This study examines the implementation of Vic's Science Studio, a virtual reality chemistry laboratory designed to provide comprehensive simulation of chemical experiments. The platform enables students to carry out solution-based, solid-state, and gas-phase reactions in a risk-free environment that democratizes access to potentially hazardous procedures. A pilot study conducted during the 2024–25 academic year involved 43 educational institutions, with implementations following either selective integration into existing curricula or full adoption of the structured 25-session course. Analysis of 176 session reports revealed high teacher satisfaction by the learning sessions conducted (8.95/10 for selective and 9.38/10 for full course implementation) and minimal technical difficulties. While conclusive evidence of knowledge improvement remains to be established, results demonstrate significant teacher adoption and satisfaction by VR-based chemistry laboratory performance during the learning sessions. The findings indicate that the VR laboratory has reached sufficient maturity for widespread classroom adoption without direct developer and learning experience designer intervention.