Cost-Effective Dual-Axis Joystick with Haptic Feedback for Enhanced User Interaction
Lokesh Khedekar, Anagha Pandit, Rutuja Apte, Bhoomi Adke, Arnav Badve, Piyush Ambade · 2024
This research presents the development of a cost-effective, compact joystick solution with haptic feedback, aimed at addressing the challenges of traditional joysticks in rehabilitation and gaming settings. The joystick offers customizable settings and tactile feedback, enhancing user experience by bridging the gap between virtual and real-world sensations. By using a novel methodology encompassing hardware selection, software execution, and comprehensive testing, the project delivers a versatile input device suitable for diverse applications. Thorough experimentation validates the reliability and durability of the system. The incorporation of tactile feedback enriches user engagement and responsiveness, particularly in gaming, healthcare, and simulation environments. The cost-effective design ensures affordability without compromising functionality, making the joystick accessible to a wide range of users. Overall, this research contributes to advancing human-computer interaction technology, offering a reliable, immersive, and adaptable interface with potential applications across various industries.