How to arrange an ECMO air ambulance transfer in India

What is an ECMO air ambulance transfer?

It is the movement of a patient on extracorporeal membrane oxygenation — a circuit that takes blood out of the body, oxygenates it and returns it — from one hospital to another by air, with the circuit running for the entire journey.

ECMO is used in two broad configurations. Veno-venous (VV) ECMO supports the lungs in severe respiratory failure. Veno-arterial (VA) ECMO supports both heart and lungs in cardiogenic shock or cardiac arrest. Which one a patient is on changes the equipment, the team and the risk profile of the flight, so it is the first thing the flight desk asks.

Nothing about this is a routine air ambulance job with extra machinery. The patient is attached to the circuit by large cannulae that must not move, the circuit must not stop, and every part of the chain — trolley, ambulance, aircraft door, aircraft — has to accommodate the console and its team.

When is an ECMO transfer needed?

• —The referring hospital cannot provide ECMO and the patient needs it now — this is where mobile ECMO retrieval applies.
• —The patient is already on ECMO but needs a centre with capability the current hospital lacks: transplant assessment, cardiothoracic surgery, or a higher-volume ECMO programme.
• —Severe ARDS or refractory respiratory failure not responding to conventional ventilation.
• —Refractory cardiogenic shock, fulminant myocarditis, or ECMO as a bridge to a decision, a device or a transplant.
• —Selected post-cardiotomy, poisoning, drowning and severe hypothermia cases, where a specialist centre changes the outcome.

The decision is always the treating intensivist's, made together with the receiving centre. Our role starts once that clinical decision exists.

Can a patient be put on ECMO before the flight? (mobile ECMO retrieval)

Yes, and it is often the only way the transfer can happen at all. Some patients are too unstable to survive a conventional transfer but stable enough to fly once supported — so an ECMO-trained retrieval team travels to the referring hospital, cannulates and stabilises the patient there, and only then moves them.

That changes the sequence entirely. Instead of one journey there are two: the team goes out, works at the bedside for several hours, and comes back with the patient. Plan the clock accordingly, and ask the provider directly whether they are proposing a retrieval or simply a transport of an already-cannulated patient.

How fast can an ECMO air ambulance be arranged?

Our flight desk is activated within 60 seconds of the first call, and aircraft, crew and route options start moving in parallel from that minute. The honest total, though, is measured in hours rather than minutes, and most of that time is not ours to compress.

• —Acceptance by a receiving ECMO centre, with a named consultant and a confirmed bed — nothing else can start until this exists.
• —Mobilising an ECMO-capable team, which for a retrieval means specialists, not just an available crew.
• —Aircraft availability, crew duty hours, airport operating hours and slot or permit clearances on the route.
• —Weather at both ends and at the alternate airport.
• —The two ground legs, which on a congested metro route can take as long as a short sector.

What we commit to is this: you are told the realistic window on the first call, and you are told when it changes. A provider who promises wheels-up in an hour on an ECMO case without first confirming an accepting centre is not describing something that can happen.

Who travels with the patient?

Family accompaniment depends on the aircraft. On a small fixed-wing configured for an ECMO console and a four-person team, there may be one seat or none. We tell you which before you get to the airport, not at the steps.

• —An intensivist or ECMO physician who can manage the circuit and the patient in flight.
• —A perfusionist or ECMO specialist responsible for the circuit itself.
• —A critical care nurse or flight paramedic trained on the equipment configuration in use.
• —The flight crew, who are part of the clinical plan too — loading, cabin power and diversion options are decided with them, not around them.

What does the aircraft need to carry an ECMO patient?

• —Redundant power: the console runs on aircraft power with battery backup, and the team carries a manual hand crank as the final fallback.
• —Oxygen and sweep gas calculated for the flight time plus a margin for holding, diversion and ground delays — not for the scheduled duration alone.
• —A cabin and door that physically admit the stretcher, the console and the team, with access to the cannula sites throughout.
• —Secure mounting for the console and circuit so nothing shifts in turbulence or on landing.
• —Temperature management, because both the patient and the circuit are sensitive to a cold cabin.

Altitude matters as well. Cabin pressure affects gas volumes and oxygenation, so the flight is planned with cabin altitude in mind and the team monitors circuit parameters through climb and descent rather than only in level flight.

What does bed-to-bed actually mean on an ECMO case?

It means one team owns the patient from the referring ICU bed to the receiving ICU bed, and every handover point in between is planned before anyone moves.

• —Referring ICU: circuit assessed, parameters recorded, cannulae re-secured for movement, transfer plan agreed with the treating team.
• —Ground leg out: an ambulance able to carry the console and the team, with power available in the vehicle rather than on battery alone.
• —Loading: the highest-risk minutes of the whole transfer. It is rehearsed, the circuit is watched by a named person, and the patient is moved as a coordinated lift, never a rushed one.
• —In flight: continuous monitoring of circuit flows, pressures and the patient, with the clinical team in contact with the receiving centre.
• —Ground leg in: an ambulance waiting airside, and the receiving ICU pre-alerted with the patient's current status.
• —Receiving ICU: handover completed at the bed, documented, with the circuit transferred to the receiving team's equipment under supervision.

What can go wrong, and how is it planned for?

• —Power failure — battery redundancy plus a hand crank, and a team drilled on using it.
• —Cannula displacement — fixation checked before every move, and the patient log-rolled and lifted rather than dragged.
• —Circuit clotting or air — monitored continuously, with a spare circuit and the components needed to intervene carried on board.
• —Oxygen exhaustion — margins calculated for diversion and holding, not for the flight plan alone.
• —Weather diversion — alternates identified before departure, with the fuel, gas and consumables to reach them.
• —Deterioration in flight — the receiving centre is reachable, and the team is capable of managing the patient at ICU level in the cabin.

What does an ECMO air ambulance transfer cost in India?

It is the most expensive form of medical transport there is, and the figure is driven by the aircraft type and sector distance, whether a retrieval and cannulation are required, the size and seniority of the clinical team, the circuit and consumables carried, and the ground ambulance class at both ends.

What we will not do is quote a low number to win the call. You get the full amount in writing before the aircraft is committed, and it does not change because the case is urgent or because it is three in the morning. There is no surge component in any of our pricing, and that applies to a charter exactly as it applies to a road ambulance.

What should families and referring hospitals prepare?

• —The name of the accepting consultant and the receiving centre's confirmation.
• —Current ECMO parameters, ventilator settings, recent blood gases and the medication chart.
• —Imaging and the case summary, in a form that can travel with the patient.
• —Consent for transfer, and next-of-kin contact details for the crew.
• —Insurance details and pre-authorisation where a claim is being made — worth starting early, because it rarely moves at the speed of the clinical decision.

Questions worth asking any ECMO transfer provider

• —Has the receiving centre formally accepted the patient, and who is the named consultant?
• —Is this a retrieval with cannulation at our hospital, or transport of an already-cannulated patient?
• —Who exactly is on the team, and what is their ECMO experience?
• —What is the power and oxygen plan, including the margin for diversion?
• —Which aircraft, and does it physically admit the console and team with cannula access?
• —What is the total cost, in writing, before the aircraft is committed?

How to start

Call 7044550059 and ask for the flight desk. The fastest route is a doctor-to-doctor conversation: your intensivist describes the patient, our medical team confirms what the transfer requires, and aircraft planning begins in parallel with the search for an accepting bed. The desk runs 24×7, because these calls almost never come during office hours.