Human
Simulators
The TacMed Solutions Whole-Body Simulator range covers the injury patterns your team will encounter — IED blast, bilateral amputation, gunshot wound, hemostatic wound packing, and prolonged field care. Each system responds to the interventions trainees perform: bleeding occludes when tourniquet and wound packing technique is correct, airways require the right procedural approach, and the instructor controls patient state in real time from up to 200 m. Paired upper and lower torso units connect into a single system — straightforward to transport, straightforward to store, and configurable as your program grows.
One Platform,
Complete
Patient.
Each TacMed Solutions simulator is a complete full-body trauma patient — a lower body unit paired with an upper torso unit. The lower defines the injury mechanism and wound pattern below the waist. The upper adds airway management, chest intervention, vascular access and torso wounds above it.
The two units connect via a quick-lock bracket system and are controlled by a single Touchscreen Remote (TSR) transmitter. The modular design means a single investment builds a multi-scenario capability — swap upper units between exercises, configure different wound patterns for different casualty profiles, or scale your fleet progressively as your program grows.
Choose Your
Platform.
Six simulator platforms covering every major trauma and clinical training requirement — including the MATTi™, the only female simulator in the range. Five platforms use a paired upper/lower architecture; any upper combines with any lower. Your TacMed specialist will identify the right configuration for your training context, casualty profile and intervention priorities.
EMITT Tactical Medical
Built around IED blast injury patterns. The lower presents dual haemorrhage scenarios — a packable hemostatic inguinal wound with sensor feedback and a right leg popliteal amputation with arterial haemorrhage — running simultaneously or independently, plus a tibial IO site. The upper adds the full intervention stack above the waist: a complete airway chain, sucking chest wound, bilateral needle decompression, surgical cricothyroidotomy, humeral and sternal IO, and an IV site with blood flash.
EMITT Active Shooter
Built around gunshot wound presentations. The lower presents femoral artery haemorrhage from a realistic GSW to the right leg, paired with a packable inguinal hemostatic wound — both running simultaneously or independently. The tibial IO site is EZ-IO compatible. The upper adds GSW-specific torso wounds alongside the same airway, chest decompression and vascular access capability as the Tactical Medical configuration — the full intervention stack for active shooter scenario training.
MATT — Dual Amputation
The definitive blast casualty — bilateral amputation with animatronic leg movement. The right leg presents a partial popliteal amputation with bias wound and extended bone fragments. The left presents a complete femoral amputation at the knee. Both legs have anatomically correct femoral pressure points. The animatronic system moves legs laterally and vertically on command via the TSR — significantly increasing scenario realism and the appropriate difficulty of treatment. Pairs with any upper unit.
HEMO — Packable Hemostatic
Focuses on the hemostatic wound packing skill while adding injury complexity with a distinctive lower leg crush injury. The inguinal hemostatic wound has sensor feedback — bleeding occludes when the trainee applies correct pressure and time. The right leg presents a popliteal amputation with arterial haemorrhage. The left lower leg presents a detailed boot-top tibia/fibula fracture with avulsed wounds and continuous venous bleeding — a training presentation not available on other platforms. Animatronic. Pairs with any upper.
MATTi™ — Female Simulator
The only female simulator in the TacMed Solutions range — and the most clinically comprehensive platform available. MATTi™ is purpose-built for programs that need to train for female casualty presentations, addressing a genuine gap in most simulation fleets. The modular limb system is unique in the range: swap arm and leg wound configurations and the simulator automatically detects what’s attached, updating the control interface without manual reprogramming. An on-board physiology model tracks blood loss and interventions, adjusting vital signs autonomously — your instructors control the scenario, the simulator manages the patient response. At 177 cm and available in two skin tones, MATTi™ reflects the diversity of the patients your team will actually treat.
Clinical Response — CRL + CRU-R
The most clinically comprehensive platform in the range — designed for prolonged field care, pre-hospital and clinical environments where depth of assessment and procedure breadth matter. The lower adds palpable bilateral femoral pulses and a left pedal pulse (absent with inguinal wound active), bilateral IM injection sites, a Foley catheterisation site with 250 ml simulated urine bladder, and a tibial IO site — alongside the standard haemorrhage presentations. The CRU upper adds bilateral chest tubes, blood pressure assessment, bilateral IM and humeral IO, and enhanced airway capability. Pair with the CRU-R for CPR feedback and full resuscitation capability.
Configure By
Scenario.
Any lower platform pairs with any upper unit. Swap upper units between exercises to change the clinical focus, scale complexity as your program develops, or protect budget by sharing uppers across multiple lower platforms. Five upper configurations are available — each adds a distinct layer of training capability above the waist.
- Full airway chain — NPA, OPA, ETT, supraglottic, BVM sensing with chest rise
- Surgical cricothyroidotomy — reusable skin plugs
- Sucking chest wound — remote-activated bubbling blood
- Bilateral needle decompression (3¼″, 14-gauge)
- Humeral + sternal IO (infusible)
- IV forearm with blood flash cue
- Dilated / pinpoint pupils (manual)
- Simulated breathing + radial / carotid pulses
- GSW entrance and exit wounds
- Full airway chain — NPA, OPA, ETT, supraglottic, BVM sensing with chest rise
- Surgical cricothyroidotomy — reusable skin plugs
- Multiple GSW torso wounds — realistic active shooter presentation
- Bilateral needle decompression (3¼″, 14-gauge)
- Humeral + sternal IO (infusible)
- IV forearm with blood flash cue
- Dilated / pinpoint pupils (manual)
- Simulated breathing + radial / carotid pulses
- Full airway — ETT, supraglottic, advanced cric with larynx, breakaway teeth
- Bilateral chest tube insertion sites
- Bilateral needle decompression (3¼″, 14-gauge)
- Bilateral humeral IO + sternal IO (infusible)
- Bilateral IM injection sites (deltoids)
- IV forearm with blood flash · blood pressure assessment site
- Breathing + radial, carotid and brachial pulses
- Light-sensing programmable pupils · burn injury right arm · 2-way audio
- All CRU capabilities
- CPR chest with feedback — compressions detected and assessed
- Defibrillation pad placement training
- Resuscitation scenario support — instructor-controlled patient state
- Full airway chain · bilateral chest tube insertion
- Bilateral IO + IM + IV access
- Blood pressure, pulses and breathing simulation
- Lifecast airway — derived from real human anatomy for maximum procedural realism
- Bilateral chest rise with BVM ventilation
- Lung and breathing sounds (instructor-controlled)
- Bilateral radial and carotid pulses — variable rate and quality
- NPA, OPA, supraglottic, ETT, surgical cric
- Bilateral needle decompression sites
- Ideal for programs prioritising airway realism and patient assessment training
Any lower unit pairs with any upper unit. The connection system is standard across MATT, EMITT-TML, EMITT-ASL, HEMO and CRL — all five pair with any of the five upper configurations above. The MATTi™ sits outside this architecture: it is a complete whole-body simulator with auto-detecting modular limbs rather than a detachable upper/lower torso. Your TacMed specialist can help you identify the right starting configuration and plan a logical fleet expansion path — including how the MATTi™ fits alongside an upper/lower fleet to deliver gender-inclusive training capability.
Build Your
Training System.
The right configuration depends on your casualty profile, intervention priorities and training frequency. TacMed Australia’s simulation specialists — with certified in-country technicians supporting the platforms they supply — can help you select the right lower/upper combination, plan your fleet expansion, and keep your simulators operational from delivery through to sustained use.