Understanding Your GA Simulator

General Aviation (GA) simulators have evolved from simple desktop trainers to sophisticated devices that replicate real aircraft behavior with remarkable fidelity. These tools are now a cornerstone of recurrent training, offering pilots the ability to practice critical maneuvers, emergency procedures, and instrument skills in a risk-free environment. Before diving into training, it’s essential to understand what your simulator can—and cannot—do.

Types of GA Simulators

GA simulators range from basic aviation training devices (ATDs) to advanced flight training devices (FTDs) and even full flight simulators (FFS) for certain aircraft. The FAA categorizes these into levels, from basic to advanced, with each level offering different features like motion systems, visual displays, and authentic cockpit layouts. Knowing your simulator’s level helps you set realistic training expectations. For example, a basic ATD may lack motion cues but still provide excellent procedural practice, while a Level 5 FTD can be used for instrument proficiency checks (IPC) under FAA guidance.

Key Features to Leverage

Modern GA simulators often include:

  • Realistic flight dynamics that model aircraft performance, including stall characteristics and engine response.
  • Scenario programming for weather, system failures, and traffic situations.
  • Data recording and playback for post-flight debriefing.
  • Interchangeable avionics to replicate glass cockpits or traditional steam gauges.

Spend time exploring your simulator’s menus and settings. Many pilots underestimate the value of adjusting atmospheric conditions, load configurations, and even time of day to create realistic training scenarios. A thorough pre-training familiarization session can save time and improve the quality of your recurrent training.

Preparing for Your Training Session

Effective simulator training begins long before you sit in the seat. Preparation ensures that every minute of your session is productive and aligned with your proficiency goals.

Set Clear Objectives

Identify what you want to achieve. Common recurrency goals include:

  • Maintaining instrument currency (6 approaches, holding, and navigation within 6 months).
  • Practicing emergency procedures that are difficult to simulate in an actual aircraft, such as engine fires or electrical failures.
  • Improving cross-country planning and radio communication skills.

Write down specific skills or maneuvers to focus on—avoid a generic “I’ll just fly around” approach.

Review Aircraft Systems and Procedures

Pull out your aircraft’s Pilot’s Operating Handbook (POH) or manufacturer’s checklist for the model you’re simulating. Even if you fly a different aircraft in real life, understanding the simulated aircraft’s systems is crucial. Review abnormal and emergency checklists thoroughly. Many GA simulators include system malfunctions that are not present in your actual aircraft—use this as a learning opportunity to apply general principles.

Calibrate and Test the Simulator

Before starting, run a pre-flight checklist for the simulator itself. Ensure that controls are calibrated, displays are properly aligned, and software settings match your training plan. A misaligned yoke or sticky rudder pedal can introduce unrealistic errors and waste training time. Also, check that any external peripherals (e.g., throttle quadrant, GPS unit) are functioning correctly.

Create a Distraction-Free Environment

Simulator training requires concentration. Turn off phones, close unnecessary browser tabs, and let others know you are not to be disturbed. Treat the session as seriously as a real flight—some pilots even wear their headsets and use a notepad to mimic in-cockpit habits.

Conducting Effective Recurrency Training

With preparation complete, you can focus on the actual training session. The key is to simulate real-world conditions and decision-making pressures while capitalizing on the simulator’s ability to repeat and critique scenarios.

Pre-Flight and Cockpit Procedures

Start every session with a full pre-flight check using the aircraft’s checklist. In the simulator, this might include external walk-around cues (if visuals support it), cockpit setup, and avionics configuration. Pay particular attention to: weight and balance calculations, fuel management, and departure briefing. This practice reinforces discipline and helps prevent skipped steps during actual flights.

Normal and Abnormal Operations

Practice normal operations first to build a solid baseline. Focus on:

  • Standard takeoffs and landings in various wind conditions.
  • Steep turns, slow flight, and stall recovery (power-on and power-off).
  • Navigation using VOR, GPS, and NDB (if available).
  • Approaches: VFR pattern, ILS, VOR, and RNAV/GPS.

Once comfortable, introduce abnormal operations. Simulators excel here because they allow you to fail systems without risk. Examples:

  • Engine failure after takeoff (EFATO) with immediate action items.
  • Alternator or battery failure leading to electrical system management.
  • Partial panel instrument failure (vacuum failure) for attitude reference.

For each abnormal scenario, prioritize the three-step process: aviate, navigate, communicate. Use the simulator’s pause function to debrief immediately after a mistake—but only use it sparingly to preserve realism.

