Core aerospace engineering and protocols for Vibration Attenuation in Trauma.
Traditional turbine helicopters generate severe low-frequency mechanical vibrations (4 to 12 Hz) that resonate with human internal organs, aggravating intracranial pressure in head injury patients and worsening spinal shock in polytrauma victims.
EmergencyEvtol features active ride control algorithms: distributed electric rotors adjust RPM independently hundreds of times per second, smoothing out turbulence bumps. Combined with tuned elastomeric stretcher shock absorbers, patient vibration exposure is reduced by over 80% compared to legacy air ambulances.