top of page

Quad-Rotor Project #3 and #4

20151031_130647-2

20151031_130647-2

20150705_175714

20150705_175714

20150705_172803

20150705_172803

20150705_175641

20150705_175641

20150705_175710

20150705_175710

20150802_172534

20150802_172534

20150828_232938

20150828_232938

20150904_082049

20150904_082049

20150904_082110

20150904_082110

20150904_082117

20150904_082117

20150914_205427

20150914_205427

20150920_015202

20150920_015202

20150920_015208

20150920_015208

20150920_015215

20150920_015215

20150920_015241

20150920_015241

20150920_015313

20150920_015313

20150920_015324

20150920_015324

20150920_015405

20150920_015405

20151012_150746

20151012_150746

20160101_144632

20160101_144632

20151123_165222

20151123_165222

20160104_112810

20160104_112810

20160104_113245

20160104_113245

20160104_113255

20160104_113255

20160104_113258

20160104_113258

20160105_110644

20160105_110644

20160112_210801

20160112_210801

Quad-Rotor #3 "KIMI"

2015

Over the period of Summer semester in Georgia Institute of Technology I have built and sucessfully flown a quad-rotor aircraft, a.k.a. quad-copter. This is a radio-controlled aerial vehicle whole lift of which is provided by 4 vertically mounted electric motors. Differentiation of RPM/thrust in each of the motors provides possibility of maneuvers due to change in the direction of lift vector.

This is only first part of the long-term project. In the nearest future I am planning to introduce an Autopilot system to this vehicle.

 

Quad-Rotor Configuration #2

2016

As planned, after a few succesful flights with KK2 controller board in fully manual mode I decided to start working on implementation of the autopiloting system. HK Pilot Mega 2.7 was chosen as a perfect candidate for such an idea. 

20150920_015416

20150920_015416

20150920_015405

20150920_015405

20160112_210755

20160112_210755

© 2014 by Viktor Hromyk, Aerospace Engineering. Proudly created with Wix.com

  • LinkedIn B&W
  • Facebook B&W
bottom of page