NANO OVERSKY 32 X flight control board for Super-X 1S or 2S use



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Attention: This product can work with 1S and 2S lipo battery, please make choice for the right version when place the order.
MX SCISKY 32 is designed on the basis of the original SCISKY 32, MX SCISKY 32 supports both Baseflight firmware and Cleanflight firmware, for using on different models, MX SCISKY 32 gets different types.
1) Very light (not including its case and the integrated receiver): 4.6g (Type X).
2) Working voltage: 3.3~4.5V or 5~10V;
3) 12M/10PPM Crystal Oscillator;
4) Receivers it supports: PPM,DSM2,DSMX,SBUS, SFHSS, FrSky
5) Optional onboard receiver: DSMX/DSM2 compatible or Futaba SFHSS receiver.
6) Comes with DCDC boost (output 5V/500Ma),it can supply power for outside device;
7) The integrated output 5V/500mA LDO can supply power for outside device;
8) Independent ports for IIC, GPS, PPM/DSM/SBUS receivers;
Size for MX SCISKY 32 flight control board (unit: mm):
Ports for MX NANO OVERSKY 32 flight control board:
Voltage option 
When the pads inside the blue square box on the following picture are used, the working voltage will be 3.3V~4.5V (1S lipo is recommended); When the pads inside the red square box are used, the working voltage will be 5.0V~10.0V (2S LIPO is recommended or power supplied through an outside BEC).
LED lights meaning:
   Red LED—power; blue LED—flying mode; green LED—unlock;
How to connect a receiver:
   It gets a RX-S port (1.25mm 3P) which is special for connecting an outside receiver, it supports signal input of PPM, DSM2/DSMX, SBUS (note 1), it also support 3.3V or VIN output (Note 2), in order to connect an outside receiver, short connecting pads on RX-S and changing type of receiver on GUI at the same time is the way. Besides, it supports integrated DSMX/DSM2 or FUTABA SFHSS compatible receiver (Note 2)
Notes:  1) it supports signal reverse;
       2) When output is VIN, and VIN>5.5V, please make sure if the outside receiver supports 5.5V or more, or the outside receiver may be burnt;
       3) As it gets an integrated receiver, as soon as the integrated receiver is set to output banned(RF circuit of the integrated receiver won’t work at the moment), the outside receiver can work without problem.

The bootloader:

Please remove the receiver by heating  soldering points:
Then connecting the two points in red round together:
Flash the CF_NAZE_32 V1.7.2_P4_F.HEX firmware, afterwards, disconnect the connection between 3.3V and boot2, and calibrate the sensor through GUI.
How to change a 1S X FC to 2S X FC or a 2S FC to a 1S FC:
How to get 3.3V or same voltage as your battery:
  solder the two ports together you can get the power supply same as the battery you are using
  solder the two ports together you can get 3.3V power supply.


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Thursday 18 May, 2017

This product was added to our catalog on Thursday 18 May, 2017.