Quadcopterproject.wordpress.com Website Review

My name is Jeremiah Di*key. I’m an Engineer at Sandia National Laboratories who has a love for engineering and aeronautical gadgets. I graduated from Berkeley’s College of Engineering in the Summer of 2011 with a BS in Mechanical Engineering. I began developing this blog upon graduating in order to keep my skills sharp and to have a creative outlet while searching for employment. hi my name is Salih and i like this page very much i study aeronautical engineering and this is my last year. my graduation project is to design a quad-copter i hope you can give me the info that i need how can i An*lise this quad rotor using CFD(Computational fluid dynamics answer for you. On the otherhand, my an*lysis performed and docu*ented on my blog eliminates the need for any advanced an*lysis tools like CFD. My process involves blade momentum theory and empirical data. So check out the appropriate section and let me know if you still have The approach you’ve explained is very promising and i could frame my basic layout for doing a conceptual design of a multicopter using Hello Jeremiah, my name is Eduardo, i´m from Brasil. I want to make a quadcopter to my final project. I read your blog and i learn so much ! I will use only the accelerometer, but i see u use accelerometer, gyroscope and compas*… Why u use the others 2? I need only keep it As illustrated in Figure 2 of this blog, an object in 3 dimensions have 6 possible modes of movement: 3 translational and 3 rotational. A three axis accelerometer will get you translation. Of course the output of an accelerometer is acceleration, so integrating the signal I’m not sure if you can make a quadcopter with just an accelerometer. As an example of a problem, your accelerometer could read 0 acceleration while spinning out of control. The gyro is required for stability in the 3 remaining modes or movement: Pitch, roll, and yaw in aeronautics are rotation about x, y, and z in regular physics. Now that you have covered all 6 axis of movements, you need to take sensor drift into consideration. Sensor drift happens in all sensors