For generations, dental students have honed their skills on plastic teeth mounted in mannequins, repeating procedures until muscle memory takes over. Increasingly, dental schools are adding a new layer to that preparation, virtual reality (VR), and early evidence suggests the approach is paying off.
The appeal is straightforward. Drilling, extractions, and cavity preparation are irreversible procedures. Practicing them on a live patient for the first time carries risk, and traditional mannequin setups offer limited feedback and finite repetition. VR simulation changes that equation by letting students make mistakes, and learn from them, in a consequence-free environment as many times as they need.
A 2026 study published in BDJ Open put that premise to the test with 126 third-year dental students, splitting them into one group that trained with the Adapt VR system before moving to physical simulators and another control group that went straight to the simulators.
The VR-first group scored significantly higher on cavity preparation assessment, and most reported increased confidence in their abilities. Researchers attributed much of the benefit to the system’s real-time feedback on factors like drilling depth, hand angle, and tool trajectory.
Similar results have emerged elsewhere. Queen Mary University of London embedded 42 haptic VR stations into its dental curriculum, using a structured framework built around deliberate practice, the idea that focused repetition with immediate feedback accelerates skill development.
Faculty reported early signs of improved student confidence, though researchers noted that longer-term data on VR’s impact on patient outcomes remains scarce.
In the United States, the technology is reaching programs beyond traditional dentistry. The Community College of Baltimore County recently launched what its administrators say is the first VR training lab specifically designed for dental hygiene students.
Funded through a grant from the Delta Dental Foundation, the program equipped students with Meta Quest headsets running software adapted from a Swedish VR training platform.
The technology isn’t cheap to implement at scale, and researchers caution that evidence on long-term skill retention remains limited. But for programs weighing the investment, the direction of the data is becoming harder to ignore.
