A private jet skidded off the runway while landing at Teterboro Airport in New Jersey, marking a runway excursion incident that briefly halted operations at the busy business aviation hub. The Learjet 60 overran the paved surface after touchdown around 6:30 p.m., but all six people onboard were reported safe with no injuries.
Runway Excursion
The incident involved a Learjet 60, which veered off the end of the runway shortly after touchdown.
According to authorities, the aircraft was landing at around 6:30 p.m. local time when it was unable to stop within the available runway distance and exited the paved surface.
Aircraft Rescue and Firefighting (ARFF) teams responded immediately to the scene as a precaution.
All six people onboard the aircraft were reported safe, with no injuries. Airport operations were temporarily suspended following the incident, before resuming approximately one hour later once the runway was cleared.
Damage Assessment
Preliminary reports indicate the aircraft sustained damage after overrunning the runway, though the extent of the damage has not been fully disclosed. Runway excursions — where an aircraft departs the runway surface during landing or takeoff — are among the more common types of aviation incidents, often linked to factors such as braking performance, runway conditions, or speed management.
This incident highlights a key operational reality:
“Stopping distance is as critical as landing itself.”
During landing, pilots must ensure:
- Correct touchdown zone
- Proper speed management
- Effective braking and reverse thrust
Even minor deviations can lead to a runway overrun, especially on shorter runways or under challenging conditions.
👉 That’s why:
- Airports publish runway condition reports
- Pilots calculate landing performance margins
- Go-arounds are encouraged if parameters are not met
While no injuries were reported, the event underscores how even routine phases of flight — such as landing — require precise execution.
The quick response and safe outcome reflect aviation’s layered safety systems, designed to manage risk even when incidents occur.

