This project replicates the sequential turn signal effect found in Audi vehicles using an Arduino or ESP8266 board and a series of LEDs.

Audi's sequential turn signals, also known as "dynamic turn signals," are a unique feature found in many Audi models. Instead of a traditional blinking turn signal, Audi's system uses a series of LEDs that light up in a sequential pattern, creating a visually appealing and distinctive effect.

The turn signals start at the inner corner of the headlight or taillight and progress outward in a sweeping motion, mimicking the movement of a baton. This design not only looks stylish but also helps to make the vehicle more visible and noticeable to other drivers on the road.

The code provided in this repository controls a series of LEDs connected to an Arduino or ESP8266 board. It creates a sequential lighting effect similar to Audi's turn signals by turning on and off the LEDs in a specific order with a short delay between each LED.

The code includes the following features:

• Supports an arbitrary number of LEDs
• Configurable delay time between LED activations
• Separate functions for left and right turn signals
• Compatibility with both Arduino and ESP8266 boards

1. Connect the LEDs to the corresponding pins on your Arduino or ESP8266 board.
2. Modify the NUM_LEDS and ledPins array in the code to match your LED setup.
3. Adjust the delayTime variable to change the speed of the sequential indicators.
4. Upload the code to your board using the Arduino IDE or the appropriate tools for your ESP8266 board.

If you find any issues or have suggestions for improvements, feel free to open an issue or submit a pull request on the GitHub repository.

This project is licensed under the MIT License.