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RC Robot Tutorial
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OVERVIEW
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OVERVIEW
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At the heart of this project is ESP32-C3 IoT Link than enables a customizable remote-controlled car to responds to real-time
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At the heart of this project is ESP32-C3 IoT Link, which enables a customizable remote-controlled car to respond to real-time
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control inputs, handle speed adjustments, directional changes, and even extend features like measuring system telemetry values
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control inputs, handle speed adjustments, directional changes, and even extend features like measuring system telemetry values
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such as voltage, current, temperature, etc. The foundational setup uses ESP-NOW for transmitter and receiver devices,
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such as voltage, current, temperature, etc. The foundational setup uses ESP-NOW for transmitter and receiver devices,
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allowing you to wirelessly control the car's behaviour. While the design and physical appearance of the RC car can vary wildly
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allowing you to control the car's behaviour wirelessly. While the design and physical appearance of the RC car can vary wildly
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depending on your creativity and available hardware, the control system remains the same. To facilitate wireless communication
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depending on your creativity and available hardware, the control system remains the same. To facilitate wireless communication
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between devices, the system employs IoT Link powered by ESP-NOW, which is a lightweight and connection-free protocol ideal for fast,
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between devices, the system employs IoT Link powered by ESP-NOW, which is a lightweight and connection-free protocol ideal for fast,
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low-latency data transmission between ESP32 microcontrollers.
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low-latency data transmission between ESP32 microcontrollers.
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An ESP-NOW protocol is used for sending control data wirelessly to the remote-controlled car. ESP-NOW enables fast and efficient
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The control values are sent wirelessly to the remotely controlled car using the ESP-NOW protocol. ESP-NOW enables fast and efficient
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communication between ESP32 devices without the need for a Wi-Fi router, network, or pairing. The provided tutorial demonstrates a
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communication between ESP32 devices without the need for a Wi-Fi router, network, or pairing. The provided tutorial demonstrates a
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functional setup where a transmitter encapsulates and sends data to a receiver to define the car's speed and direction, forming the
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functional setup where a transmitter encapsulates and sends data to a receiver to define the car's speed and direction, forming the
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core communication loop. While the baseline implementation focuses on movement, additional features like lights, sensors, or
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core communication loop. While the baseline implementation focuses on movement, additional features like lights, sensors, or
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