Emergency care simulator

for cardiopulmonary carefor basic life supportfor pediatric care

Overview
MetaMedicsVR CPR is standalone VR simulation software for CPR and first aid training, in which you build the scenarios yourself. From a web editor, your instructors set the patient (adult, pediatric or neonatal), the setting, the clinical complications (bleeding, choking, secretions) and the session language, then push the case straight to the headsets. No coding, and no waiting on the vendor for new content. In the headset, students work with their bare hands: the simulation tracks compression depth, rate and hand position, and gives feedback in real time.

Software at a glance

• Product type: software, no physical device is supplied
• Delivery: standalone software for VR headsets, plus a web-based editor for instructors
• No special hardware: no PC, no sensors and no proprietary mannequin; works with the mannequins you already own
• Licensing: institutional licenses for universities, hospitals and training programs
• Updates: new scenarios and versions are pushed to the headsets from the web editor

Build your own scenarios: the web editor
From any modern browser, educators assemble a scenario step by step, save it as a template, adapt it for the next cohort and push the update to the headsets. This is what you configure:

• Patient type: adult, pediatric or neonatal
• Setting: home, street, shopping mall, pool
• Clinical complications: bleeding, choking, secretions
• Hazards, such as broken glass
• Interventions: AED and rescue breaths
• Built-in quizzes and the session language

Key features

• Hand tracking, no controllers: compression depth, rate, hand position and technique measured in real time
• Fully standalone: runs on the VR headset, with no PC, no calibration and no special mannequin
• Works with your mannequins: use it alongside the CPR mannequins your center already owns, or without any
• Multi-language sessions: instructions, feedback and debrief in the learner's language
• Automatic recording and a full performance report at the end of every session

The protocol, step by step

• Clear the scene: remove hazards and secure the area
• Check responsiveness: use the hologram cue and assess the casualty
• Call for help: raise your arms to attract bystanders; if you are alone, place the emergency call
• Open the airway: hologram-guided head tilt
• Check breathing: look, listen and feel for five seconds
• Expose the chest: for compressions and AED pad placement
• 30 compressions, 2 breaths: the core CPR cycle, with hologram-guided hand placement
• Use the AED: apply the pads, deliver the shock when prompted and resume compressions

Scenarios and variants

• Street: an outdoor emergency with passers-by and open-space dynamics
• Shopping mall: an enclosed public space with bystanders and a complex layout
• Alone: no bystanders, single-rescuer sequence including the emergency call
• With bystanders: someone brings the AED and places the pads, or takes over compressions, for two-rescuer coordination

Session modes

• Single user: one student per headset, with automatic feedback and assessment
• Classroom projection: the instructor projects the headset view for group teaching and debrief

What it covers

• CPR and Basic Life Support: scene assessment, call for help, chest compressions, AED use and airway management; single and two-rescuer protocols; real-time feedback on depth, rate and hand position
• First aid scenarios: trauma assessment (ABCDE), bleeding control, fracture management, burns, anaphylaxis and choking
• Mass-casualty simulation: large-scale rescue with START triage, prioritization and resource-limited decision-making

Who it is for
Health sciences university programs, nursing and paramedic training, hospital emergency staff, civil protection and first-responder organizations, vocational health sciences programs and certified nursing assistant (CNA) programs.

Technical specifications

• Authoring: web-based scenario editor, in the browser
• Patient types: adult, pediatric, neonatal
• Deployment: standalone VR headsets and in-app
• Interaction: bare-hand tracking, no controllers required
• Feedback: real-time metrics for compression depth, rate, hand position and technique, with automatic recording and performance reports
• Setup: no PC and no special mannequin required; works with existing physical mannequins
• Languages: multi-language sessions for prompts, feedback and debrief