High-Angle Shaft Descent and Wall Breach Save Five Stalled Near 32nd Floor of Manhattan Skyscraper

NYC, NY - In an extraordinary display of technical skill and high-angle rigging, FDNY firefighters rescued five people trapped inside a blind elevator hoistway near the 32nd floor of 3 World Trade Center on Wednesday evening.

Emergency units were dispatched to the Lower Manhattan skyscraper at approximately 6:45 p.m. on Wednesday, October 21, 2026, after an elevator cab came to an abrupt halt within a blind shaft—a continuous structural vertical void lacking access doors across multiple levels. Because crews had no direct door access to the stalled passenger compartment, two specialized firefighters, one representing elite Rescue Company 1 and the other from Squad 18, geared up at the 47th floor to establish a high-angle descent system.

Supported by personnel from Engine 10 and Ladder 10, the two technical rescue specialists dropped into the cavernous shaft and were lowered roughly 175 feet through the interior void to make physical contact with the car top. Once secured, the firefighters rigged one civilian occupant into a harness system and executed an arduous 175-foot vertical rope ascent, bringing the first individual to safety back at the 47th-floor staging area.

Simultaneously, tactical teams operating inside the skyscraper engineered an alternative entry path to extract the remaining four occupants without subjecting them to the rope ascent. Crews breached through a bathroom wall adjacent to the hoistway on the 32nd floor, cutting directly into the shaft enclosure and creating an extraction breach through which the four civilians were brought to safety.

One civilian and two firefighters sustained minor injuries during the prolonged and physically demanding technical operation. Department officials commended the unified effort between specialized rescue squads and local ladder and engine companies, emphasizing that intense technical rescue training and coordinated problem-solving averted a potentially catastrophic outcome.