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Supervised by: Engr. Ali Durrani • Posted on: 27 May, 2024

Objectives

The Virtual Reality Control Interface for RC Vehicles project has several key objectives that aim to revolutionize the RC experience. Firstly, the project seeks to increase immersion by providing a first-person perspective from the RC vehicle, allowing users to feel like they are inside the vehicle and experience the environment in a more natural way. This will be achieved through the use of VR headsets and controllers that track the user's head and hand movements, providing a seamless and intuitive experience. Secondly, the project aims to improve control accuracy by developing an intuitive control scheme using VR controllers that mimics real-world actions. This will enable users to control the RC vehicle with more precision and responsiveness, allowing for smoother and more accurate movements. The VR controllers will be designed to simulate real-world actions, such as steering, accelerating, and braking, making it easier for users to control the vehicle. Thirdly, the project seeks to enhance situational awareness by allowing users to see a wider field of view from the vehicle's perspective. This will improve their ability to navigate obstacles and make informed decisions while controlling the RC vehicle.

Socio-Economic Benefit

The Virtual Reality Interface for RC Vehicles offers numerous social and economic benefits, including job creation, economic growth, and increased accessibility for people with disabilities, as well as enhanced education and training experiences, social connections through multiplayer capabilities, and therapy and rehabilitation applications. Additionally, it promotes environmental awareness, cost savings, increased productivity, and improved safety by reducing the risk of accidents and injuries in real-world environments. By embracing this innovative technology, we can drive innovation, inclusivity, and growth, unlocking a wide range of benefits that positively impact society and the economy.

Methodologies

To set up the Virtual Reality Interface for RC Vehicles, we start by preparing the RC car. We identify a suitable location on the car to mount the camera and Video Transmitter (VTx), ensuring they can operate effectively. For power, we utilize two 2S lithium-ion batteries, each with a voltage of 3.7V. One battery powers the RC car, while the other is dedicated to the VTx and camera. We've selected the TS832 VTx, which we connect to the camera and power with the battery. To test the setup, we use VR goggles. First, we match the frequency of the VTx and receiver (RX) to ensure optimal performance. With the frequencies aligned, we carefully position the camera to achieve the best possible result. Finally, we create an interface for steering control, enabling us to command the RC car's movements.

Outcome

The Virtual Reality Interface for RC Vehicles offers an immersive and interactive experience, enhancing the traditional RC vehicle experience with a 360-degree view and real-time video transmission, intuitive steering control through VR goggles, and realistic vehicle physics simulation. This innovative project also increases safety by reducing the risk of damage to physical vehicles and surroundings, minimizes maintenance and repair costs, and improves training capabilities. Additionally, it provides a fun and exciting experience with potential applications in gaming and entertainment, and lays the foundation for future development and integration with other technologies like AI and machine learning.