Controlled by an Atmel Mega168PA 8-Bit RISC based micro controller and utilizing a single 3-axis MEMS gyro the Hobbyking i86 Multi-Rotor Control Board is capable of 8 Multi-rotor craft types and 2 flight modes without the need to flash the micro controller. The simple dip switch systems allows for quick and easy selection of your desired Multi-rotor configuration and flight mode.
Light weight and compact the i86 can fit in the smallest of craft and includes a small piece of double sided tape to install.
The Hobbyking i86 Multi-Rotor Control Board supports: Aero (fixed wing) Dual copter Tri copter Quad copter X Quad copter + Hex copter H6 copter Y6 copter All of the above modes can be set in "Normal" mode or "Sports" mode (default normal)
Specs: Input Voltage: 4v to 6v Input signal: 50hz standard PPM PWM Frequency: 400hz for ESC, 50hz for servos Gyro scale: +/- 500dps, ODR: 800hz Operating temp: -40° C to 85° C Size: 40mm x 40mm Weight: 8g
Hi Martin, I've found that if you do the ESC throttle range calibration first then do the stick centering, it works better. I've had the same issues you mentioned. At times I would redo the setup process several times. One other thing you may want to check is to be sure all your servo wires are on correctly. Once set up, to arm you must pull the elevator stick down. These boards are capable of getting a multirotor to fly quite stable. Hope this helps and Happy flying
thanks for the help Ron but its still not working. i tried it several times but still nothing is happening now theres no solid blue light even. but do you think you can make a detailed video to shot how the i86 works and how to make it fly.
Funny you should say that Martin. I'm currently in the middle of a re-model of our home to convert our garage into my shop and have a new garage in front of it. But back to the point, I have a quad I built just to test boards with. I plan to use it to do setup videos of this board, the HobbyKing Multirotor control board (KK board), the KK2 board, MultiWii and others. Sometimes I start over with these boards, from wiring to initial setup. If the manual is followed and the pots are put back out of the programming mode, This should work. If not, you may have a faulty board. I've set up several of these and I have yet to get one to work on the first try.. Arrrg! Hope you get it working.
I have a little trouble with my i86... When i put the trigger over 50% it works properly no more...
I flyed with my DIY 4copter a lot of time... but now i cannot... Somebody can help me to fix this iussue?
VV thanks in advance
SUPRAKASH, You can't use it directly for that purpose. But you can use a v-tail mixer with this board to fly a wing or anything with elevons. The dip switches must all be in the down or off position. The last (#4) dip switch can be at the bottom for low rates or top for high rates. Hope this helps and Happy flying!
A warning to those using SimonK's firmware on their ESCs. When you disarm this board it gives a short full throttle pulse. Simons firmware is sensitive enough to detect this and as a result disarming is very unsafe. I found a thread on this issue and it seems that other ESCs work fine.
Three stars because Simons firmware is popular and this should have been tested.
I was using Hobbyking F-20A ESCs flashed with SimonK firmware version tgy_2012-06-10_d8f53c2. The i86 was setup as a Quad X 4 copter on normal mode.
Credit me if this saves your face.
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1 thumbs up!
Was up in the air in less than 1 hour. super easy to get everything together. Make sure you get the male to male servo leads so you can connect your RX. Credit if you find helpful. Thanks!!
1 comment. Reply..
1 thumbs up!
I think this control board has very dangerous bug. Just sometimes happend symptom that all rotor was rotate full rpm after disarmed action after landed. So, my 3rd quadcopter has been literally distroyed.. It's really danderously.. Anybody has same symptom?
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I was used in the X4-copter. The control board was not very stable. Is regrettable. I want to change the firmware.