United Airlines Newark incident and the NTSB findings on UA one sixty-nine's low approach

The NTSB has released preliminary findings on the February 24, 2025 incident in which United Airlines Flight 169, a Boeing 757-200, struck a light pole on the New Jersey Turnpike while on a nighttime visual approach to Runway 4R at Newark Liberty International Airport. The aircraft landed hard, short of the normal touchdown zone, with fuselage damage. No fatalities were reported, but the event highlights a failure chain that every pilot — from airline captain to student — should study closely.

What Happened on the UA 169 Approach?

The first officer was the pilot flying. During the approach, the captain called out that the aircraft was both low and slow. The aircraft’s own alerting systems also provided warnings. Despite these cues, the approach was not abandoned.

The 757 was being vectored for a visual approach to Runway 4R. Conditions were reported as VMC, but it was nighttime, and the visual environment over the New Jersey Turnpike corridor is notoriously deceptive — highway lights, urban light patterns, and minimal contrast cues make accurate height judgment extremely difficult.

Critically, the crew was not using the ILS as a backup reference during the visual approach. The aircraft struck a light pole on the Turnpike, sustained damage to the underside of the fuselage, contacted the ground before the runway threshold, then continued onto the runway and rolled out. Passengers and crew evacuated with injuries but no fatalities.

The NTSB has not yet issued a probable cause determination, and the investigation remains ongoing as of mid-2025.

Why a 757 Low and Slow Is Especially Dangerous

The Boeing 757 is a long, slender aircraft with a wing optimized for cruise efficiency. At low altitude with gear and flaps extended, it operates on the back side of the power curve. When airspeed decays and altitude drops simultaneously, adding power alone may not arrest the descent rate in time.

At that point, the only viable option is a go-around with full power and a positive pitch change. In the UA 169 case, the aircraft was just feet away from a catastrophic outcome — a passenger jet striking highway infrastructure at night, with drivers on the Turnpike directly below.

Why Visual Approaches Are More Dangerous Than Pilots Think

The visual approach is consistently one of the most dangerous phases of flight, regardless of aircraft type. When pilots transition from instruments or a stabilized descent profile to looking outside, they trade precision for perception. And perception is unreliable — especially at night, over featureless terrain, or in areas with misleading light patterns.

Black hole illusions, compressed depth perception, and absent horizon references can fool even experienced crews into believing they are on glidepath when they are not.

The stabilized approach concept exists precisely because of this risk. Most major airlines, United included, require that by 1,000 feet AGL on an instrument approach or 500 feet AGL on a visual approach, the aircraft must be on speed, on glidepath, and in landing configuration — or the crew must execute a go-around. This policy is backed by decades of accident data identifying unstabilized approaches as the number one precursor to approach-and-landing accidents worldwide.

How to Back Yourself Up on Every Visual Approach

A visual approach does not mean abandoning your instruments. The best practice is to treat every visual approach as an ILS approach where you also happen to be looking outside.

Tune and track the ILS (or GPS vertical guidance) even in clear conditions. The glideslope is your backup. The localizer confirms your lateral position.
Load the approach in your GPS or FMS. Activate the vertical guidance and let it serve as your safety net.
Monitor airspeed and descent rate continuously. Do not rely solely on the visual picture.
Use PAPI or VASI. Four red lights means you are dangerously low — go around immediately.

The FAA calls this the monitored approach concept: one pilot flies, the other monitors instruments and approach parameters. In a single-pilot cockpit, your instruments are your silent copilot.

This principle applies whether you’re flying a 757 into Newark or a Cherokee into a towered field on a VFR afternoon. The trap is identical at every level.

The Third-Party Risk Factor

This incident also underscores a concern gaining increasing attention in aviation safety: third-party risk. The 757 was dangerously low over a public highway. Drivers on the New Jersey Turnpike were directly underneath the aircraft during the most critical moments of the approach.

This is why approach and departure paths, obstacle clearance surfaces, and stabilized approach criteria are not suggestions — they exist to protect people both on and off the aircraft.

What Comes Next in the Investigation

The full NTSB investigation into UA 169 is expected to take months. The final report will likely include a detailed human factors analysis, examination of crew resource management, fatigue and scheduling data, and potentially recommendations regarding approach monitoring technology or procedures.

But the actionable lesson is available now, before the final report.

Key Takeaways

The UA 169 crew received both verbal and system warnings that they were low and slow, yet the approach continued — a textbook unstabilized approach scenario.
Always back up a visual approach with instrument references. Tune the ILS or load GPS vertical guidance, even in perfect weather.
Go around if anything is wrong. A missed approach costs minutes and fuel. Continuing an unstabilized approach can cost everything.
Night visual approaches into complex lighting environments are high-risk and demand extra vigilance, cross-checking, and conservative decision-making.
Stabilized approach criteria are not optional. They represent decades of accident prevention data and apply to every pilot in every cockpit.

Sources: NTSB public docket for UA Flight 169; Simple Flying coverage of the NTSB preliminary findings. Investigation ongoing as of June 2025.