TBS Lucid Wing PDB

There is no doubt that innovation and choice in quadcopter FC's outpaces those of their wing counterparts. Yet, separate wing FC's are necessary due to the limited wiring space, lack of current sensing, necessary voltage rails and more. There are flight controllers specifically for wings, but they create a tasty bundle of wire spaghetti in your wing, which can lead to reliability issues at worst, or are an eye sore at best.

Admittedly, this PDB is made predominantly for the TBS's up coming wing, but it's compatible with any wing that has up to 4 control servos and one or two motors. As such, it's worth a consideration to clean up both your analog or digital builds and recycle one of the 20x20 or 30.5x30.5 FC's you've surely got laying around. 

Package Includes:

1x TBS Wing FC circuit board

1x Cables to connect FC peripherals to the PDB

1x Pin headers for servo plugs (2x20)

1x FC Mounting hardware:

4x M3x5mm screw

4x M3x10mm screw

4x M3 Nylon standoff 10mm

Download

• STEP file for design / prototyping - [DOWNLOAD]

Specifications

• Max input voltage: 60V (14S)
• Voltage sensor: Depends on the FC voltage input
• Current sensor: 200A burst, 90A continuous
• Output voltages: 12V 4A (LED, FC, etc), 5V/8V (Selectable with jumper) 4A (servos)
• Recommended FC: TBS Lucid 20x20 FC Freestyle or TBS Lucid H7 (not included!)
• Onboard supported peripherals:
  
  • 20x20 and 30.5x30.5 iNav or ArduPilot FC
  • BLHeli/AM32 ESC with telemetry
  • Analog camera (3 pin)
  • Analog VTX (5pin)
  • COB LEDs (12V)
• Digital VTx, radio link and other peripherals via FC
• Note: Voltage input to FC can be switched between VBat and 12V. In the case of 12V supply, a separate voltage divider is available to feed any ADC pin for vbat sensing.