ARTIFICIAL INTELLIGENCE-BASED ACTIVE AIR BALLAST AND DYNAMIC TRIM MANAGEMENT SYSTEM

Abstract

The invention relates to an autonomous system and method for real-time optimization of the center of gravity in aircraft based on mass distribution. The invention generally consists of a wireless sensor network that collects anonymized instantaneous mass data from the aircraft cabin, baggage, or cargo areas; an artificial intelligence module that filters this data according to flight dynamics to calculate the instantaneous center of gravity; and a fuel management controller that optimizes the aerodynamic trim angle by autonomously transferring fluid between the aircraft's existing fuel tanks based on the calculated center of gravity. The invention prevents increases in aerodynamic drag caused by live mass movements during flight, thereby ensuring fuel efficiency and flight safety.