Introduction

In modern flight simulation platforms like Aerosimulations, controlling the visibility of aircraft is a critical feature for instructors and power users. Whether you are designing a complex multi‐aircraft training scenario, managing air traffic for a busy virtual airspace, or simply reducing visual clutter during a solo flight, adjustable visibility settings give you the flexibility to display only the aircraft that matter. Aerosimulations is used by professional aviation training organizations, virtual airlines, and simulation enthusiasts alike, and its visibility controls allow you to tailor the simulation environment to meet specific learning objectives or operational needs. This article provides a comprehensive guide to adjusting visibility settings across different aircraft in Aerosimulations, covering the core concepts, step‐by‐step procedures, advanced techniques, and best practices for maximum effectiveness.

Understanding Visibility Settings in Aerosimulations

Visibility settings determine which aircraft are rendered and displayed in the simulation view. By default, Aerosimulations may show all AI traffic, static aircraft, and user‑controlled planes that are within a certain distance. However, in many training contexts, showing every aircraft can be overwhelming or counterproductive. Visibility settings allow you to:

  • Hide specific aircraft types (e.g., small general aviation planes while displaying only airliners).
  • Show or hide groups of aircraft based on defined categories (commercial, military, helicopters, gliders).
  • Control visibility by distance, altitude, or airspace zones.
  • Enable or disable labels, icons, and highlight rings to aid identification.
  • Set default visibility profiles for different scenario templates.

These settings are stored as part of your simulation profile or scenario file, making it easy to switch between configurations. The flexibility supports everything from instrument‑rated training, where distractions must be minimized, to air traffic control simulations, where multiple aircraft need to be visible simultaneously.

How to Adjust Visibility Settings: Step‑by‑Step

Follow these steps to modify visibility for individual aircraft or groups within Aerosimulations. Specific menu names and icons may vary depending on the version (e.g., Aerosimulations Pro, Aerosimulations Desktop, or Aerosimulations Enterprise), but the general workflow is consistent across editions.

Step 1 – Open the Control Panel

Launch Aerosimulations and load or create a simulation scenario. From the main menu bar, click Simulation > Settings or use the shortcut Ctrl+Shift+V (default). In some builds, a dedicated Visibility Panel is available as a floating window. If you are in a multi‑monitor instructor station, open the Instructor Control Panel.

Step 2 – Navigate to Aircraft Visibility Options

Within the settings menu, locate the section labelled Aircraft Visibility or Traffic Display. This panel typically contains a list of all aircraft types currently loaded in the scenario, as well as empty slots for adding custom aircraft. You may also see a Group Management tab for organizing aircraft into categories.

Step 3 – Select Aircraft or Groups

Click on a specific aircraft entry to modify its individual visibility. Alternatively, select a group (e.g., “All Commercial Jets,” “Helicopters,” “Static Aircraft”) to apply changes to every member of that group at once. Use Ctrl+Click or Shift+Click to select multiple items.

Step 4 – Adjust the Visibility Toggle or Slider

For each selected item, you will see a toggle switch or a slider ranging from Hidden to Visible. Some versions of Aerosimulations offer additional state options such as:

  • Always Visible – The aircraft appears regardless of distance or camera view.
  • Visible Only in Satellite View – Useful for controlling level of detail.
  • Visible Only with Labels – The aircraft is shown only when its label is enabled.

Slide or click the toggle to the desired state. You can also set the Visibility Distance (in nautical miles or meters) – aircraft beyond that range are automatically hidden. This is especially helpful in large, complex airspaces to maintain performance.

Step 5 – Save and Apply the Configuration

After making changes, click Apply to see the updates in real time. Then hit Save Profile or Save Scenario to store the visibility settings for future use. If the simulation is part of a training syllabus, naming the profile with a descriptive title (e.g., “IFR_Approach_Heavy_Only”) makes it easy to recall later.

Advanced Visibility Management Techniques

Using Group Presets for Multi‑Aircraft Scenarios

One of the most powerful features in Aerosimulations is the ability to create custom visibility groups. For example, an instructor designing a scenario for initial student solo flights may want to hide all AI traffic except for a single target aircraft. To do this efficiently:

  1. Create a new group named “Distractors” and add all non‑essential aircraft.
  2. Set the group’s visibility to Hidden.
  3. Leave the target aircraft ungrouped (or in a “Primary” group) set to Visible.

Groups can also be toggled dynamically during a session. Using the Instructor Toolbar, you can switch visibility on the fly without interrupting the simulation, which is invaluable for progressive scenario stages.

Conditional Visibility Based on Simulation Events

For advanced training workflows, Aerosimulations supports conditional visibility rules. These rules can be tied to:

  • Altitude thresholds – e.g., only show aircraft above 10,000 ft.
  • Distance from user aircraft – automatically hide distant traffic to reduce workload.
  • Time triggers – show a target plane after a specified elapsed time.
  • Student actions – display an emergency aircraft when a specific malfunction is initiated.

