FDAU Data Acquisition
Flight Data Acquisition
We capture, transmit, and store airframe-specific data generated during actual aircraft operations.
Starting from Real Flight Data — Not Theoretical Values.
Key flight data is collected, transmitted, and stored in real time, building a robust data foundation for analyzing aircraft-specific flight characteristics and control responses.
- Airspeed, attitude, altitude & control input data acquisition
- Engine status & airframe response data storage
- Data foundation building for flight physics model calibration
FDAU Data Acquisition Core Functions
Data acquired from real aircraft is organized into analysis-ready structures and connected to the flight physics engine, training equipment, and validation platform.
Real Flight Data AcquisitionAirspeed, attitude, altitude, control input, engine status, and airframe response data generated during aircraft operations are captured and secured.
Transmission, Storage & OrganizationCollected data is organized into an analyzable structure for use in per-aircraft flight characteristic analysis and physics modeling.
Physics Engine Calibration LinkageReal operational data is applied to flight physics model calibration, improving simulator reliability and realism.
The Starting Point for Data-Driven Aviation Simulation
FDAU data acquisition is the foundational starting point of FLYTO's core technology chain — extending into the real flight data-based flight physics engine, 3D digital twin, and aviation operational data integration platform.