Drone Delivery Canada Successfully Completes Phase 2 of “AED on the Fly” Project

When somebody experiences sudden cardiac arrest (SCA), every second matters. CPR and defibrillation are the two ways to treat somebody suffering an SCA, but the patient’s survivability decreases with every passing minute. Often, EMS arrives too late. This is why we emphasize the importance of AED prevalence and bystander education. If people on-site are equipped with the devices and knowledge they need, we could save more lives.  

How do we make sure there are AEDs wherever we need them? There are several answers: you could carry one personally, urge business owners to invest in these devices, or contact your local government to equip community centers with defibrillators. But companies around the world have a different idea. Drone Delivery Canada Corp. (DDC) is reimagining the rescue process with their AED On the Fly project.  

DDC aims to deliver AEDs by drone to bystanders in response to emergency calls. This project just completed phase two of its trial period, in which it demonstrated the ability to deploy AEDs safely and accurately, and showed marked improvements over phase one. The principal investigator of this program, Sheldon Cheskes, noted the importance of deploying a device that guides lay-rescuers through chest compressions and defibrillation. Without this, stress levels can cloud judgement and inhibit bystanders from delivering the quality care that’s needed to save lives.  

This groundbreaking technology continues to advance, and DDC just announced collaboration with GlobalMedic and Air Canada to deliver COVID-treatment Cargo to remote territory Christian Island.  

If brought to the United States, this technology could markedly improve SCA outcomes. With the capacity to quickly deliver user-friendly devices to rural areas, drone AED delivery can begin to mitigate disparities in response times to rural areas compared to urban areas. This technology is a big step in creating a stronger, more equitable Chain of Survival.