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Development of High-Fidelity FAA-Certified Flight Simulator with Avionics Integration for Professional Training and Home Use

wesoftyou.com

Manufacturing

Education

Environmental Services

Technical and Regulatory Challenges in Flight Simulation Development

Need to replicate Garmin avionics with functional fidelity, achieve true-to-scale cockpit ergonomics with modular configurations, deliver responsive control feedback, maintain high-resolution panoramic visuals with low latency, and meet strict FAA AATD certification standards while balancing cost-effectiveness for dual-market deployment.

About the Client

Company specializing in high-fidelity flight simulators for professional aviation training and home enthusiasts, offering FAA-certified simulation solutions.

Strategic Goals for Simulation Platform Development

Reduce pilot training costs through high-fidelity simulation alternatives to real flight hours
Minimize environmental impact by decreasing aircraft-based training requirements
Automate training workflows to reduce instructor workload
Support both home enthusiasts and FAA-certified professional training centers
Achieve 1:1 cockpit replication with certified avionics integration

Core Simulation System Capabilities

1:1 scale cockpit replication with Garmin Perspective/Plus avionics integration
Programmable control loading systems for sidestick yokes and rudder pedals
Modular architecture supporting FAA AATD certification requirements
220° wraparound visual system with low-latency rendering
Flight plan management with procedure-based navigation

Technology Stack Requirements

JavaScript

Python

Node.js

PostgreSQL

C++14/17/20

Electron

Vue

TypeScript

Critical System Integrations

Garmin Perspective/Plus avionics SDK
FAA AATD certification systems
Hardware-software communication protocols
Flight dynamics modeling engines

Performance and Compliance Requirements

FAA AATD certification compliance
Sub-50ms visual rendering latency
Scalable architecture for global deployment
High-resolution terrain and weather simulation
Cross-platform compatibility for training centers

Projected Business and Environmental Impact

Anticipated €250K+ annual training cost savings for flight schools, 510+ tons of CO₂ emissions reduction through reduced aircraft usage, 71+ instructor hours saved per training cycle via automation, with potential to train 1,200+ pilots annually across 50+ enterprise clients while maintaining FAA-certified simulation accuracy.