VR and AR in Surgical Training: Rehearsing Before the Real Case
2 September 2026 · Patients & Professionals
Surgical training has traditionally moved from textbook to cadaver lab to the operating room, with limited repetition at each step. Virtual and augmented reality are adding a repeatable middle stage — one a trainee can return to as many times as needed before ever touching a patient.
What VR training actually looks like
A virtual reality module typically places the trainee inside a simulated operating field — a wrist arthroscopy, a plate fixation, a nerve repair — with haptic or visual feedback on instrument handling, portal placement, or fixation accuracy. Unlike a cadaver session, it can be repeated immediately, scored, and reset.
What augmented reality adds intra-operatively
Where VR is mainly a training tool used before surgery, augmented reality is increasingly explored during surgery — overlaying pre-operative imaging or a surgical plan onto the surgeon's real field of view through a headset or monitor, similar in spirit to navigation systems but visually integrated rather than shown on a separate screen.
What the evidence actually shows
Simulation-based training in orthopaedic and hand surgery has reasonably strong evidence for improving specific technical metrics — instrument handling time, portal accuracy, error rates on standardised tasks — particularly for trainees early in a learning curve. Evidence that simulation time directly improves real-world patient outcomes is less mature; most current evidence is about skill acquisition, not yet long-term clinical results.
Where this fits in training pathways
VR/AR modules are best understood as a supplement to, not a replacement for, cadaveric courses and supervised operating experience — see our Courses & Events section for upcoming hands-on training. The value is in the repetition simulation allows before a trainee's first supervised cases, not in replacing supervised practice itself.
Looking ahead
As haptic feedback and simulation fidelity improve, expect VR modules to cover a wider range of upper-extremity procedures, and for objective performance metrics from simulation to start feeding into structured fellowship assessment rather than remaining a standalone training add-on.