We're changing it up a little today. With this blog post we're going to be separating aviation fact from fiction in the sim bay - let us know if you like the format and we can do more like this in the future. Most people outside this industry have no idea how hard it is to keep a multi-million dollar simulator running like clockwork. To a passenger, it’s a big box on legs. To a pilot, it’s their sweat box for the day. But for the technicians, engineers and managers behind the

Discover how Flight Simulator quality management ensures compliance and safety in pilot training. Dive into Flight Simulator systems now!

When it comes to flight simulation, Level D is more than a grade (and a big outlay of capital ); it is a commitment to absolute physical and mathematical accuracy. For operators of these beautiful machines, understanding the differences between what you can train in a high-level Flight Training Device (FTD) and a Level D Full Flight Simulator (FFS) is vital for operational success and regulatory standing. We manage these complexities daily. So we thought we'd provide you wit

The FTD 3 offers helicopter operators a compelling alternative to full flight simulators. This fixed-base device delivers high-fidelity, type-specific training with the same flight test data quality as an FFS, but at significantly lower costs. Discover why more operators are leveraging FTD 3 training credits for initial courses, type ratings, and recurrent checks.

The aviation training industry is shifting from rigid simulator classifications to a capability-based model. FSTD Capability Signatures and Task-to-Tool training allow operators to match training objectives with the exact simulator fidelity required, improving efficiency, flexibility, and cost control.

Discover the backbone of flight simulator validation: the Qualification Test Guide (QTG). Learn how this document proves an FSTD matches reality, the critical difference between QTG and Master QTG (MQTG), and why it is essential for FAA and EASA regulatory compliance. A must-read guide for operators ensuring high-fidelity pilot training standards.

Maintaining a flight simulator is a critical blend of engineering science and troubleshooting art. From daily pre-flight checks to advanced predictive maintenance, discover what it takes to keep these complex Level D machines compliant, reliable, and ready for pilot training 24/7.

Struggling with flight simulator terminology? Is an FSTD qualified, certified, or approved? This guide clarifies the confusing terms used by global aviation authorities like the FAA (Part 60) and EASA (CS-FSTD). Understand the critical differences between simulator 'Qualification,' 'Certification,' 'Approval,' and 'Evaluation' to ensure compliance and training effectiveness.

Visual fidelity in flight simulators is mission-critical. From projector calibration to latency tuning, every detail shapes how real the experience feels—and how well pilots train. This deep dive explores why visuals matter, how Delta E values impact realism, and how poor calibration can lead to dangerous “negative training.”

Explore the evolution of flight simulator visual systems from the Link Trainer to today’s high-resolution LED domes with Simutech.

Discover how Simutech Solutions simplifies flight simulator motion system evaluations with expert on-site acceptance testing services.

Helicopter simulator used for motion, handling, and landing performance tests. Simutech Solutions ensures precision in simulator evaluation.

Fidelity. The Cornerstone of Simulator Qualification Aviation demands the highest levels of skill and preparedness from its flight crews....

Flight simulators and training devices play a crucial role in aviation, providing pilots with realistic and safe environments to hone...