#QD8 Hobbyking KK2.0 Multi-Rotor LCD Flight Control Board

Designed by the Grand father of the KK revolution, Rolf R Bakke, exclusively
for HobbyKing, the KK2.0 is the evolution of the first
generation KK flight control boards. The KK2.0 was engineered from the
ground up to bring multi-rotor flight to everyone, not just the experts.
The LCD screen and built in software makes install and setup
easier than ever. A host of multi-rotor craft types are pre-installed.
simply select your craft type, check motor layout/propeller direction,
calibrate your ESCs and radio and your ready to go! all of which is done
with easy to follow on screen prompts!

The original KK gyro system has been updated to an incredibly sensitive dual
chip 3 Axis gyro and single chip 3 axis accelerometer system making
this the most stable KK board ever and allowing for the addition of
an Auto-level function. At the heart of the KK2.0 is an Atmel Mega324PA
8-bit AVR RISC-based microcontroller with 32k of memory. An
additional 2 motor output channels have been added to the KK2.0 allowing
for a total of 8 motors to be controlled (Octocopter). A handy Piezo buzzer is
also included with the board for audio warning when activating and
deactivating the board.

If your new to multi-rotor flight or have been unsure about how to setup a KK
board then the KK2.0 was built for you. The 6 Pin USBasp AVR
Programming interface ensures future software updates will be quick and
easy.

Specs.
Size: 50.5mm x 50.5mm x 12mm
Weight: 21 gram (Inc Piezo buzzer)
IC: Atmega324 PA
Gyro: InvenSense Inc.
Accelerometer: Anologue Devices Inc.
Auto-level: Yes
Input Voltage: 4.8-6.0V
AVR interface: standard 6 pin.
Signal from Receiver: 1520us (5 channels)
Signal to ESC: 1520us

Pre-installed firmware.
Dualcopter
Tricopter
Y6
Quadcopter +
Quadcopter X
Hexcopter +
Hexcopter X
Octocopter +
Octocopter X
X8 +
X8 X
H8
H6
V8
V6
Aero 1S Aileron
Aero 2S Aileron
Flying Wing
Singlecopter 2M 2S
Singlecopter 1M 4S
(Custom Mix via the "Mixer Editor" option)

The Mixer Editor allows you to adjust where and how much signal the motors
receive from stick input and sensors. This allows you to create any
configuration possible with up to 8 motors or servos.