Distributed Electric Propulsion (DEP): Ensuring Multi-Rotor Fault Tolerance in Patient Flight

Core clinical engineering and protocols for Electric Propulsion Redundancy.

The Single-Engine Failure Vulnerability of Conventional Helicopters

Traditional emergency helicopters rely on complex mechanical gearboxes, swashplates, and single or twin turbine engines. A catastrophic gearbox failure or tail-rotor loss frequently results in uncontrolled crashes.

Distributed Electric Propulsion Safety

MedicalEvtol utilizes Distributed Electric Propulsion (DEP) with 8 to 12 independent electric motor-propeller assemblies. If an electric motor fails mid-flight, adjacent motors dynamically adjust RPM within milliseconds, allowing the air ambulance to continue flying and land safely on a hospital helipad.

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