Veteran Fox News foreign correspondent Trey Yingst has shared a gripping account of a terrifying moment while reporting live from Tel Aviv, Israel, during an intense volley of Iranian missile strikes. The incident — captured on air — sent shockwaves through international news audiences and offered a stark reminder of the dangers journalists face on the frontlines.
On February 28, 2026, Yingst and his crew were in the middle of a live broadcast when Iranian missiles began raining down on Israel’s second-largest city amid ongoing regional tensions. Explosions could be seen and heard in the background, and the broadcast even showed Israel’s Iron Dome intercepting incoming fire.
“Massive explosions right now rocking Israel’s second-largest city of Tel Aviv,” Yingst reported as the host of Fox News in the field. “We’ve got to move — there’s a lot of incoming fire right now toward Tel Aviv.”
Viewers witnessed Yingst and his camera team quickly take shelter indoors for safety — but he didn’t stop reporting. From inside a safer location, he continued to update viewers on the unfolding situation.
In an exclusive interview after the event, Yingst emphasized the professionalism and readiness of his team, noting that they travel with security advisors and always prioritize safety. “We’re not deterred by missile fire or drone attacks — we’ve got a job to do,” he told PEOPLE.
Yingst also reflected on his extensive experience working in war zones around the world, including Syria, Iraq, and Afghanistan. He explained that years of frontline reporting have prepared him to remain focused in the midst of chaos — even as the threats around him grow more intense.
The incident underscores the risks journalists take to bring real-time news from conflict zones, and it comes amid broader escalation in the Middle East — including confirmed deaths of U.S. service members linked to the Iran conflict.
As the situation continues to develop, Trey Yingst remains one of the reporters at the heart of global coverage — telling the story amid danger and uncertainty.
