What is a position-only flight?

Understanding Position-Only Flights

Introduction:
Position-only flights are a unique category of air travel that distinguishes itself from conventional flights by operating without filed flight plans. These unreported journeys present a challenge for standard flight tracking systems, as their presence can only be detected through the aircraft’s positional data.

Definition and Characteristics:
Position-only flights can include unscheduled airline operations or Visual Flight Rules (VFR) flights. Unscheduled airline operations typically involve charter or cargo flights that deviate from the carrier’s regular operating schedule. VFR flights are non-commercial flights that operate under visual meteorological conditions and do not require a filed flight plan.

Flight Tracking Challenges:
Flight tracking systems rely heavily on filed flight plans to provide accurate information to users. However, position-only flights do not possess such flight plans, making them invisible to these systems. This lack of information can hinder real-time tracking, airspace coordination, and safety monitoring.

Confirmatory Methods:
Despite the challenges, it is possible to confirm the existence of position-only flights. This can be achieved through the aircraft’s Automatic Dependent Surveillance-Broadcast (ADS-B) data. ADS-B is a surveillance technology that allows aircraft to broadcast their position, altitude, and other information. By capturing and analyzing this data, it is possible to identify and track position-only flights.

Impacts and Considerations:

• Safety: Position-only flights can pose potential safety risks as they are not accounted for in air traffic management systems. Their presence can increase the workload of air traffic controllers and potentially lead to conflicts with other aircraft.
• Efficiency: The lack of flight plans for position-only flights also impacts operational efficiency. Air traffic controllers and airline operators may experience delays or difficulties in managing airspace utilization when flights are not properly accounted for.
• Data Integrity: The absence of filed flight plans for position-only flights affects the accuracy and reliability of flight tracking data. This can lead to incorrect or incomplete information being displayed to users.

Conclusion:
Position-only flights represent a unique aspect of air travel that poses challenges for flight tracking systems. Understanding their characteristics and limitations is crucial for ensuring accurate and reliable tracking information. While methods exist to confirm the presence of these flights, their absence from filed flight plans continues to present challenges for air traffic management and safety monitoring.