AAM/UAM Validation
From Pre-Demonstration Validation to ATC Integration —
Our AAM/UAM Validation Business
FLYTO connects 3D digital twins, a flight physics engine, and aviation operational data to construct comprehensive validation environments for UAM/eVTOL operations ahead of real-world demonstration.
Simulation-Based AAM/UAM Validation Framework
We provide a pre-validation framework for comprehensively reviewing aircraft performance, routes, weather, urban and airport environments, vertiports, and ATC integration conditions.
Validation objectives, aircraft conditions, routes, vertiport sites, and ATC integration scope are defined to establish the complete pre-validation range.
A digital twin-based validation environment is constructed reflecting domestic terrain, urban areas, airports, vertiport sites, and weather conditions.
Validation scenarios incorporating flight routes, emergency situations, ATC integration, and airport and urban environments are executed repeatedly.
Why the Validation Platform Matters
For AAM/UAM, the ability to pre-validate aircraft performance, routes, ATC integration, vertiport conditions, and emergency scenarios before real-world demonstration is essential to improving both safety and commercial viability.
- Route, weather & vertiport condition analysis
- Urban & airport 3D digital twin review
- Aircraft performance & emergency scenario integration
- ATC integration & flight operations validation expansion
Validation Operations Process
A structured validation process spanning planning, digital twin environment setup, scenario execution, and results analysis systematically reduces risk ahead of real-world demonstration.