Interactive 3D Software Development with Integrated Bike Data for Virtual Cycling Experience

Cycling is considered one of the thirteen important sports that offer numerous benefits for maintaining a healthy body. However, in Indonesia, cycling has garnered less interest among the public due to the requirement of a large land area for this sport. Additionally, the density of motorized vehicles has contributed to the lack of public interest in cycling due to the resulting high levels of air pollution, making outdoor cycling activities uncomfortable. To foster public interest in cycling, innovative developments are necessary. The cost of indoor static bicycle exercise equipment poses a significant obstacle to exercising. Consequently, an indoor bicycle simulator has been developed as a solution. The objective is to generate public interest in cycling while also providing a means for training and entertainment. In this research, a virtual bicycle simulator has been designed, incorporating various devices such as bicycle platforms, propulsion units, sensing units, and display units. The control system implemented receives signals from the sensing unit to regulate the movement of the actuation unit. This enables real-time calculation and construction of a virtual environment, resulting in a diverse cycling experience across different models.