iFlight Borg Mini F7 Stack with Borg Mini 60 4-in-1 ESC

Short Description:

The iFlight Borg Mini F7 Stack pairs an STM32F722RET6 flight controller with a 60A 4-in-1 ESC for 4-8S FPV racing builds, with 20 x 20 mm mounting and 32MB Blackbox flash.

Product Name: iFlight Borg Mini F7 Stack with Borg Mini 60 4-in-1 ESC
Product Type: FPV flight controller and 4-in-1 ESC stack
MCU: STM32F722RET6
Gyroscope: ICM42688
Barometer: SPA06-003
OSD Chip: AT7456E (LGA)
Firmware: Betaflight
Firmware Target: IFLIGHT_BLITZ_F722
Stack Input Voltage: 4-8S; LiHV batteries supported
ESC Continuous Current: 60A

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Product Detail

FAQ

Technical Highlights

F7 Flight Control for FPV Racing

The Borg Mini F7 flight controller combines an STM32F722RET6 MCU, ICM42688 gyroscope, SPA06-003 barometer and AT7456E OSD chip. It provides six UARTs, four motor outputs and 32MB of Blackbox flash.

Borg Mini 60 Four-in-One ESC

The included ESC is specified for 60A continuous current and 65A burst current for 10 seconds. It supports ESC telemetry, bidirectional DShot and an onboard current sensor.

Power Outputs and Compact Mounting

The flight controller provides 5V 2.5A and switchable 12V 2A BEC outputs. Both boards use a 20 x 20 mm mounting pattern with 4 mm mounting holes.

Flight Controller Specifications

MCU	STM32F722RET6
Gyroscope	ICM42688
Barometer	SPA06-003
OSD Chip	AT7456E (LGA)
Input Voltage	4-8S; LiHV batteries supported
Blackbox Flash	32MB
UARTs / Motor Outputs	6 UARTs / 4 motor outputs
Betaflight Firmware Target	IFLIGHT_BLITZ_F722
BEC Outputs	5V 2.5A; 12V 2A with VTX power switching
Dimensions	27 x 30.6 mm ±1 mm

ESC and Stack Specifications

ESC Model	Borg Mini 60 4-in-1 ESC
ESC Input Voltage	2-8S; LiHV batteries supported
Maximum Continuous Current	60A
Maximum Burst Current	65A for 10 seconds
ESC MCU	STM32G071N
ESC Firmware	BL32, 32-bit ESC firmware
ESC Firmware Target	IFLIGHT_BLITZ_G3 32.9
Supported Control Protocols	DShot150/300/600, MultiShot and OneShot
ESC Features	Current sensor, telemetry and bidirectional DShot
ESC Dimensions	42 x 35 mm ±1 mm
Mounting Pattern	20 x 20 mm; 4 mm mounting holes
FC + ESC Weight	17.1 g ±1 g

Installation Notes

Use the flight controller's 4-8S input rating when selecting a battery for the complete stack; the ESC's separate 2-8S rating does not make the full stack suitable for 2S or 3S operation.
The supplied wiring diagram calls for an additional 50V 470µF capacitor at the indicated ESC power pads on 6-inch and larger builds.
Check battery polarity, motor-pad assignments and the FC-to-ESC connection against the wiring diagram before applying power.

Package Contents

1 x Borg Mini F7 flight controller
1 x Borg Mini 60 ESC
1 x cable set
5 x silicone grommets

FAQ

What battery range can be used with the complete stack?

The flight controller is specified for 4-8S input, so the complete stack should be selected for 4-8S builds. The ESC alone has a wider 2-8S input specification.

Which flight-controller firmware target is specified?

iFlight specifies IFLIGHT_BLITZ_F722 as the Betaflight firmware target for the Borg Mini F7 flight controller.

What mounting pattern does the stack use?

The flight controller and ESC use a 20 x 20 mm mounting pattern with 4 mm mounting holes.

Is an external capacitor required?

The supplied wiring diagram instructs builders of 6-inch and larger models to add a 50V 470µF capacitor at the indicated ESC power pads. A capacitor is not listed in the manufacturer's package contents.

Does the stack package include a receiver or video transmitter?

No receiver or video transmitter appears in iFlight's packing list for this stack. The illustrated wiring examples show external components and should not be treated as package contents.

B2B Procurement FAQ

What is included when ordering the stack configuration?

iFlight lists one Borg Mini F7 flight controller, one Borg Mini 60 ESC, one cable set and five silicone grommets. Confirm the selected SKU and final packing list in the quotation.

Can the hardware revision and interface support be checked before a bulk order?

Yes, request confirmation of the exact hardware revision, firmware target and I²C availability for the quoted batch. Published information about I²C support differs between iFlight's stack and standalone flight-controller pages.

How are MOQ, lead time and compliance documents handled?

MOQ, lead time and any required compliance documents should be confirmed for the specific order during quotation; they are not established by the supplied product materials.