Thaddeus Vincenty .05mm http://ddaugher.github.io/oss/groovy_vincenty.html
  5. RC Receiver Flight Controller Battery (LIPO) Air Frame Electronic Speed

    Controller RC Transmitter wireless connection
  6. RC Receiver Flight Controller Battery (LIPO) Air Frame Electronic Speed

    Controller Motor RC Transmitter wireless connection
  7. RC Receiver Flight Controller Battery (LIPO) Air Frame Electronic Speed

    Controller Motor Propeller RC Transmitter wireless connection
  8. RC Receiver Flight Controller Battery (LIPO) Air Frame Electronic Speed

    Controller Motor Propeller RC Transmitter wireless connection
  9. RC Receiver Flight Controller Battery (LIPO) Air Frame Electronic Speed

    Controller Motor Propeller RC Transmitter wireless connection
  10. RC Receiver Flight Controller Battery (LIPO) Air Frame Electronic Speed

    Controller Motor Propeller RC Transmitter wireless connection
  11. RC Receiver Flight Controller Battery (LIPO) Air Frame Electronic Speed

    Controller Motor Propeller RC Transmitter wireless connection
  12. 3.7 volts / cell 3S = 11.1 volts 4S =

    14.8 volts ’S’ number - # of cells in series
  13. milliamp hours (mAh) the amount of power the battery can

    hold 1000 mAh battery with 1000 mA load will last 1 hour 1000 mAh battery with 500 mA load will last 2 hours
  14. e.g.20C battery can discharge safely at 20 times the amount

    the battery can hold 20C battery (1000 mAh) = maximum sustained load of 20,000 mA what does the ‘C’ rating mean? ‘C’ = capacity maximum safe continuous discharge rate
  15. RC Receiver Flight Controller Battery (LIPO) Air Frame Electronic Speed

    Controller Motor Propeller RC Transmitter wireless connection
  16. RC Receiver Flight Controller Battery (LIPO) Air Frame Electronic Speed

    Controller Motor Propeller RC Transmitter wireless connection
  17. RC Receiver Flight Controller Battery (LIPO) Air Frame Electronic Speed

    Controller Motor Propeller RC Transmitter wireless connection
  18. RC Receiver Flight Controller Battery (LIPO) Air Frame Electronic Speed

    Controller Motor Propeller RC Transmitter wireless connection
  19. your own byod drone build multi-rotor copter, that is. q&a.

    dj daugherty [email protected] @ddaugher http://ddaugher.github.io/oss/groovy_vincenty.html