This paper presents the implementation and validation of an innovative VR distance learning system designed to enhance remote education through simulated physical interaction and target language learning. The system leverages virtual reality technology to create an immersive educational environment that replicates the dynamics of a physical classroom or laboratory. It enables real-time interactions among learners and instructors, including face-to-face voice discussions in the target language, collaborative physical activities, virtual object manipulation, and cooperative equipment operation. By integrating these interactive elements, the system overcomes the limitations of traditional distance learning methods, providing a more engaging and effective learning experience. This approach facilitates authentic communication and hands-on training while bridging geographical barriers, ensuring that learners can fully participate in educational activities without being physically present. To evaluate the system’s effectiveness, student surveys and user performance assessments were conducted, demonstrating positive feedback on its functionality, practicality, and impact on language learning. The findings validate the system’s potential to enhance remote learning through immersive simulation and interactive engagement. This study lays the groundwork for future enhancements and broader applications of VR technology in distance education.