EmergencyEvtol: 응급의료 서비스(EMS) 전동 수직이착륙 에어 앰뷸런스

EmergencyEvtol Medical Flight & Critical Care Life-Support Architecture

Patient critical care bay, galvanically isolated medical microgrid, and trauma helipad auto-docking

Central System: Air Ambulance Flight Computer - DO-178C DAL A / Medical Power Core

Aviation Architecture Nodes

• Full-Size Patient Stretcher System
• Isolated 28V DC / 115V AC Medical Microgrid
• Onboard Medical Oxygen System
• Trauma Center Satellite Telemedicine Link
• Rooftop Trauma Helipad Guidance

Architectural Layers & Protocol Stacks

• Electric Propulsion & Smooth Flight Dynamics (Distributed Electric Propulsion / Active Ride Control): Supplying whisper-quiet vertical takeoff and smooth cruise, eliminating severe helicopter vibrations that aggravate spine trauma.
• Medical Device Electromagnetic Isolation (Galvanic Isolation Transformers / DO-160G Section 21): Isolating defibrillators and transport ventilators to guarantee medical electrical discharges cannot interfere with fly-by-wire avionics.
• Real-Time Emergency Telemedicine Streaming (Multi-Carrier Bonded FirstNet 5G / Inmarsat Satcom): Streaming continuous 12-lead ECG, blood pressure, and point-of-care ultrasound to trauma surgeons ahead of arrival.
• Emergency Dispatch & Helipad Priority (911 Computer-Aided Dispatch (CAD) / ADS-B In/Out): Integrating emergency flight plans with municipal 911 dispatch and clearing rooftop hospital helipads automatically.

Flight Telemetry Metrics: < 8 min (Urban Trauma Flight Response Time) | 26g Dynamic (Patient Stretcher Crashworthiness) | DO-160G EMC (Medical Device Avionics Isolation) | Sub-75 dBA (Whisper-Quiet Residential Flyover)