The video is pretty remarkable, and the fact that everyone survived is remarkable.
On a Sunday afternoon in New Jersey, the boundary between sky and earth collapsed in an unexpected way — a United Airlines Boeing 767 descending toward Newark Liberty Airport struck a light pole and a passing tractor-trailer on the New Jersey Turnpike below, injuring the truck's driver with glass fragments before the plane landed safely with all aboard unharmed. The incident, involving Flight 169 arriving from Venice with 231 people, has prompted a formal NTSB investigation into how an aircraft came to share airspace with highway traffic. At its heart, the inquiry asks a question as old as aviation itself: when the margins narrow — shorter runways, stronger winds, complex approaches — how do human judgment and mechanical systems hold the line between the routine and the catastrophic.
- A commercial jet's landing gear tore through a truck driver's windshield on one of New Jersey's busiest highways, turning a Sunday afternoon commute into a collision with the underside of a 767.
- Dash cam footage captured the surreal moment of impact — a tire and aircraft belly visible through the driver's window — making the near-miss impossible to dismiss as abstract or statistical.
- The diversion to Newark's shortest runway, forced by wind conditions, stripped away the safety margins pilots rely on and placed the flight path uncomfortably close to the freeways encircling the airport.
- Aviation experts point to a dangerous cognitive trap: pilots focused on not overshooting a short runway may have unconsciously allowed the aircraft to descend too aggressively, too soon.
- The NTSB investigation is now probing cockpit awareness, wind data, and approach procedures, while the public — and frequent flyers — grapple with an unsettling accumulation of recent aviation close calls.
A Boeing 767 carrying 231 people from Venice descended too low on its approach to Newark Liberty Airport on Sunday afternoon and struck a light pole and a tractor-trailer traveling on the New Jersey Turnpike below. The truck driver, Warren Boardley, was hospitalized with glass fragments in his arm and hand after the plane's landing gear tire pierced through his windshield, but was later released. The aircraft landed safely, and all passengers and crew were unharmed.
Dash cam footage from the truck captured the moment of impact — the wheel and underside of the aircraft visible just outside the driver's window — and frame-by-frame analysis confirmed contact with both the pole and the vehicle. The pole then struck a Jeep also traveling on the turnpike. The truck, operated by Baltimore-based H&S Bakery, was en route to the company's Newark depot at the time.
The National Transportation Safety Board has opened a formal investigation into why the aircraft descended below safe altitude without intervention. The central question is whether anyone in the cockpit recognized the danger before impact. CBS News senior transportation correspondent Kris Van Cleave noted that the survival of everyone involved is, by any measure, remarkable.
Context shapes the inquiry significantly. United Flight 169 typically uses Newark's longer runways, but wind conditions on Sunday forced air traffic control to route the plane to Runway 29 — the airport's shortest at 6,725 feet, and the one situated closest to surrounding freeways. While the runway technically meets minimum requirements for a 767-400, the margin for error is considerably thinner. The approach also requires a circling maneuver rather than a straight-in descent, and lacks some of the electronic guidance systems available elsewhere at the airport.
Former NTSB Chair Robert Sumwalt, a retired 737 captain, described the approach as genuinely difficult and suggested that pilots, wary of landing too far down a short runway, may have overcorrected in a way that steepened their descent profile. United Airlines confirmed the plane landed safely and that maintenance teams were assessing damage. Normal airport operations resumed quickly after runway inspection.
Travelers at Newark that evening expressed a mixture of relief and unease. Some noted the footage looked severe; others reflected on the broader pattern of recent aviation incidents. The investigation will examine wind conditions, cockpit situational awareness, and the chain of decisions that brought a transatlantic flight into contact with Sunday afternoon highway traffic.
A Boeing 767 carrying 231 people from Venice, Italy, descended too low on its approach to Newark Liberty Airport on Sunday afternoon and struck a light pole and a commercial truck on the New Jersey Turnpike below. The aircraft, United Flight 169, made contact with the pole during final approach to Runway 29 around 2 p.m., damaging both the pole and a tractor-trailer traveling south on the highway. One of the plane's landing gear tires pierced through the truck's windshield and window. The truck driver, Warren Boardley, was taken to the hospital with minor injuries—glass fragments embedded in his arm and hand—and was later released. The aircraft itself landed safely, taxied normally to the gate, and all 221 passengers and 10 crew members were unharmed.
