If you need manual ,please contact seller.

Gesture selectable motor filters crafted for optimal performance

Gesture selectable low voltage behavior (default blink LED; toggle to force landing when battery critically low)

AlienWhoop ZER0 flight controller for Tiny Whoop, Blade Inductrix, Eachine, BetaFPV, and other micro brushed quadcopter frames. Best in class flight controller running NotFastEnuf Silverware firmware.

Specification

Slim and sleek design for maximum weight savings, power, and responsiveness

Designed by 2 of the top 16 fastest pilots at the 2018 Tiny Whoop Invitational championship teamed up with NotFastEnuf

STM32F030F4P ARM® 32-bit Cortex®-M0 CPU, frequency up to 48 MHz (can be overclocked to 64MHz)

Invensense MPU-6881 Six-Axis (Gyro + Accelerometer) precision temperature compensating MotionTracking™ Device

Powerful MOSFETs

2oz copper with ENIG plated pads for best power

Factory loaded with NotFastEnuf Silverware for maximum brushed motor performance

5V 2A BEC with 3.3V regulator

Supports 1S or 2S LIPO (JST 2.0 PH aka PowerWhoop connector factory installed)

Conveniently located motor plugs (direct solder optional pads on top)

Pads adjacent LIPO pigtail for maximum VTX/camera current and clarity

Voltage sense for advanced flight compensation (and telemetry on supported receivers)

Built-in inverter supports SBUS receivers (Futaba,FrSky,TBS Crossfire)

Extra pads for LED strip, beeper, etc. (requires firmware customization)

Easy updating without disassembly using standard programming header

Receiver Recommend

For Frsky pilots, high recommend the Frsky XM receiver.

BOARD LAYOUT QUICK REFERENCE TOP OF THE BOARD Label # Label Name Description (Bat) battery negative wire +(Camera) battery pad positive wire (Camera) camera negative wire Mo Motor 0 negative wire MO Motor 1 _ positive wire M1 Motor negative wire M2 Motor 2 positive wire .

At the bottom of the board, you'll find the following label: #Label Name - Description. This includes:

The AlienWhoop ZER0 flight controller comes pre-flashed from the factory with either SBUS or DSMX configured firmware. However, if you wish to use other supported protocols, an update to the firmware will be required.

To ensure correct voltage usage, follow the guidelines provided by your receiver manufacturer. Specifically, this flight controller can operate with either 17v or 19v input power. Note that most DSMX receivers typically require SV power, but many will still function with a maximum input voltage of up to 3.3v.