New Modular Loading System Eases Air Ambulance Transfers

Air ambulance operators can now use battery-powered loading systems that bypass the need for costly aircraft electrical modifications.

Updated on Oct. 29, 2026 in Healthcare

A modular medical loading frame and stretcher sitting near an aircraft cargo door in a hangar. — iAERO’s ATLAS patient transfer system debuted at the Air Medical Transport Conference in Fort Worth, allowing operators to load 850-pound patients without major aircraft electrical modifications. AI Illustration. Upload story photo >

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Do you believe automated loading systems are a reliable solution for patient safety during air transfers?

iAERO showcased its ATLAS powered air ambulance patient transfer system at the 2026 Air Medical Transport Conference in Fort Worth. This modular loading technology allows air medical operators to transfer patients weighing up to 850 pounds without relying on aircraft-specific electrical power.

Why it matters

By eliminating the need for aircraft electrical modifications or ground power, the system reduces installation complexity and aircraft downtime. This design enables medical transport operators to standardize equipment across varied fleets, including the Dassault Falcon 900.

The ATLAS system supports a maximum load of 850 pounds with a total installed weight of less than 120 pounds. The setup consists of individual modular sections weighing under 40 pounds each, which can be assembled and installed in 10 minutes.

The players

iAERO

A Canadian-based aviation engineering firm specializing in specialized patient transfer technologies for medical transport operators.

The details

The ATLAS system operates on replaceable power tool batteries, which allows the handheld remote-controlled loader to function independently of an aircraft’s electrical system. Installation requires only four mounting bolts on each side of the aircraft, avoiding the need for complex structural or wiring modifications. The modular design, with components weighing under 40 pounds, facilitates rapid equipment deployment or removal between flights.

2026-10-29
iAERO displayed the system at the Air Medical Transport Conference.
2027: Vertical-lift and helicopter versions are expected to ship.

Market Landscape

The introduction of the ATLAS system follows a trend toward modular, platform-agnostic equipment designed to replace heavier, permanently installed hydraulic systems. This launch specifically updates the equipment options available for the Dassault Falcon 900 configuration.

Medical transport operators should evaluate if the ATLAS system's 10-minute installation window can reduce their aircraft downtime during fleet upgrades. Teams managing heavy-patient transports should also track the 2027 rollout of helicopter-compatible versions for cross-platform fleet planning.

The takeaway

The transition to battery-powered, modular loading systems reduces the capital expenditure associated with permanent medical aircraft modifications. Operators should audit their current stretcher-loader weight ratings against the 850-pound capacity of the ATLAS to determine potential efficiency gains.