1. The PCB uses high-end 8-layer 2oZ thickened copper skin, applies high-end resin plugged hole PCB production technology, and has a double pad design, which has stronger over-current capability and good heat dissipation.

2. MOS adopts imported 40V high current resistance MOS, which has long life and strong load capacity.

3. There is a spare pad for flight control signal connection.



4. Use industrial grade LDO, resistant to high temperatures.

5. Use high-quality Japanese Murata capacitors with strong filtering performance

6. Support ESC telemetry data return.

1. The PCB uses high-end 8-layer 2oZ thickened copper skin, applies high-end resin plugged hole PCB production technology, and has a double pad design, which has stronger over-current capability and good heat dissipation.

2. MOS adopts imported 40V high current resistance MOS, which has long life and strong load capacity.

3. Use industrial grade LDO, resistant to high temperatures.

4. Use high-quality Japanese Murata capacitors with strong filtering performance.

5. Supports image transmission of ESC telemetry data.

6.LED: Supports external programmable LED lights.

1. The PCB uses high-end 8-layer 2oZ thickened copper skin, applies high-end resin plugged hole PCB production technology, and has a double pad design, which has stronger over-current capability and good heat dissipation.

2. MOS adopts imported 40V high current resistance MOS, which has long life and strong load capacity.

3. Use industrial grade LDO, resistant to high temperatures.

4. Use high-quality Japanese Murata capacitors with strong filtering performance.

5. Support ESC telemetry data return.

6.LED: Supports external programmable LED light strips.

7. Dual gyroscopes reduce the error of one gyroscope.