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Manned multirotors - inspirational write up

 

Price: $14
Pages: 210
ISBN: 978-91-979827-8-8
Published: 2017

You can download the e-book as soon as your purchase is completed.


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Finding out the simplest way, in a practical and technical sense, for me to build and fly my own, reasonable safe, flying machine has been a long term ongoing research type of project. Not always progressing in the front, but never seizing completely either. In the search for the answer I have built various structures to try out the actual capability of the concept at hand. Some of these concepts and my thoughts of the outcome of the tests I have conducted are covered in Part 1, “Early trials”.


In Part 2 various aspects of building large multirotors are dealt with such as the challenge of scaling up a R/C drone to man carrying size and what to consider if you are using 3D printed parts in your design.

 

Once I settled for the multirotor approach I started out with what I assessed would be the lowest cost setup. That is the main reason for the two first versions being powered by 2-stroke engines, which is covered in Part 3, “Multirotor V1-2”. After a year and a half, I was finally able to conduct a short series of manned test flights with the gas-powered version, but the craft lacked almost all flight characteristics and features I was looking for in such a vehicle.

 

Since I by now could afford to try an electric approach, which turned out to be a success, I went ahead and did just that which is covered in Part 4, “Multirotor V3” (the chAIR).

Contents

Part 1: Early trials
Simple glass fiber wing
Hollow sliced foam wing
Ram air kite wings
Semi-rigid parafoil wing
Sparless kite wing
Tip jet rotor wing
Boat sail wing/flying boat
DIY large propeller multirotor

Part 2: Manned multirotors
Scaling up challenge
Materials
3D printing
Flight controllers
R/C transmitters and receivers
Test stands

Part 3: Multirotor V1-2
Design criteria
Technical overview
Positive aspects
Negative aspects
Frame
Seat
Power train
Flight controller
Joystick
Practical flight testing

Part 4: Multirotor V3
Design criteria
Technical overview
Positive aspects
Negative aspects
Custom made tools
Frame – propulsion rings
Frame – seat
Power train
Flight controllers
Joystick
Practical flight testing
Media
KK2.0HC Flightcontroller settings
Schematic overview
Inspirational photos

Part 5: Assessing multirotors
Manned multirotors on YouTube

Look inside












Inspirational videos

Finally up and flying V2.


 

First flight V3 - the chAIR.