Aviation MRO Simulator
Aviation MRO Practice Simulator
FLYTO builds B737NG-based aviation maintenance training environments, enabling repeated hands-on practice in systems understanding, inspection procedures, component structure learning, and disassembly/assembly training.
Practice Environment Components
3D Maintenance Procedure Simulation
We provide an immersive 3D-based hands-on environment for learning aircraft engine and airframe maintenance procedures in a virtual setting.
Operational Check MRO System
MRO practice functions are provided for inspecting and understanding the operational status of key equipment and systems, including electrical, instrumentation, and avionics.
Specialized Training Content
Purpose-built content for aviation maintenance technician education, practice operations, and component structure understanding — tailored to each training objective.
A Maintenance Training Environment
Designed for Repeated Practice
Real equipment accessibility and a repetition-friendly learning environment are critical to effective maintenance education. FLYTO combines practice equipment and training content to maximize practical learning outcomes.
- ProcedureLearning maintenance procedures and inspection workflows
- Hands-onVirtual experience of real component disassembly and assembly
- EducationCustomized configurations for schools and training institutions
Key Application Fields
- Aviation Maintenance Training Institutions
- Airline Maintenance Training Centers
- Defense Maintenance Units
Practice Operations Flow
- 01Set Training Objectives
Define practice content aligned with the target curriculum and learning scope.
- 02Configure Practice Environment
Configure airframe structure, systems, inspection equipment, and scenarios to match training objectives.
- 03Repeated Practice
Repeatedly practice maintenance procedures, inspection items, and disassembly/assembly processes.
- 04Assessment & Operations
Drive operational improvements and content expansion based on training outcomes.