31.5x27 CB with 20x20 mounting holes, weight: 5.85g
6 UARTS. UART1 (INVERTER FOR SBUS)
UART2 (FREE)
UART3 (INVERTED TELEMETRY)
UART4 (Free)
UART5 (Smart Audio)
UART6(Free)
Built-in 4 IN 1 ESC socket(including ESC telemetry, External current sensor) JST1.0 8Pin
Plug and plug with NBD Infinity200 ESC. Also compatible with most of the ESC on the market.
Built-in solder pads for ESC signal output and power
Printed layout instructions ON the board - no need for instructions!
DJI FPV Air Unit socket (use UART1 and UART6)
Pinout for USB-C Version (Recent)
Pinout for Micro USB Version
Includes:
1x Infinity200 flight controller
4x Grommets short 4x Grommets Long
1x Infinity200 FC to DJI Air module cable 40mm
1x Infinity200 FC to DJI Air module cable 100mm
1x Infinity200 FC to DJI Air module cable 150mm
NOTE: We suggest running a Electrolytic capacitor on 4s builds. Even though we tested and designed it to not need one, all builds are different and there are always exceptions.
Description
Note: the Infinity200 FC now uses a USB-C connector.
31.5x27 CB with 20x20 mounting holes, weight: 5.85g
6 UARTS. UART1 (INVERTER FOR SBUS)
UART2 (FREE)
UART3 (INVERTED TELEMETRY)
UART4 (Free)
UART5 (Smart Audio)
UART6(Free)
Built-in 4 IN 1 ESC socket(including ESC telemetry, External current sensor) JST1.0 8Pin
Plug and plug with NBD Infinity200 ESC. Also compatible with most of the ESC on the market.
Built-in solder pads for ESC signal output and power
Printed layout instructions ON the board - no need for instructions!
DJI FPV Air Unit socket (use UART1 and UART6)
Pinout for USB-C Version (Recent)
Pinout for Micro USB Version
Includes:
1x Infinity200 flight controller
4x Grommets short 4x Grommets Long
1x Infinity200 FC to DJI Air module cable 40mm
1x Infinity200 FC to DJI Air module cable 100mm
1x Infinity200 FC to DJI Air module cable 150mm
NOTE: We suggest running a Electrolytic capacitor on 4s builds. Even though we tested and designed it to not need one, all builds are different and there are always exceptions.
This flight controller has plenty of capacitance. You do not need to put a cap on this flight controller There will always be voltage spikes this flight controller seems to be handling all of them just fine The best part is no part I have never ran into a problem with this flight controller If you feel more comfortable putting a cap on this flight controller then put a cap on it In my opinion you do not need one from an engineering perspective you do not need 1
