AlienFlight Classic Narrow Brushed FC

This is a remarkable and historic flight controller! It's based on Lance's original AlienWii design from 2013 and is crafted to the highest enterprise - grade quality standards in Germany. Every single controller undergoes testing and programming, and FETs are individually load - tested. To get it airborne, you'll need a DSM(X) satellite receiver, a DSM(X) transmitter, a 100 - 150mm frame, 7 - 10mm DC motors, 50 - 70mm propellers, and a 400 - 700mAh battery. The controller features an ATmega32u4 mcu, an MPU6050 accelerometer/gyro sensor unit, 4x 9.5A integrated ESCs, an integrated USB programmer, a serial connection for an external DSM2/DSMX sat receiver, a bind button, and modular wiring and plugs. It has dimensions of 26.7mm x 31.75mm and weighs 3.6g without the Rx. It comes with a receiver cable and a JST power cable. To configure basic settings like input ranges and receiver settings, you need to edit and compile an Arduino sketch. You can find the latest sketch in the AlienWii Classic Narrow firmware. You'll need an external DSM receiver to fly this FC, and we recommend the LemonRX DSMX satellite RX. If you use a DSMX sat, you must enable DSMX_BIND_11 or DSMX_BIND_22 and the corresponding SPEKTRUM 1024 or SPEKTRUM 2048 in the config.h file and recompile with Arduino. For more details, visit the related forum thread: http://community.micro - motor - warehouse.com/t/alienflight - classic - narrow - interactive - manual/2580 or use the red help button below to send us a message!

Using this AlienFlight Classic Narrow Brushed FC is quite straightforward. First, gather all the necessary hardware, including a DSM(X) satellite receiver, a DSM(X) transmitter, a proper frame, motors, propellers, and a battery. Once you've assembled the hardware, you'll need to configure the basic settings. To do this, you'll have to edit and compile an Arduino sketch. You can find the latest sketch in the AlienWii Classic Narrow firmware. Make sure to use an external DSM receiver to fly the FC. We recommend the LemonRX DSMX satellite RX. If you choose to use a DSMX sat, you'll have to enable certain settings in the config.h file and recompile with Arduino. When it comes to maintenance, keep the controller clean and dry. Check the wiring and plugs regularly to make sure they're in good condition. If you run into any problems, you can visit the related forum thread or use the red help button to contact us.