Dash cam footage from the truck captured the moment of impact, showing what appears to be the wheel of the aircraft outside the driver's window. Frame-by-frame analysis revealed the tire and underside of the plane striking both the pole and the truck. The pole then struck a Jeep also traveling on the turnpike. Chuck Paterakis, senior vice president of transportation and logistics at Baltimore-based H&S Bakery, which operated the truck, confirmed that Boardley was headed to the company's Newark depot when the collision occurred.
The National Transportation Safety Board has launched a formal investigation into why the aircraft descended below safe altitude. The question animating the inquiry is straightforward: how did this happen, and why did no one in the cockpit catch it before impact? Kris Van Cleave, CBS News senior transportation correspondent, noted that the video evidence is striking, and that survival itself—for everyone involved—is remarkable.
Context matters here. United Flight 169 typically lands on Newark's longer runways, which stretch 11,000 and 9,999 feet respectively. On Sunday, however, wind conditions forced air traffic control to vector the plane toward Runway 29, the airport's shortest at just 6,725 feet. While this distance meets the minimum requirement for a 767-400—which needs 6,000 feet or more—the margin for error shrinks considerably. Runway 29 also sits closest to the freeways that encircle the airport, leaving little buffer between the landing zone and ground traffic.
Former NTSB Chair Robert Sumwalt, a retired 737 captain, characterized the runway as relatively short and the approach as difficult. The landing requires pilots to circle and line up with the runway rather than descend on a straight path, and the runway lacks some of the electronic guidance systems available on Newark's other strips. Sumwalt suggested that pilots, aware of the constraints, may have been focused on avoiding a long landing—touching down too far down the runway—which could have contributed to the descent profile that day.
United Airlines stated that the aircraft landed safely and that maintenance teams were evaluating damage to the plane. The Port Authority said airport staff inspected the runway for debris and normal operations resumed quickly. Governor Mikie Sherrill expressed relief that the aircraft landed safely and that all passengers and crew were unharmed.
Travelers at Newark that evening reacted with a mixture of gratitude and unease. Miranda Lee, arriving from Tenafly, New Jersey, said she was relieved the truck driver was okay, because the footage looked severe. Sam Immanuel called it scary and concerning. Peter Marguiles, who flies frequently for work, noted that while aviation remains statistically safer than many everyday risks, the accumulation of recent incidents troubles him. The investigation will now focus on wind factors, cockpit situational awareness, and the decision-making that led to an aircraft descending into the path of ground traffic during what should have been a routine Sunday afternoon landing.
Notable Quotes
The question investigators are going to want to understand is, how did that happen? Why was the plane too low? Did wind factor into this? Was there a loss of situational awareness in the cockpit?— Kris Van Cleave, CBS News senior transportation correspondent
As a former airline pilot, I would consider this runway to be relatively short, and so I suspect that the pilots wanted to make sure that they were not landing long. It's a difficult approach.— Robert Sumwalt, former NTSB Chair and retired 737 captain
The Hearth Conversation Another angle on the story
Why was this plane coming in so low in the first place? Was it a mechanical failure?
No mechanical failure that we know of yet. The plane was diverted to the shortest runway because of wind. That forced a tighter approach with less room to work with.
So the pilots knew they were on a difficult approach?
They should have. Runway 29 requires circling to line up, and it lacks some of the electronic guidance systems the longer runways have. It's a more demanding landing in good conditions, let alone windy ones.
The truck driver—he was just in the wrong place at the wrong time?
Exactly. He was on the turnpike, heading to a bakery depot in Newark. A landing gear tire came through his windshield. He got glass in his arms and hands. He was lucky.
What's the NTSB going to be looking for?
Why the aircraft descended too low and why no one caught it. Was it wind shear? Loss of awareness in the cockpit? Pressure to land on a short runway? Those are the questions.
Does this change how Newark operates?
That's what the investigation will determine. Right now, runway selection in wind is a judgment call. This incident might prompt a review of those procedures.
And the passengers on the plane—did they know what happened?
They landed safely and taxied normally. Most probably didn't realize until later, if at all, how close they came to something much worse.