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Revision 7 as of 2013-09-14 19:19:56
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Revision 16 as of 2013-09-14 23:23:52
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= Most Recent Announcement= I would just like to announce that I making the Quadcopter a weekly (maybe twice a week) project that will probably last the whole semester.

 . The stuff that I need help with:
 1- Choosing an appropriate design that will carry a RaspberryPi, an Ardiuno , and the wires that will connect the circuitry. 2- Determining what sensors and equipment the quadcopter will need and programming them. 3- Making\programming the quadcopter to be stable and can stay level in the air when need be. 4- Making a decent User Interface. 5- Making a good control scheme for phones and pads. 6- Building a simple AI that adjusts the quad copter angle so it becomes stable if thrown. 7- Sending video feedback to the control device if it can receive it(desktop,laptop,phones,ipads,etc...) 8- Adding cool features to the quadcopter (such as lasers and nurf guns, GPS, person tracking, a small robotic arm, etc....) 9- Adding anything you can think of that can be added to make the quadcopter more awesome.
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Sunday 9/14/2013 We built the frame of the quadcopter: Sunday 9/14/2013:
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{{attachment:quadcopter-frame-only-1.jpg}} We built the frame of the quadcopter. Here are some of the images we have taken during the assembly:

           {{attachment:quadcopter-frame-only-1.jpg}}

 . {{attachment:quadcopter-frame-only-2.jpg}}
 .
 . {{attachment:quadcopter-frame-only-3.jpg}}
 .
 .
 .
 . . Thanks Matt Ebert, Ian Wisher, Gautam Govardan, and Daniel Eckerson for helping out!

= Most Recent Announcement= I would just like to announce that I making the Quadcopter a weekly (maybe twice a week) project that will probably last the whole semester.

  • The stuff that I need help with:

    1- Choosing an appropriate design that will carry a RaspberryPi, an Ardiuno , and the wires that will connect the circuitry. 2- Determining what sensors and equipment the quadcopter will need and programming them. 3- Making\programming the quadcopter to be stable and can stay level in the air when need be. 4- Making a decent User Interface. 5- Making a good control scheme for phones and pads. 6- Building a simple AI that adjusts the quad copter angle so it becomes stable if thrown. 7- Sending video feedback to the control device if it can receive it(desktop,laptop,phones,ipads,etc...) 8- Adding cool features to the quadcopter (such as lasers and nurf guns, GPS, person tracking, a small robotic arm, etc....) 9- Adding anything you can think of that can be added to make the quadcopter more awesome.

Quadcopter

  • Sending and receiving video signals
  • Controlled by laptop, smartphone, game controller
  • Basic AI
  • ...it's a quadcopter

People Involved

  • Ahmed Saif
  • Ayah Almousa
  • Matt Ebert


Ahmed, will your homegrown copter fly this Saturday?

Resource information at Drones project! - duncan

No, This Saturday (9/14) we will build the frame of the quadcopter then for each subsequent week adding components until we get a full grown quadcopter with whatever add-on we can. -Ahmed


Sunday 9/14/2013:

We built the frame of the quadcopter. Here are some of the images we have taken during the assembly:

  • quadcopter-frame-only-1.jpg

  • quadcopter-frame-only-2.jpg

  • quadcopter-frame-only-3.jpg

  • . Thanks Matt Ebert, Ian Wisher, Gautam Govardan, and Daniel Eckerson for helping out!

None: Quadcopter (last edited 2014-02-09 16:04:42 by DuncanCarlsmith)