To set up conditional rules, go to the Visibility Rules tab within the same panel. Define the condition using the built‑in logic editor. This feature turns the simple visibility toggle into a powerful pedagogical tool.

Integrating Visibility with Other Display Options

Visibility settings do not work in isolation. Combining them with other display controls enhances clarity and reduces cognitive load. For instance:

  • Enable Labels for visible aircraft to show call signs, speed, and altitude.
  • Activate Highlighting (e.g., a coloured ring) around the target aircraft so the student can track it easily.
  • Use Transparency Sliders to make some aircraft semi‑transparent – useful for keeping a visual reference without blocking the primary view.

Aerosimulations documentation refers to these combinations as “Visual Filters”, and they are especially useful when teaching VFR separation from a cockpit perspective.

Best Practices for Training Scenarios

Effective visibility management can dramatically improve the quality of simulation‑based training. Below are proven strategies that professional instructors employ.

Start Simple and Layer Complexity

When designing a new scenario, begin with all aircraft hidden except those directly relevant to the lesson objective. Gradually add more aircraft as the student’s confidence grows. For example, a lesson on traffic pattern entry might initially show only one other aircraft in the pattern. After the student masters that, you can introduce additional traffic to practice scanning and radio calls.

Use Named Profiles for Different Phases of Flight

Instead of manually adjusting settings during a session (which can be distracting), prepare several visibility profiles that load with a single click:

  • Pre‑flight / Ground – Show all ground vehicles and nearby aircraft; hide airborne traffic.
  • Climb / Cruise – Show only aircraft in the same airspace or within 50 NM.
  • Approach / Landing – Show all traffic within 20 NM, with labels enabled for situational awareness.

Save these profiles under descriptive names and access them from the Visibility Presets dropdown.

Optimize Performance for Large Groups

If your scenario includes dozens of AI aircraft, rendering all of them can impact frame rates. Use the Distance Culling and LOD (Level of Detail) settings to balance visual quality and performance. A good rule of thumb is to limit visible aircraft to 20–30 in a typical training setup, and use group presets to show more only when needed.

Document Your Visibility Configuration

For repeatable and consistent training sessions, maintain a log of which visibility profiles you use for each lesson. Aerosimulations records the profile name in log files, but adding a brief note in the scenario description (e.g., “Visibility: IFR_Heavy, see Notes”) is a helpful practice for multi‑instructor environments.

Common Issues and Troubleshooting

Even with careful setup, visibility settings in Aerosimulations can sometimes behave unexpectedly. Here are frequent problems and how to resolve them.

Aircraft Remain Invisible Even After Enabling Visibility

Check the following:

  1. Ensure the aircraft is not hidden by a group override – if the aircraft belongs to a group that is set to Hidden, individual visibility settings are overridden. Move it out of the group or change the group’s setting.
  2. Verify that the aircraft is within the Visibility Distance threshold. Increase the distance or set it to “unlimited.”
  3. Look at the Render Layer tab – some aircraft types are assigned to layers that may be disabled. Enable the layer.

Visibility Changes Do Not Presist After Saving

This can occur if the scenario file is set to “Read‑Only” or if multiple users are editing it simultaneously. Save the profile with a new name and reload the scenario from that file. Also confirm that you clicked Save Scenario and not just Apply – Apply only updates the current session.

Performance Degradation When Showing Many Aircraft

If frame rates drop after making several aircraft visible, consider reducing the Label Update Rate (from 10 Hz to 2 Hz) and switching off 3D Shadows for those aircraft. Instructors can also enable Simplified Models in the visibility panel, which uses lower‑polygon versions for distant or non‑essential planes.

Conclusion

Adjusting visibility settings in Aerosimulations is a straightforward yet powerful method to tailor the simulation environment for effective and realistic training. By mastering the basic toggle controls, leveraging group presets, using conditional rules, and integrating visibility with other display options, instructors and users can create focused scenarios that reduce clutter and enhance learning. The ability to show or hide specific aircraft types on demand transforms a generic simulation into a targeted instructional tool. Take the time to explore the visibility panel, experiment with profiles, and incorporate the best practices outlined above – your simulation sessions will become more efficient, immersive, and pedagogically sound.

For further reading, consult the official Aerosimulations user manual at Aerosimulations Documentation, join the community forum at Aerosimulations Forum for real‑world tips, or explore the Aerosimulations Academy for scenario design courses. Additional insights on aviation simulation visibility management can be found in the FAA Airplane Flying Handbook (Chapter 7: Airport Traffic Patterns) and the ICAO Procedures for Air Navigation Services (Doc 4444), which provide real‑world context for why visibility management matters in training scenarios.