u/Alarming-Sentence-39

I made a DCS World cockpit instrument peripheral using an ESP32. It reads in-game memory data through a USB serial connection, then parses the data and renders graphics onto a 480×480 AMOLED display.

Using a six-axis gyroscope sensor to build a triple-screen simulated cockpit.

This time, the sensor is not a flight controller, but a regular six-axis gyroscope sensor connected to three SPI displays, with each screen showing a different UI. The six-axis gyroscope communicates through a serial connection.

This PCB board is an adapter board that I designed myself

I built a multi-screen cockpit instrument system for RC aircraft using custom-designed PCBs. It connects to an RC receiver, allowing the UI interface to be switched through the transmitter. It also connects to the flight controller to read and parse flight data, then renders the graphics on the displays.

I made an RGB-interface display based simulated cockpit with a resolution of 480×480.

The sensor data is transmitted by an F4 flight controller through the MAVLink protocol.

I built a simulated cockpit display using an ESP32-S3 with an RGB interface screen, featuring a resolution of 400×960.

The sensor is connected to an F4 flight controller, which outputs MAVLink protocol data to the ESP32-S3 through a serial port. The ESP32-S3 parses the MAVLink data, renders the graphics, and sends the display data to the RGB screen.

The ESP32-S3 is also connected to an RC receiver, allowing the UI screens to be switched using the transmitter sticks

I built a multi-screen simulated cockpit using ESP32 and three SPI displays.

The system connects to a flight controller and reads MAVLink data in real time.

The ESP32 parses the telemetry data and renders dynamic graphics across multiple screens.

I spent more than a year building this RC aircraft cockpit instrument.

It is based on an ESP32 running on the Arduino framework, using a 6-axis gyro sensor and a 240x240 SPI display.

The interface includes an airspeed indicator on the left, altitude display on the right, and a heading compass at the bottom.