Runway Status Light Control via Wireless Occupancy Detection
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Solution Overview
Problem
Runway incursions at non-towered airports remain a significant safety concern due to the high cost and complexity of existing prevention technologies, which have limited adoption and primarily focus on towered airports, leaving general aviation aircraft vulnerable.
Innovation Solution
A low-cost, low-complexity runway incursion avoidance system utilizing surveillance modules with processors and transmitters to predict occupancy states of runways and broadcast these predictions to status light modules, which control runway status lights using wireless communication protocols, ensuring safety without requiring pilot buy-in or complex infrastructure.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If existing runway incursion prevention technologies are deployed, then runway safety is improved, but system cost and complexity increase significantly
Solution Approach 1:
The system divides the runway into multiple surveillance zones with independent detection modules. Each zone operates autonomously to detect occupancy and communicate status, simplifying the overall system architecture while maintaining comprehensive coverage. This segmentation allows the complex safety function to be achieved through multiple simple, independent units rather than one complex centralized system.
Solution Approach 2:
The surveillance modules and runway status light modules are self-contained units that independently perform detection, processing, and communication functions. Each module operates autonomously without requiring complex external control infrastructure, reducing system complexity while ensuring reliable safety monitoring through distributed intelligence.
2Reliability
If existing runway incursion prevention technologies are deployed, then runway safety is improved, but implementation cost increases prohibitively
Solution Approach 1:
The system employs inexpensive surveillance modules and status light modules that can be deployed at multiple locations along the runway. These modular units use cost-effective sensors, processors, and wireless communication components, making the overall system affordable for implementation while maintaining high safety standards through redundant coverage.
3Reliability
If existing runway incursion prevention technologies are deployed, then runway safety is improved, but infrastructure complexity and pilot buy-in requirements increase
Solution Approach 1:
The system replaces complex wired infrastructure with wireless communication between surveillance modules and status light modules. This eliminates the need for extensive cable installation and complex electrical infrastructure, significantly simplifying deployment while maintaining reliable real-time communication of occupancy status to pilots and ground personnel.
Data Source
AI summary
A runway incursion avoidance system includes a plurality of surveillance sub-systems that are configured to detect whether an approach and a surface of an aviation runway is currently occupied or will soon be occupied by an object, such as an aircraft, vehicle, pedestrian, wild animal, or other foreign object. The surveillance sub-systems each broadcast one or more occupancy states of the aviation runway. The runway incursion avoidance system further includes a plurality of runway status light sub-systems that control one or more runway status lights depending on the occupancy states broadcast by the surveillance sub-systems. The runway status lights may include Departure and Approach Warning Lights (DALs) to indicate runway status to aircraft taking off from the runway and landing on the runway, or Runway Entrance Lights (RELs) to indicate runway status to aircraft, vehicles, and pedestrians preparing to cross a runway.