Improving Survivability Clinical Response Upper (CRU) The TraumaFX® Clinical Response Upper (CRU) medical simulator was created specifically to address the treatment of traumatic upper body injuries to deliver a uniquely realistic training experience for Medics and First Responders. As the student administers treatment, trainers receive instant feedback of performance via the easy-to-use remote control. Constructed with a durable urethane core and specially formulated, life-like silicone skin, the CRU is designed to operate in inhospitable conditions and tough, outdoor scenarios. Ideal for Prolonged Field Care, the CRU is an extremely effective multipurpose training tool allowing learners to perform a wide range of critical life-saving tasks. Rugged, Durable and Reliable Each TraumaFX product is designed from the ground up for ruggedness and durability with careful consideration of materials and manufacturing processes to create products that last. They are water resistant and can be used in nearly any weather condition or environment, and can be transported in any vehicle or aircraft to ensure the most authentic training experience. Remote Controlled with Real-time Sensor Data All TraumaFX high-fidelity simulators are operated by a long-range RC controller which includes real-time telemetry to monitor medical interventions. Easy to use, menudriven software takes only minutes to learn and sensor data is immediately displayed on the main control screen for quick reference. The display shows key vitals and provides instructors with instant data on the effectiveness of student interventions such as tourniquet application, wound hemostasis, airway intervention, needle decompression, and chest tube placement. Mix-N-Match TraumaFX upper and lower trainers can be combined in any configuration to increase training capabilities DATA SHEET

Key Benefits of TraumaFX CRU ■■ Multiple sensors provide trainers/learners with instantaneous feedback for After Action Reporting (AAR) via the Ruggedized Remote Control (RC) ■■ Intubation sensors provide realistic response to bagging ■■ Simulated breathing and coordinated breath sounds in 4 quadrants with palpable radial and carotid pulse points ■■ Simulated gastric distention resulting from improper intubation ■■ Bilateral infusible intraosseous (I/O) trainers and intramuscular injection sites at the humerus/deltoid ■■ Realistic, light reactive eyes that respond to ambient light or can be remotely...

Adjustable, light-reactive eyes Flexible jaw with internal tracheal landmarks for orotracheal intubation Bilateral carotid pulse points Bilateral, infusible humeral head I/O and intramuscular injection sites Cricothyroidotomy with larynx Bilateral needle decompression Blood pressure (with any standard BP cuff) Bilateral chest tube insertion sites with replaceable pleural membrane Brachial pulse Simulated gunshot wound (front and back) IV training site with flash cue Bilateral radial pulse points Breathing with coordinated breath sounds in 4 quadrants and simulated tension pneumothorax (left/right)...