Arduino base low cost long range transmitter and receiver for UAVs

Arduino base low cost long range transmitter and receiver for UAVs

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Objectives

The primary objective of the Arduino-based low-cost long-range transmitter and receiver project for UAVs is to develop an affordable and reliable communication system that extends the operational range of unmanned aerial vehicles. This project aims to leverage accessible Arduino components and radio modules to create a robust solution that ensures real-time control and telemetry over greater distances.

Socio-Economic Benefit

The Arduino-based low-cost long-range transmitter and receiver for UAVs is a DIY solution designed to extend communication range and improve control reliability for unmanned aerial vehicles. Utilizing readily available Arduino components and radio modules, this system provides a cost-effective alternative to commercial UAV communication systems. It supports long-distance data transmission, enabling real-time control and telemetry over extended ranges, making it ideal for hobbyists and developers seeking to enhance their UAV projects with robust, long-range capabilities.

Methodologies

The methodology for designing the remote control of the Arduino-Based Low-Cost Long-Range Transmitter and Receiver for UAVs involves several key steps to ensure effective performance and user experience. The process begins with the selection of essential components, including the Arduino UNO for processing inputs, the NRF24L01 transceiver for long-range communication, and dual joysticks for controlling throttle, yaw, pitch, and roll. An LCD display is integrated to provide real-time feedback, while a 7.4V rechargeable battery ensures portability and sufficient runtime. Additional components such as switches for power and flight mode toggling, jumper wires for connections, and a custom PCB for organized layout are incorporated.

Outcome

The project delivers a cost-effective alternative to commercial systems, making advanced UAV technology accessible to a wider audience, including hobbyists, researchers, and small businesses.

Project Team Members

Registration# Name
CU-949-2020 CU-342-2017 Ammar Yasir Azib Ullah

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