Ultimate Simulation Apps for ECG & CTG-Training

Medical Rescue Sim Pro: The powerful, realistic and reliable ECG training software for EMTs and paramedics, nurses, doctors, emergency physicians and similar professionals. MRS Pro has been in continuous use with rescue services, paramedic schools and clinical training centers in 20 countries worldwide since 2017. This guarantees usability, stability and continuous development. The app-based system replaces costly simulation dolls and potentially dangerous defibrillators. Case studies gain considerable realism by practicing mimes.

Application example: The monitor app Medical Rescue Sim Pro is ideally installed on an iPad. It simulates an ECG with defibrillator and pacer, including measurement options for blood pressure, oxygen saturation and capnography. All basic functions are directly available within the program, the ECG rhythms and vital sign parameters can be changed in a wide range. Highly recommended is the remote control via a second iOS device, on which the App Medical Rescue Sim Remote is installed. In addition to the remote control of all parameters of the monitor connected via Bluetooth or WiFi, MRS Remote also allows the display of chest compression curves, a documentation function and predefined scenarios.

NEW: Medical Rescue Sim CTG & CTG Remote: Cardiotocography simulation app with a display of the child’s heartbeat, contractions and the mother’s vital parameters. All values are variable over time and can be controlled remotely.

App Store Reviews

ECG simulation software reviews

MRS Pro & Remote

No update costs, no subscription fees, no in-app purchases!

MRS CTG & CTG Remote

No update costs, no subscription fees, no in-app purchases!

ECG simulations software iOS Apple

Based on the future-proof mobile operating system

100% compatible with iOS 10.3 or newer

Medical Rescue Sim utilizes the power of all popular iPads and iPhones based on iOS, the best and safest mobile operating system. Thus, there is a high compatibility with all available and future developed devices.