Virtual reality is moving from gaming into K-12 classrooms to put students inside the concepts they study. Prominent edtech figures, like OptimaEd co-founder Adam Mangana, argue that spatial computing personalizes learning and moves beyond the traditional industrial model. However, recent classroom research suggests that while virtual reality (VR) captivates students, its power to improve grades depends on how teachers use it.
What Happened
In a recent interview with EdTech Digest, Mangana shared his vision for combining advanced technologies to solve educational challenges. His company launched Optima Classical Academy, a tuition-free online charter school that uses live, virtual reality instruction. Rather than viewing artificial intelligence and VR as separate silos, Mangana believes their convergence allows schools to build personalized curriculums. He envisions environments where students walk through a plant cell or experience historical events firsthand. Yet, as online schools adopt immersive systems, research shows a gap between student excitement and academic performance.
The Bigger Picture
Independent scientific evaluations reveal that virtual tools do not automatically guarantee better test scores. A 2026 randomized controlled trial published in npj Digital Medicine compared VR cognitive training with tablet training for elementary school children. While the VR program significantly improved objective, eye-tracking measures of attention, it did not yield a direct academic advantage in reading or math fluency. A systematic review in the International Journal of Learning, Teaching and Educational Research also found that while VR motivates students and holds their focus, the actual cognitive outcomes remain less stable than behavioral engagement.
Distance learning brings other challenges. A review in the Journal of Educators Online warned that while VR is growing in distance education, major gaps and uncertainties regarding equity and access persist.
Even VR's reputation for building empathy is under scrutiny. A Danish study of teens experiencing a VR simulation of sensory overstimulation found only temporary increases in empathy toward autistic peers, with no lasting changes in overall disposition. Similarly, a scoping review in Frontiers in Psychiatry noted that virtual bullying-prevention programs rarely track whether virtual lessons translate into real-world behavioral changes.
The key to success is active creation. A study by the Stanford Virtual Human Interaction Lab showed that when middle schoolers actively co-created VR content instead of just consuming it, their desire to help their communities increased significantly.
What This Means for Families
For parents and teachers, the takeaway is that technology cannot replace good teaching. Just as we previously reported on classroom games, interactive tools only work when they push students to think critically, rather than just keeping them busy. If a school uses VR, parents should look for programs that treat the technology as a creative canvas rather than a high-tech movie theater. Human relationships, especially guidance from skilled teachers, remain the anchor. Much like navigating the risks of artificial intelligence, implementing VR successfully requires clear boundaries and intentional curriculum design.
What You Can Do
To make the most of this technology, parents and educators can take several steps.
First, prioritize active creation over passive consumption by seeking out VR experiences where students build, code, or design virtual environments instead of just watching a simulation.
Second, look for structured curriculum integration. Ask school administrators how VR tools align with state standards and whether teachers receive training to guide these lessons over several weeks.
Third, balance screen time with physical interactions. Immersive technology should supplement, not replace, hands-on science labs and face-to-face peer discussions.