The FT435-60A-GCJ is a high-performance flight control and ESC stack designed for professional FPV drones. Featuring the powerful AT32F435 MCU, DJI FPV support, robust BEC outputs, and a 60A 4-in-1 ESC, this stack is perfect for high-powered freestyle, racing, or cinematic builds.
| Feature | Details |
|---|---|
| Model | FC435-6S-GCJ |
| MCU | AT32F435RGT7 |
| IMU | ICM-42688-P (High-Precision Gyro) |
| Barometer | SPL06 |
| OSD | AT7456E |
| Black Box | Onboard 16MB |
| Bluetooth | Not Supported |
| Dual-Camera Switch | Not Supported |
| DJI Air Unit Connector | Supported |
| USB | Type-C |
| Voltage Input | 3S–6S Li-ion battery |
| BEC Output | 5V @ 3A, 10V @ 2A |
| UART Ports | 4 total (UART4, 6, 8 are reserved) |
| Mounting Hole | 30.5×30.5mm |
| Dimensions | 36×36mm |
| Weight | 22g |
| Feature | Details |
|---|---|
| Model | ESCAM60A-4IN1M |
| Continuous Current | 60A ×4 |
| Peak Current | 65A (10 seconds) |
| ESC Telemetry | Supported |
| ESC Protocol | DShot150/300/600 |
| Current Sensor Scale | 270 |
| Mounting Hole | 30.5×30.5mm |
| BEC Output | 5V-3A / 10V-2A |
1× FC435-6S-GCJ Flight Controller
1× ESCAM60A-4IN1M 4-in-1 ESC
1× 8-Pin Plug Cable
3× 4-Pin Plug Cables
1× 3-Pin Plug Cable
1× 5-Pin to 6-Pin Cable
4× M3 Shock Balls (FC)
4× M3 Shock Balls (ESC)
1× 8-Pin Coaxial ESC Cable
4× M3×30 Socket Head Cap Screws
4× M3 Nylon Nuts
1× 35V 1000μF Capacitor
1× XT60 Connector (Male)
2× 12AWG Power Cables (10cm)
Advanced AT32F435 MCU: Fast processing for reliable flight performance.
High-resolution ICM-42688-P IMU for smooth flight data.
Compatible with DJI Air Unit – Plug-and-play for digital FPV systems.
Robust 60A ESC – Ideal for powerful 6S motor setups.
Modern USB-C for configuration.
Compact size: fits 30.5x30.5mm mounting patterns.
Perfect for FPV racers, freestyle drones, long-range builds, and DJI digital FPV integration. Whether you're upgrading from F4 or building a new performance quad, this stack gives you excellent value and reliable power delivery.
📌 Note: UART 4, 6, 8 are reserved and may require future firmware definitions.

