There are still other ways to control your quadcopter using a USB flight stick from your computer. Here are a few solutions:

    Software-defined radio (SDR) solution:

    You can use a software-defined radio (SDR) dongle to directly communicate with your quadcopter. To do this, you'll need:
        An SDR dongle (e.g., RTL-SDR, HackRF)
        SDR software (e.g., SDRSharp, Gqrx, GNU Radio)
        A computer with a USB flight stick
        A custom program that translates USB flight stick input into appropriate control signals for your quadcopter

    To implement this solution, you will need to:

    a. Identify the frequency and communication protocol used by your quadcopter. You can use your SDR software to analyze the signals transmitted by your quadcopter.

    b. Develop a custom program that reads the input from your USB flight stick and translates it into the appropriate control signals for your quadcopter. You can use programming languages like Python, C++, or Java, along with relevant libraries for SDR and USB input handling.

    c. Transmit the control signals to your quadcopter using the SDR dongle and software.

    Raspberry Pi with a USB flight stick and a radio transmitter:

    Another approach involves using a Raspberry Pi (or similar microcontroller) connected to a USB flight stick and a compatible radio transmitter. To do this, you'll need:
        A Raspberry Pi (or a similar microcontroller)
        A USB flight stick
        A radio transmitter compatible with your quadcopter (e.g., NRF24L01, CC2500)
        Jumper wires and breadboard (optional)
        A custom program that translates USB flight stick input into appropriate control signals for your quadcopter

    To implement this solution, you will need to:

    a. Connect the radio transmitter to your Raspberry Pi using jumper wires and a breadboard, or directly to the GPIO pins.

    b. Develop a custom program that reads the input from your USB flight stick and translates it into the appropriate control signals for your quadcopter. You can use programming languages like Python or C++, along with relevant libraries for USB input handling and communication with the radio transmitter.

    c. Transmit the control signals to your quadcopter using the radio transmitter connected to your Raspberry Pi.

Remember that before attempting any of these solutions, you should familiarize yourself with local laws and regulations regarding the use of drones, radio frequencies, and transmissions. Additionally, ensure that you are knowledgeable about the technical aspects of the systems you are working with, as improper use may lead to damage or accidents.
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