1. The simulator replicates a realistic adult torso with anatomically precise landmarks, chest elasticity similar to that of a human, and a movable head to facilitate airway management.
2. The simulator enables practicing cardiopulmonary resuscitation (CPR) techniques by one or two rescuers.
Practiced skills include:

• Mouth-to-mouth artificial ventilation;
• Artificial ventilation using a resuscitation bag; – Palpation of anatomical landmarks;
• Performing chest compressions;
• Opening the airway by tilting the head.

4. The simulator is equipped with software that tracks the accuracy of chest compressions and ventilation breaths based on the following metrics:

• Depth of compressions;
• Compression rate;
• Proper hand placement;
• Completeness of decompressions;
• Volume of air inhaled;
• Ventilation rate;
• Compression-to-ventilation ratio.

5. The simulator features an illuminated feedback system that visually simulates blood flow during chest compressions.
6. The intensity and color of the indicators adjust based on the quality of compressions, reflecting:

• Compression depth;
• Compression frequency;
• Correct hand positioning;
• Completeness of chest recoil.

7. The color feedback for circulation, compression depth, and overall CPR quality helps users monitor their resuscitation performance, simulating real-life visual cues. This enhances self-guided learning and accelerates skill development in CPR techniques.
8. The simulator allows for palpation to identify four anatomical landmarks:

• The sternum;
• The rib cage;
• The thoracic cavity;
• The xiphoid process.

9. It visually demonstrates chest rise during correct artificial ventilation.
10. The simulator’s head tilts backward. In a neutral position, the airways are closed, making ventilation impossible. When the head is tilted, the airways open, allowing ventilation.
11. Specialized software continuously monitors CPR performance and stores results for later analysis:

• Review training performance in real time;
• Analyze exercises post-training;
• Send results via email, with Internet connectivity available.

12. The software allows for remote control of the simulator via mobile devices, as well as the storage of session data, enabling the creation of a personal training portfolio on the simulator.
13. Upon completing a resuscitation session, a detailed report with scores is generated.
14. The report can be printed or exported for further analysis.
15. The report includes data on:

• Compression depth;
• Compression rate;
• Proper hand placement;
• Completeness of decompressions;
• Volume of air delivered;
• Ventilation rate;
• Compression-to-ventilation ratio.

16. The report also contains:

• Time;
• Number of cycles;
• Overall assessment of resuscitation actions.

17. The simulator’s software generates the report in both graphical and tabular formats.
18. A tablet PC is provided, which allows the installation of software compatible with Android devices.19. The software offers two modes of operation:

• Training mode;
• Examination mode.

20. It also enables the setting of time limits for training or examination sessions.
21. Delivery contents:

• 1 Full adult torso;
• 1 Control PC;
• 1 User manual in English.