Emergency Scenarios and Decision Making

The most valuable trainings often involve complex emergencies that require quick assessment and action. Examples include engine roughness with smoke in the cockpit, landing gear malfunctions, or unexpected weather deterioration (e.g., sudden wind shear or ceiling drop). Practice both the immediate technical response (e.g., run the checklist) and the broader decision making—where to divert, how to brief passengers, and when to declare an emergency. The FAA’s Advisory Circular on single-pilot resource management (AC 120-51E) offers excellent principles to incorporate.

Use the simulator’s communication features (either with a live instructor role-playing ATC, or by using a built-in ATC simulation) to practice phraseology and clearance read-backs. File a simulated flight plan, pick up clearances, request amended altitudes, and handle handoffs. For cross-country scenarios, practice:

  • Flight planning using real weather briefings (downloaded or simulated).
  • En route position reporting and course corrections.
  • Lost communication procedures.

If your simulator supports it, enable realistic radio chatter and even background noise to increase immersion.

Post-Training Review and Self-Assessment

After each session, conduct a thorough debrief. Most simulators offer replay and data logs—review key parameters like airspeed deviations, altitude busts, and heading errors. Focus on root causes, not just the outcome.

Use Recordings and Metrics

Export your flight data or use the built-in replay. Look for patterns: Do you consistently drift left on final approach? Do you tend to rush checklist items? Compare your performance against industry standards (e.g., PTS or ACS tolerances). A self-critique guide can help: ask yourself what went well, what didn’t, and what you would change next time.

Seek External Feedback

If possible, invite a certified flight instructor (CFI) to observe or review your session. Many simulators allow remote viewing. Even an informal mentorship with a fellow pilot can provide fresh perspectives. Consider joining recurrency programs offered by groups like the Aircraft Owners and Pilots Association (AOPA), which provide structured simulator-based recurrent training packages.

Expanding Your Training Repertoire

Recurrency training should not be static. To maintain true proficiency, vary your scenarios, aircraft configurations, and even the simulator itself.

Schedule Progressive Difficulty

Start a cycle with basic skills, then gradually increase complexity. For example, first session: engine failure on takeoff with no other factors. Second session: engine failure at night with low ceilings. Third session: engine failure while handling a passenger anxiety scenario. This approach builds muscle memory and confidence step by step.

Incorporate Real-World Conditions

Use actual weather data from aviation websites (e.g., wind, visibility, METARs) to set the simulator’s conditions. Fly the same route you would on a real trip, complete with realistic fuel loads and time constraints. This bridges the gap between the simulated and real environment.

Combine Simulator and Flight Hours

The most effective recurrent training blends simulator sessions with actual aircraft flights. Use the simulator to practice emergencies and instrument procedures that are hard to replicate in the air, then transfer those skills to the real airplane for maneuvers like stalls or landings. The FAA recommends alternating between the two every few months. For instance, spend 2–3 hours in the simulator focusing on partial panel and electrical failures, then fly a real flight with a CFI focusing on steep turns and short-field landings.

Staying Updated and Building Habits

The aviation environment changes constantly—new regulations, updated procedures, and evolving technology.

Review FAA and Industry Guidance

Regularly consult FAA Safety Team (FAASTeam) webinars, ACs, and training resources. For example, the FAA’s Airman Certification Standards (ACS) for your category and class outline the specific knowledge and skills needed for recurrent checks. Integrate these standards into your simulator sessions.

Build a Training Log

Maintain a digital or physical log of each simulator session: date, objectives, scenarios flown, performance findings, and next goals. Over time, this log reveals trends and areas needing focused attention. Many pilots find that revisiting scenarios from six months earlier reveals improvement—or deterioration—that would otherwise go unnoticed.

Develop a Routine

Consistency beats intensity. Aim for at least one dedicated simulator session per month (or according to your recurrency period—e.g., 90-day currency windows for instrument approaches). Short, frequent practice is more effective than a single marathon session before a flight review or IPC.

Final Thoughts on Simulator-Based Recurrency

GA simulators are not just training aids—they are powerful tools that can dramatically improve safety, confidence, and pilot proficiency when used deliberately. By understanding your equipment, setting clear objectives, conducting realistic scenarios, and reviewing your performance, you can maintain and even enhance your skills between actual flights. The investment in time and practice pays dividends in the cockpit, especially when unexpected situations arise.

Remember that the ultimate goal of recurrency training is to build automaticity—the ability to perform critical tasks without conscious effort—so that when an emergency occurs, your training takes over. Use your simulator to create those challenges, and you will be better prepared for anything the skies throw your way.