MedicalImagingVR is a free Steam application that allows users to browse medical imaging datasets — principally MRI and CT scans — within a virtual reality environment. It includes pre-loaded scan data focusing on head anatomy across axial, coronal, and sagittal planes, and supports the import of user-supplied DICOM files for custom visualisation. It is classified on Steam as an educational simulation.

The application was created to help people learn about medical imaging: how to navigate through scan slices, understand what each imaging plane shows, and recognise different regions of the head and their functions. This maps directly onto radiology and diagnostic imaging modules within medical and nursing degree programmes, where learning to interpret CT and MRI data is a core clinical skill.

The application has very few public reviews on Steam, reflecting its specialist and niche audience rather than any quality problem. A University of Alberta survey of medical VR apps specifically documented MedicalImagingVR's features, confirming its DICOM import, multi-planar visualisation (axial, coronal, sagittal), rotation, and scaling capabilities. For its specific use case — helping medical and nursing students understand diagnostic imaging — it provides a functional free tool that would otherwise require expensive dedicated radiology software.

Medical imaging interpretation is a skill that requires exposure and practice. Medical students, nursing students, paramedics, and other healthcare learners are expected to develop the ability to read CT and MRI scans as part of their training. Traditionally this is taught through radiological atlases, PACS (Picture Archiving and Communication System) workstations, and consultant teaching sessions. Each of these has access barriers: radiological atlases are 2D, PACS workstations are expensive and hospital-bound, and consultant teaching time is scarce.

A free VR application that allows a student to load a real DICOM dataset, manipulate it spatially, and browse through it in three planes removes several of those barriers simultaneously. For an anatomy or clinical skills lecturer who has access to anonymised teaching scan datasets, MedicalImagingVR provides a genuinely low-cost route to immersive imaging education.