Designed to Deliver Exceptional Training Through a Truly Immersive Experience.
From early pregnancy complications, high-risk deliveries, and postpartum emergencies to non-gravid scenarios for general nursing care, Victoria simulates a full range of obstetrical events to facilitate teamwork and deepen critical thinking skills in learners of all levels.
More than a childbirth simulator, Victoria is a complete simulation solution developed from decades of obstetrical experience
. It is a comprehensive package of tools and support designed to help improve patient safety in women’s health through education and training.
New interactive eyes: automatic, visual object tracking and lifelike eye movements
Fully programmable airway, breathing, and circulation physiological parameters
True-to-life shoulder dystocia, breech, and C-section deliveries
Includes touchscreen tablet PC preloaded with UNI®
Includes touchscreen virtual patient monitor and CTG
Programmable blinking rate, pupil response, and bilateral and unilateral eye movement
Interactive eyes can follow a moving object
Seizures with selectable intensity levels
Wireless streaming voice: be the voice of Victoria and listen to participants’ responses via a wireless headset
Record and playback vocal responses in any language
Head tilt/chin lift/jaw thrust
Oral or nasal intubation
Difficult airway: laryngospasm, tongue edema and pharyngeal swelling
Airway intubation depth detection, logging, and reporting
Selectable upper airway sounds synchronized with breathing patterns
Supports BVM and mechanical ventilation
Spontaneous breathing; selectable respiratory patterns and lung sounds
Programmable respiratory rates and inspiratory/expiratory ratios
Realistic chest rise during assisted ventilation
Ventilation performance, real-time monitoring, reporting and logging
Right mainstem intubation detection with automatic unilateral chest rise
Real CO2 exhalation capable (CO2 Adapter S2200.078)
eCPR™ Real-time compression and ventilation performance
Effective compressions generate palpable pulses and ECG artifacts
Select from an extensive library of preprogrammed heart rhythms with dysrhythmia options
Real-time 4-Lead electrocardiogram monitoring using real ECG devices
Defibrillation, cardioversion, and pacing using real energy
Realistic heart sounds
Programmable heart rate synchronized with ECG and pulses, even during pacing
Display virtual 12-lead dynamic ECG rhythms
Bilateral palpable carotid, radial, and brachial pulses are synchronized with heart rate and blood pressure
Monitor oxygen saturation using real oximeters
Measure blood pressure using a real manual or automatic blood pressure cuffs
Bilateral venous access
Automatic drug recognition detects medication type, dose, and rate injected into the lower right arm
SubQ and intramuscular injection sites for placement exercises
Maternal-fetal physiologic link
Supports Leopold’s Maneuvers and external cephalic version
Supports fetal monitoring using real devices
Precision Delivery System: computer-controlled fetal descent and cardinal movements
Programmable normal, breech, shoulder dystocia, instrument-assisted delivery and C-section
Software activated selflubricating birth canal
Realistic placenta with detachable fragments and umbilical cord
Epidural placement and needle detection; palpable anatomical landmarks and skin layers
Force sensor reports traction and torsion applied to the fetus in real time
McRoberts maneuver, suprapubic pressure, Zavanelli, Woods’ Screw, and “hands and knees” position detection
Births full-term neonate of realistic size and weight
Active neonate: programmable heart and respiratory sounds, crying, cyanosis, and movement
Replaceable episiotomy inserts support suturing
Multi-layer fourth degree episiotomy with hemorrhaging vaginal sidewall tears and cervical lacerations
Programmable uterine firmness and hemorrhaging; supports sutures and balloon tamponade
Programmable hemorrhage flow control
Selectable bowel sounds
Internal fluid bladder with urethra for Foley catheterization exercises
Rectum with suppository placement sensor
More than Just Realistic. Exceptionally Lifelike and Anatomically Accurate.
Victoria redefines physical fidelity having accurate anatomical proportions that facilitate learning without compromising clinical technique. The smooth, full-body skin provides a look and feel designed to immerse learners in simulation.
A Breakthrough in Patient Engagement and Assessment.
Victoria’s new interactive eyes are more than unique—they are game changing. Victoria can track objects visually and simulate abnormal movement while streaming audio lets you act as the voice of the patient. This means you can engage participants in a realistic dialogue throughout the scenarios to rehearse patient-provider interaction much more effectively.
Victoria’s new eye movement and automatic tracking features can illustrate signs of stress, stroke, head trauma, drug use, nerve impairment, and many other diseases and conditions.
Accommodation test: automatic horizontal tracking and manual vertical tracking
Strabismus: exotropia and esotropia
Nystagmus: eyeball twitching
Blepharospasm: eyelid twitching
Ptosis: eyelid droop
Realistic idle eye movement
Independent pupillary light reflex
Mydriasis: blown pupil
Anisocoria: unequal pupil sizes
Programmable blinking rate
Consensual pupillary light reflex
Real-time eye movement control via software joystick
Transition into the Real World Using Real tools and Monitoring Devices.
Victoria supports the widest range of real patient monitoring equipment of any childbirth simulator, allowing participants to train using the tools they will use in real situations.
“Looking across the board [Victoria] is the most realistic… It’s in a different class by itself.”
Justin Allen MSN, RN Hart Simulation Center, Lees-McRae College
“Victoria gives our undergrad students another opportunity to experience labor and delivery in an environment where they can make mistakes.”
Susana Barroso-Fernandez PhD, BS, RN Director of simulation operations, University of Miami SONHS
“What has set Gaumard apart is really the customer service and follow up.”
Karen Baez, RN Patient Safety Simulation Lab Manager, Baptist Health South Florida
Manage the Full Simulation Experience from One Intuitive Interface.
