Everdrone unveils autonomous drone for emergency medical delivery

Rapid access to first-aid equipment is essential in cardiac arrest, overdose and severe bleeding cases where minutes affect survival outcomes. To address this, Everdrone introduced the E3 medical transport drone designed for autonomous emergency equipment delivery. The service was initially developed and implemented in operational emergency response networks in Sweden before international rollout.

Moving equipment faster than road response
The drone is intended to support emergency medical services rather than replace them, delivering critical supplies before ambulances arrive. In Sweden, ambulance response averages about ten minutes, while the aircraft can reach an incident location in under three minutes.

Payload flexibility allows transport of defibrillators, adrenaline for anaphylactic reactions, opioid overdose antidotes, bandages and tourniquets. Compared with the previous E2 platform, which carried a 2 kg defibrillator payload, the E3 supports up to 4.5 kg, expanding the range of medical interventions possible at the scene.

From development platform to dedicated aircraft
The earlier E2 version was based largely on commercial drone components. The E3 was developed in-house using a combination of proprietary subsystems and selected OEM components. The design includes parts from suppliers such as Ligpower and Aston Harald Composite and uses four rotor pairs with eight blades.

The drone measures 90 × 75 × 55 cm excluding propellers and weighs 24 kg. A damping system reduces vibration at cruising speeds above 80 km/h, supporting stable transport of sensitive medical equipment. Battery capacity allows multiple deployment scenarios, and battery suppliers are continuously evaluated to extend endurance.

Flight operations are autonomous while monitored by a remote operator, enabling controlled dispatch within emergency response workflows.

Integration into emergency response workflows
By reducing delivery time for life-saving equipment, the system acts as a pre-arrival intervention tool within emergency infrastructure. Faster access to defibrillation, bleeding control and medication can stabilise patients until medical personnel reach the location.

The aircraft expands the operational scope of drone-based response networks, illustrating how autonomous aerial transport can support distributed healthcare logistics in time-critical situations.

www.everdrone.com