D-F760S V2 Flight Stack Review for FPV Freestyle Drone Builds

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A Closer Look at This FPV Freestyle Electronics Stack

The D-F760S V2 flight stack combines an F722 V2 flight controller with a 3060S 60A 4-in-1 ESC for demanding FPV freestyle builds. This compact two-board system supports 3–6S LiPo power and uses a 30.5 x 30.5 mm mounting pattern on the flight controller. Moreover, the STM32F722RET6 processor, ICM42688P gyroscope, and BMP280 barometer provide a capable control platform for precise multirotor flying. The stack also includes 16MB black-box storage, an on-screen display, eight motor outputs, and five UART channels. Therefore, pilots can connect receivers, GPS equipment, video transmitters, cameras, buzzers, and LED strips without immediately running out of expansion options. The D-F760S V2 flight stack also supports receiver systems such as ELRS, CRSF, S.BUS, FrSky, Futaba, FlySky, TBS Crossfire, and DSMX. In addition, the included wiring accessories, XT60 power lead, vibration-isolating hardware, and 35V 1000µF capacitor simplify installation. Its black PCBs, gold solder pads, green shock-absorbing spacers, and raised FC-over-ESC layout give the assembly a purposeful FPV appearance. As a result, this combination suits builders who want a neatly integrated flight controller and ESC rather than separate boards with more wiring and compatibility decisions.

Key takeaway: The D-F760S V2 flight stack pairs a feature-rich F722 V2 FC with a 60A x 4 ESC for flexible 3–6S FPV drone builds.

D-F760S V2 Flight Stack Specifications

First, review the core specifications before planning your installation. The FC and ESC use different board dimensions, although both use a 30.5 mm mounting pattern for the stack assembly.

D-F760S V2 flight stack F722 FC and 3060S ESC

Component Specification
Flight controller F722 V2, STM32F722RET6 CPU
Gyroscope and barometer ICM42688P and BMP280
Memory and outputs 16MB black box, OSD, 8 motor outputs, 5 UARTs
FC dimensions and weight 37 x 37 mm; 8.8 g
ESC 3060S 4-in-1, 60A x 4 continuous, 70A x 4 burst
ESC power and firmware 3–6S LiPo; Bluejay H-H-50
ESC dimensions and weight 40 x 40.7 mm; 10.4 g
Included capacitor 35V, 1000µF

F722 V2 Flight Controller Features for FPV Builds

At the center of the D-F760S V2 flight stack is the F722 V2 FC. The STM32F722RET6 processor gives the controller a strong foundation for responsive flight-control processing. Meanwhile, the ICM42688P gyro supports stable orientation sensing, and the BMP280 adds barometric altitude data. The 16MB black box is also useful for reviewing flight behavior and refining Betaflight or iNav settings.

Furthermore, five UART channels allow organized connections for a receiver, GPS, VTX, ESC, and optional equipment. The wiring layout includes dedicated connections for cameras, buzzers, addressable LED strips, GPS modules, receivers, and video transmitters. It can also accommodate analog video equipment and supported digital equipment such as a DJI Air Unit. However, always verify peripheral voltage before soldering. The wiring graphic identifies 9V as the default peripheral voltage.

  • BEC rails: 4.5V/2A, 5V/2.5A, and 9V/3A.
  • Receiver support for ELRS, CRSF, S.BUS, FrSky, Futaba, FlySky, TBS Crossfire, and DSMX.
  • LED indicators for FC, 3.3V, 5V, 9V, and Bluetooth status.
  • Configurable Bluetooth, camera-switching, and user-I/O controls.

D-F760S V2 flight stack FC wiring and UART layout

Installation note: The diagram assigns UART1 to the receiver, UART2 to GPS, UART3 to VTX, and UART4 to the ESC, with UART5 available as an optional channel.

3060S 60A 4-in-1 ESC Power Delivery

The 3060S ESC provides four motor outputs, each rated for 60A continuous current and 70A burst current. Consequently, it offers useful headroom for high-demand FPV power systems. Its 3–6S LiPo input range supports a broad selection of freestyle drone configurations. The ESC also uses Bluejay H-H-50 firmware and accepts signal formats including 150, 300, 600, and 1200, plus MultiShot, OneShot, ProShot, and PWM.

The board includes large edge-mounted BAT+ and BAT− solder pads, separate motor connections, and a current-meter connection. Notably, the specification lists ESC telemetry as unsupported, while current-meter support is provided. The 10.4g ESC measures 40 x 40.7 mm and uses M3, 30.5 x 30.5 mm mounting. In addition, the stacked design uses vibration-isolating hardware and a multi-pin connection cable between the FC and ESC.

D-F760S V2 flight stack 60A 4-in-1 ESC board

ESC highlights: 60A x 4 continuous current, 70A x 4 burst current, 3–6S LiPo support, current-meter support, and multiple input protocols.

What Comes in the FPV Drone Parts Package?

Besides the two main boards, the package includes practical hardware for a cleaner build. Specifically, you receive two 8-pin SH1.0 connection cables, one XT60 power lead, eight M3 shock-absorbing balls, eight nuts, four M3 x 25 mm metal screws, and one 35V 1000µF capacitor. Therefore, fewer extra mounting and power accessories are needed during assembly.

  • 1 x F722 V2 flight controller.
  • 1 x 3060S 60A 4-in-1 ESC.
  • 2 x 8-pin SH1.0 connection cables.
  • 1 x XT60 power lead and 1 x 35V 1000µF capacitor.
  • Mounting screws, nuts, and vibration-isolating balls.

Finally, check every voltage rail and polarity marking before powering the finished drone. That simple step protects connected receivers, cameras, GPS modules, and video systems.

Build with the D-F760S V2 Stack

For pilots planning a flexible FPV freestyle drone, this stack brings processing power, multiple connections, and a capable 4-in-1 ESC into one coordinated package. Moreover, its broad receiver and video-system support makes it suitable for both new builds and targeted upgrades. Review the board dimensions carefully, confirm your battery requirements, and verify peripheral voltage before installation.

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Origin: uavauto.com

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