HDZero AIO5 F4 5A ELRS 2.4 HDZ5000

The HDZero AIO5 is a revolutionary all - in - one digital video solution. It's the world's first of its kind, allowing 65mm whoops to be ready - to - fly and weigh under 19.4g. This amazing device combines a F4 flight controller, a HDZero 5.8GHz digital video transmitter, a SPI 2.4GHz ExpressLRS 3.0 receiver, a DSHOT protocol 4 - in - 1 ESC, and a 5V/1A BEC. The minimum voltage has been boosted to 2.5V, guaranteeing continuous video transmission until the motors stop. Using a single thick PCB instead of two stacked ones makes it more durable and simpler. It's a game - changer for clear digital video tiny whooping! This great product is a result of the collaboration between Happymodel and HDZero and can be found at major FPV resellers worldwide and the official online shops of Happymodel and HDZero. Specifications include an STM32F411 MCU, a BMI270 gyro, on - board voltage and amperage meters, a built - in 5A BLHeli_S 4 - in - 1 ESC, a 5.8G HDZero VTX with 25mw/200mW RF output, a built - in SPI ExpressLRS 2.4GHz receiver, a 5V 1A BEC, and it runs on a 1S battery. It's fully compatible with popular whoop frames. It weighs 5.7g without motor plugs and 6.3g with them. The package includes an HDZero AIO5 board, a power cable, 4 screws, 4 rubber grommets, and an ultra - lite linear VTX antenna.

Using the HDZero AIO5 is quite straightforward. First, connect it to a 1S battery within the voltage range of 2.5V - 4.35V. The power cable with the inverted angle A30 connector provided in the package is for this purpose. Then, you can easily integrate it into a popular whoop frame as it's fully compatible. When it comes to flying, you can choose different packet rates for the built - in SPI ExpressLRS 2.4GHz receiver according to your needs, like 25Hz, 50Hz, 150Hz, 250Hz, or 500Hz. For the video transmitter, select from the supported channels such as R1 - R8, F2/F4, L1 - L8. As for the RF output, you can set it to either 25mw or 200mW. When it comes to maintenance, keep it clean and dry. Avoid exposing it to extreme temperatures or high humidity. If you need to update the firmware, follow the instructions provided by the manufacturer. Also, when handling the board, be gentle to prevent any damage to the components, especially the pre - soldered enamel wire antenna of the receiver and the ultra - lite linear VTX antenna. And remember, the minimum voltage of 2.5V ensures that the video keeps transmitting until the motors stop, so don't worry about losing video during the flight as long as the battery voltage doesn't drop below this level.