On May 3, 2026, United Airlines flight UA169, a Boeing 767-400 (registration N77066) operating from Venice Marco Polo to Newark Liberty International Airport, struck a light pole and a semi-trailer truck on the New Jersey Turnpike during the final phase of its approach. The aircraft, carrying 221 passengers and 10 crew, continued its descent and landed safely on runway 29 without injuries on board. The truck driver, employed by H&S Bakery, sustained minor cuts and was taken to hospital but released shortly after. The incident occurred around 2 p.m. local time as the aircraft crossed the highway just south of the airport. The impact damaged the light pole, sending debris onto a passing Jeep, and struck the truck, which was carrying bakery products to an airport depot. The Port Authority of New York and New Jersey and the New Jersey State Police are assisting the FAA and NTSB investigations. The key question for investigators is how a large commercial aircraft on a standard instrument approach could come into contact with ground infrastructure outside the airport perimeter. The aircraft's flight data, radar tracks, and ATC recordings will be analyzed to determine if the descent profile was correctly followed or if factors such as wind, turbulence, or an unstabilized approach reduced the vertical safety margin. For ATPL and ATC students, this incident is a powerful case study in approach safety. Urban airports like Newark have approach paths that pass directly over highways and railways, leaving little room for error. The standard instrument approach procedure (SIAP) for runway 29 at Newark includes a glide path that should provide adequate clearance above obstacles, but any deviation—whether due to pilot technique, automation management, or environmental conditions—can have serious consequences. The investigation will also examine the placement of the light pole itself, which may have been taller than typical or positioned in a way that reduced the obstacle clearance surface (OCS) defined by TERPS (Terminal Instrument Procedures). This event also underscores the importance of crew resource management (CRM) and the decision to continue an approach after a known deviation. In this case, the crew continued to land safely, but the fact that the aircraft struck an obstacle on final approach raises questions about the stability of the approach and the crew's awareness of their altitude above the terrain. ATC students should note that controllers at Newark would have been monitoring the aircraft's progress and may have issued altitude or heading instructions; the investigation will reveal whether any such instructions were given or if the crew was operating under radar vectors. The incident also highlights the need for robust obstacle surveys and the periodic review of approach procedures, especially in congested urban environments. The NTSB and FAA investigations are expected to take several months. In the meantime, United Airlines has grounded the aircraft for inspection and temporarily removed the crew from service for debriefing and fatigue assessment. This incident serves as a reminder that even routine approaches can become hazardous when margins are tight, and that every ATPL candidate must master the principles of stabilized approach criteria, obstacle clearance, and the importance of adhering to published procedures.