Service · Intensive care
Some patients cannot be stepped down to travel. An ICU air ambulance mission moves the intensive care environment with them — ventilation, infusion, monitoring and a physician-led crew, from one unit to the next.
Service · Intensive care
The hardest transfers are the ones where nothing can be paused. A ventilated patient on vasoactive support does not become a travel case because a bed is available at home — every intervention keeping them stable has to continue without interruption from the moment they leave the unit.
That is what an ICU air ambulance mission is: a portable intensive care environment, staffed by people who practise in one, moving a patient between two units that have already spoken to each other.
Cabin altitude matters. Reduced partial pressure of oxygen, gas expansion in closed spaces and vibration all affect a critically ill patient more than a healthy one. Aircraft selection, cruise altitude and cabin pressure management are clinical decisions on these missions, made alongside the treating and receiving intensivists rather than by the flight crew alone.
Case types
Every one of these is a case where stepping the patient down to a lower level of care in order to travel is not clinically acceptable.
Patients requiring mechanical ventilation, with settings and weaning plans continued unchanged through the transfer.
Patients after infarction, arrest or cardiac surgery who need continuous rhythm and pressure monitoring and immediate intervention capability.
Traumatic brain injury, stroke and post-craniotomy patients where intracranial pressure and precise physiological control are the priority.
Multiple-injury patients stabilised abroad who need a home trauma centre, with analgesia, immobilisation and haemodynamic support in transit.
Patients on vasoactive infusions where the margin for interruption is effectively zero.
High-risk cases planned with the receiving obstetric or neonatal unit and moved with the appropriate specialist crew.
Clinical log · ICU to ICU
On an intensive care transfer the clinical work starts long before the aircraft is airborne and continues past the point the patient reaches the ward.
The treating and receiving units speak before we commit to a plan. Current support, trajectory, imaging and outstanding results all shape whether the transfer should happen now or later.
Ventilator, pumps, monitoring and drugs specified for this patient. Oxygen calculated for the sector plus reserve and a nominated diversion field.
The most dangerous minutes of any critical transfer are the transitions. Lines, tubes and monitoring are secured and checked before the patient moves at all.
Documented observations, medication and interventions throughout, with the crew able to escalate or divert if the picture changes.
A structured handover to the receiving intensivist, with the full transfer record and the treating facility's notes and imaging.
Critical care transfers carry inherent risk. The decision to move a patient is always a balance between that risk and the benefit of the destination, and it is made clinically.
Continue reading
The wider critical care transport model and the crews behind it.
Moving a patient to the nearest facility capable of treating their condition.
How continuity of care is maintained across every leg of the journey.
Questions we are asked
If your situation is not covered here, the coordination centre will answer directly, day or night.
Call +44 20 3671 5709Frequently, yes. Mechanical ventilation is continued in the air on a transport ventilator, with settings agreed between the treating intensivist and the EuropeCair medical team. Whether it is safe for a particular patient at a particular moment is a clinical judgement, not a logistical one.
Power, space and certification. The aircraft has to supply medical-grade power for the full sector, accommodate a stretcher with crew access on both sides, carry the oxygen required with reserve, and have the equipment certified for airborne use. Cabin pressurisation performance also matters for many patients.
Often, but not always. Up to two immediate family members may accompany where aircraft configuration and clinical circumstances allow. On heavily equipped intensive care missions, crew and equipment space sometimes takes priority.
The crew treats, and if necessary the aircraft diverts. Diversion fields are identified along the route before departure, with the capability to receive the patient confirmed as far as reasonably possible.
Crew composition, equipment load, oxygen planning, sector length and the amount of pre-flight clinical negotiation. An intensive care mission is planned by clinicians with logistics support; a stable transfer is planned by coordinators with clinical oversight.
Arrange it before you need it
If a transport is needed now, call the coordination centre. If you are planning ahead, a EuropeCair membership is $600 a year and covers unlimited medically necessary repatriation flights.
