AED credited with saving Louisville man after widowmaker heart attack during youth soccer game

A Louisville man whose advocacy helped promote wider access to automated external defibrillators (AEDs) credited the devices with saving his life after he suffered a “widow maker” heart attack during a youth soccer game.

John Schweizer said he experienced the cardiac event on June 8 and collapsed into a fence during play. Witnesses and responders used an AED that had been made available to the league, according to WAVE, which reported the incident on June 22.

Schweizer’s account tied his survival to a public safety effort he had been pushing: ensuring AEDs are accessible at community sporting events, where minutes can determine outcomes for sudden cardiac arrest. The WAVE report said the AED he supported for league use was the tool that was applied when he went into cardiac distress.

Because youth athletics often involve families, coaches, and volunteers who may not be trained medical responders, the episode underscored the importance of having emergency equipment on site. It also highlighted how coordinated planning by local sports organizations can affect whether a bystander has the right device within seconds of an emergency.

The WAVE report did not provide additional details about Schweizer’s condition beyond the fact that the AED “helped save his life,” nor did it specify whether he required ongoing hospital treatment. It also did not identify the exact location within the complex or whether the AED was used by trained personnel or first responders.

Following the incident, the story has prompted renewed attention within the local sports community on AED placement and access, particularly for games that draw spectators and include participants who may have underlying risks that are not apparent before an emergency.

For residents and organizers in Louisville and across Kentucky, the practical takeaway from the reported case is straightforward: when a community group makes AED access a standard part of event readiness, it can reduce delays between collapse and defibrillation during cardiac emergencies.