Bag-valve-mask ventilation with chest rise/fall and software recognition Head tilt/chin lift Bronchial occluder Jaw thrust Surgical cricothyrotomy Tongue swelling Needle cricothyrotomy Laryngeal mask airways (LMA) and other supraglottic airway devices including I-Gel airway devices Upper airway designed from CT scan data of a real human patient Intubation: orotracheal, nasotracheal, retrograde, fibreoptic Right mainstem intubation detection Gastric distention with esophageal intubation Laryngospasm Airway occluder Posterior oropharynx occlusion

Carbon dioxide exhalation with CO2 cartridge Bilateral needle decompression Bilateral and unilateral chest rise and fall Spontaneous breathing Bronchial occlusion Integrated SpO2 finger probe with simulated patient monitor Bilateral chest tube insertion, sensored, with fluid output

Defibrillation and cardioversion using live defibrillators Pacing (use of hands-free pads) 12-lead dynamic ECG display Cardiac library of over 50 rhythms ECG monitoring posts and interface with real ECG monitor Bilateral blood pressure measurement by auscultation and palpation Bilateral carotid, brachial, radial, femoral, popliteal and dorsalis pedis pulses Compliant with ERC guidelines measuring depth, rate and chest compression ratio Adequate chest compressions result in simulated circulation, cardiac output, central and peripheral blood pressures, carbon dioxide return Hand-placement detection

Blinking eyes and reactive pupils with multiple settings Convulsions

Bleeding and fluid drainage linked to physiology Two simultaneous bleeding/moulage sites with 1.5 L blood tank capacity Limbs can be removed at the knees and elbows to support amputations Automatic responses to 68 intravenous medications, including oxygen, when using modeled physiology Responses are dose-dependent and follow appropriate time course

Bilateral IV placement sites in antecubital fossa and dorsum of hand IM injection site Humeral IO site

Prerecorded sounds and speech, custom vocalisation by the user via wireless microphone Heart, bowel and breath sounds (anterior and posterior) independently controlled Audible breathing sounds (wheezing and gasping)

Apollo Patient Simulator

Apollo Prehospital Patient Simulator

A reliable workhorse patient simulator for the development of prehospital skills

Built with powerful features to enhance medical training, Apollo uses proprietary modeled physiology to automatically trigger patient behaviors and actions, including:

Blinking
Reactive pupils
Tongue swelling
Bleeding and fluid drainage
Bilateral pulses
Uni- and bilateral chest expansion
Lung, heart and abdominal sounds
Abdominal distension with oesophageal intubation

With high-fidelity features, this patient simulator provides learners with an immersive and authentic experience to prepare for the moments that matter.

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Apollo - Key Features

👄 Airway

Bag-valve-mask ventilation with chest rise/fall and software recognition
Head tilt/chin lift
Bronchial occluder
Jaw thrust
Surgical cricothyrotomy
Tongue swelling
Needle cricothyrotomy
Laryngeal mask airways (LMA) and other supraglottic airway devices including I-Gel airway devices
Upper airway designed from CT scan data of a real human patient
Intubation: orotracheal, nasotracheal, retrograde, fibreoptic
Right mainstem intubation detection
Gastric distention with esophageal intubation
Laryngospasm
Airway occluder
Posterior oropharynx occlusion

🫁 Breathing

Carbon dioxide exhalation with CO2 cartridge
Bilateral needle decompression
Bilateral and unilateral chest rise and fall
Spontaneous breathing
Bronchial occlusion
Integrated SpO2 finger probe with simulated patient monitor
Bilateral chest tube insertion, sensored, with fluid output

🫀 Circulation

Defibrillation and cardioversion using live defibrillators
Pacing (use of hands-free pads)
12-lead dynamic ECG display
Cardiac library of over 50 rhythms
ECG monitoring posts and interface with real ECG monitor
Bilateral blood pressure measurement by auscultation and palpation
Bilateral carotid, brachial, radial, femoral, popliteal and dorsalis pedis pulses
Compliant with ERC guidelines measuring depth, rate and chest compression ratio
Adequate chest compressions result in simulated circulation, cardiac output, central and peripheral blood pressures, carbon dioxide return
Hand-placement detection

🧠 Neurological

Blinking eyes and reactive pupils with multiple settings
Convulsions

🩸 Trauma

Bleeding and fluid drainage linked to physiology
Two simultaneous bleeding/moulage sites with 1.5 L blood tank capacity
Limbs can be removed at the knees and elbows to support amputations
Automatic responses to 68 intravenous medications, including oxygen, when using modeled physiology
Responses are dose-dependent and follow appropriate time course

💉 Vascular Access

Bilateral IV placement sites in antecubital fossa and dorsum of hand
IM injection site
Humeral IO site

💦 Gastric & Urinary

Nasogastric tube placement
Bowel sounds, all four quadrants
Urinary catheterisation with fluids
Interchangeable male and female genitalia

🔊 Sounds

Prerecorded sounds and speech, custom vocalisation by the user via wireless microphone
Heart, bowel and breath sounds (anterior and posterior) independently controlled
Audible breathing sounds (wheezing and gasping)

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Augment your simulation training

Maestro

Experience realistic CPR performance. Software detects hand placement, rate and depth of compressions, recoil, ventilation-to-compression ratio.
Moulage

Add Medicor sticky wounds to create an immersive learning experience. Able to stick to any surface, these simulation enhancements mimic varying stages of ulcers, abrasions, lacerations, gunshots and burns.
SimEquip

A range of simulated medical equipment for hands-on resuscitation, ventilation and anaesthesia training. Learners can practice monitoring a patient, interpreting data and troubleshooting issues.