The UNI® simulator control software puts all the best simulation tools at your fingertips. UNI helps you run more realistic scenarios with less effort, automate tasks to make operation easier, and capture more useful participant data for richer debriefing. Best of all, UNI comes preinstalled in the powerful and lightweight Microsoft Surface Pro tablet PC, allowing you to work conveniently anywhere training takes place.
Unified Simulator Control Software
Optimized For On-The-Fly Control
The UNI touchscreen interface lets you quickly and easily adjust vital sign parameters with just a few taps.
Preprogrammed Scenario Library
UNI includes 45+ preprogrammed obstetrical emergency scenarios to help you get started training quickly.
Monitor the movement of the fetus throughout the delivery and log pull-force applied to the fetal head in real time.
Lab Report Designer
Generate and share simulated diagnostic lab results to enhance case fidelity and participant involvement.
Virtual Patient Monitor and TOCO Included
Display real-time maternal and fetal vitals, lab reports, and medical images to enhance realism during simulation.
eCPR™ Real-time Monitoring
Monitor rate and compression depth, no-flow time, ventilation rate, and excessive ventilation; smart trainer features vocal cues and generates performance report.
Time-stamped Event Recording And Reporting
The automated event tracking and interaction recorder ensures important events are always captured.
Free Software Updates
Always stay up to date and benefit from new UNI features at no additional cost.
The Gold Standard in OB Emergency Management Training.
Victoria simulates shoulder dystocia, breech, and C-section deliveries with a level of fidelity that truly suspends disbelief. Participants immerse themselves deeper and faster as they engage in problem solving and collaborative teamwork. What’s more, Victoria captures participants’ performance through an array of hidden sensors. This means you can easily track progress on the way to success.
Victoria can present tell-tale signs of a shoulder dystocia complication.
Simulate a realistic breech birth to prepare care providers.
Perform C-section deliveries using real surgical instruments.
Victoria’s birth canal is anatomically accurate and features a dilating cervix and palpable pelvic landmarks. During delivery, the fetus dips, dawns, and rotates with natural grace. The patented fetus delivery system simulates this complex process automatically. It is ultra-precise, whisper-quiet, and smooth. UNI gives you detailed information about the fetus every step of the way. From the descent of the fetus to the pull-force applied to the head. All presented in real-time to keep you informed.
Victoria can present tell-tale signs of a shoulder dystocia complication, including the fetal head emerging and retracting (turtle sign), decrease in the fetal heart rate as seen on the fetal monitor, and delayed external rotation.
Realistic retraction of the fetal head against the perineum
Turtle signs are synchronized with contractions and fetal heart rate shown on the fetal monitor
Suprapubic pressure detection and logging
Simulate an obstruction at any point during the labor with precise repeatability
Practice obstetrical maneuvers including Rubin, Wood’s screw, arm sweeps, Lovset, or Zavanelli
Hip-joint sensors detects and logs leg angles
Simulate a realistic breech birth to prepare care providers for low frequency, high-risk vaginal deliveries. The neonate's smooth skin and articulated limbs support the use of real instruments and advanced maneuvers.
Forceps indication, application, and traction
Vacuum cup application, suctioning, and traction
Advanced delivery management techniques:
Victoria’s C-section delivery capability supports the use of real surgical instruments for cutting and suturing the abdominal and uterine walls. The replaceable abdominal insert is multi-layered to simulate real skin and bleeds when cut.
Perform low transverse, low vertical, and classical incisions on replaceable multilayered abdominal inserts with simulated blood.
MEET Victoria’s Newborn
Following Delivery: Evaluation and Transitional Care
Victoria births a full-term baby of realistic size and weight designed to provide participants with the most realistic visual and tactile experience possible. What's more, Victoria's newborn features measurable vitals, which allows participants to perform health assessment and determine if additional care is needed.
High-fidelity, full-term baby of realistic size and weight
Smooth full-body skin with seamless joints
Internal sensors record rotation of the fetal head and pull force in real time
Anatomical landmarks include palpable fontanels and sutures
Full-body endoskeleton provides postural support, range of motion and resistance
Articulated spine, shoulder, elbow, hip, and knee joints
Multiple heart sound types and programmable heart rate
Multiple respiratory sounds and programmable respiratory rates
Crying with adjustable volume levels
Programmable central cyanosis
Visible head movement (active robotics)
Programmable conditions for 1-minute APGAR assessment
Programmable Postpartum Bleeding
Victoria features programmable bleeding. Her vital signs deteriorate over time in response to the selected blood loss, leading to the onset of shock. Such bleeding may be reduced through fundal massage, medication, or even the insertion and inflation of a balloon tamponade device.
Postpartum abdomen with hemorrhaging uterus and 1 liter reservoir facilitate the transition between delivery and postpartum simulations
Lifelike palpable fundus with programmable uterine contraction and shrinking
Vital signs automatically deteriorate in response to postpartum blood loss
Programmable uterine hemorrhage flow control
Tactile realism during fundal massaging
Victoria includes three replaceable episiotomy modules which allow multiple surgical repairs using real surgical instruments.
Midline episiotomy with peri-urethral tears
Mediolateral episiotomy with tears to the labia minora
Multi-layer fourth degree episiotomy with hemorrhaging vaginal sidewall tears and cervical lacerations
Super Tory is a standalone wireless and tetherless neonate designed to facilitate training in resuscitation, stabilization, transport, and intensive care in real settings and using real equipment.
Full term newborn: 8 lbs. 21 in.
Wireless and tetherless: up to 8 hrs.
Smooth and supple, full-body skin
Crying and grunting
Dynamic lung compliance
Heart and lung sounds and palpable pulses
Real-time CPR feedback
Real movement (Active robotics)
Blinking rate, eyes opened/closed
Mouth: gasping and clenching
Arm, leg, wrist flexion and extension
Seizures: single limb, unilateral, or full body movement