The Aerzoom aircraft in flight low over open water, heading into the sun at first light.

Autonomous air logistics for healthcare

When minutes matter, we fly.

Payload
Blood, tissue, diagnostics, pharmaceuticals
Network
Hospital to hospital, laboratory to bedside
Operation
Autonomous flight, monitored cold chain

Aerzoom builds and operates autonomous aircraft for time-critical medical delivery.

We move blood, tissue, diagnostic samples and temperature-controlled medicines between the hospitals, laboratories and clinics that need them.

The aircraft

A fixed wing that takes off straight up.

Rotors lift it from a pad the size of a parking bay. The wing carries it the distance. No runway at either end, and no ground route to be delayed by.

The Aerzoom aircraft seen head on: a blended carbon-fibre wing body with two tilting rotors above the wing.
Twin tilt rotors
Blended wing body
Carbon fibre skin
  • Twin tilt rotorsLift for the vertical phase, thrust for the cruise.
  • Blended wing bodyThe fuselage is part of the wing, so the whole airframe carries lift.
  • Carbon fibre skinStiff and light, over a sealed centre-line volume.

Flight profile

Phase 01

Vertical lift

The rotors tilt flat and the aircraft climbs off the pad. Nothing rolls, so nothing needs a runway.

Phase 02

Transition

Rotors rotate forward. Lift passes from the blades to the wing as speed builds.

Phase 03

Wing-borne cruise

The wing does the work for the length of the route, which is what makes the distance worth flying.

Front elevation of the Aerzoom aircraft with its rotors level, lit against a grey studio backdrop.
Rotors level, wing loaded, ready to transition

What we carry

Four payloads where late is the same as never.

01

Blood and blood products

Platelets and red cells move on short notice, inside narrow temperature bands, often between sites with no direct route.

02

Transplant tissue

Viability is measured in hours. Ground transport spends most of them in traffic.

03

Diagnostic samples

A sample that arrives late is a test that has to be taken again, and a decision that waits another day.

04

Cold-chain medicines

Specialist and biologic medicines, held within tolerance from dispatch through to handover.

How it works

One flight, tracked from request to handover.

01

Request

A clinician or logistics coordinator books a flight from the system they already work in.

02

Dispatch

The payload is sealed into a monitored container and loaded at the nearest Aerzoom pad.

03

Flight

The aircraft flies the route autonomously under supervision. Position, temperature and custody are recorded throughout.

04

Handover

On landing at the receiving site, the container is released to a named recipient and the chain of custody closes.

Cold chain integrity Chain of custody Airspace integration All-weather operation

Contact

Working on time-critical logistics?

hello@aerzoom.com

We are in conversation with hospital networks, blood services, transplant coordinators and regulators. If that is your work, we would like to hear from you.