Photoreal or default flight sim scenery? Compare VFR detail, 3D objects, seasons, night lighting, storage, performance and simulator support.
Use photoreal scenery when accurate roads, coastlines, fields and landmarks matter, especially for daytime VFR over a familiar region. Keep default scenery for consistent 3D objects, seasons, night lighting, worldwide coverage and lower storage use. For most flight simulators, default globally plus selected photoreal regions is the best balance.
This is general flight-simulator advice rather than a rule for one platform. The comparison changes significantly between Microsoft Flight Simulator, FSX, Prepar3D and X-Plane because their default scenery systems work differently.
What does flight sim scenery include?
The phrase sim scenery, sometimes run together as simscenery, covers the visual world outside the aircraft: ground textures, terrain elevation, roads, water, buildings, vegetation, airports and lighting. Photoreal scenery is only one part of that system.
Photoreal or orthophoto scenery places georeferenced aerial or satellite images over the terrain. It can show real field boundaries, road layouts and urban footprints, but the photograph alone does not create terrain elevation, working roads, 3D buildings or trees. Those require terrain mesh, vector data, autogen or an object overlay.
Photoreal scenery is also different from photogrammetry. Photoreal imagery is normally a flat ground layer, while photogrammetry reconstructs three-dimensional objects from photographs. Our explanation of imagery tiles, overlays, mesh and photogrammetry covers how those layers fit together.
In modern Microsoft Flight Simulator editions, the default online world already contains streamed aerial imagery. There, the practical comparison is often between the simulator’s streamed imagery and a custom local package—not between photographs and wholly generic textures.
Is photoreal scenery better than default scenery?
Photoreal scenery is better for recognising real ground features, but default scenery is usually more consistent across seasons, times of day and large areas.
| Flying priority | Better starting choice | Main caveat |
|---|---|---|
| Daytime VFR over a familiar area | Photoreal | The imagery may be old, colour-mismatched or missing 3D objects. |
| Low-level helicopter or bush flying | Default, or photoreal with a good overlay | A flat photograph looks poor close to the ground. |
| Night flying | Default | Photographic packages need compatible lighting or night textures. |
| Winter and seasonal flying | Default | Many orthophotos show one season regardless of simulator weather. |
| Worldwide airline operations | Default | Regional imagery adds storage and maintenance for little benefit at cruise altitude. |
| Offline regional flying | Local photoreal | Large areas can consume substantial drive space. |
| Consistent buildings and vegetation | Default, or photoreal with autogen | Imagery by itself supplies neither buildings nor trees. |
Choose photoreal scenery when you repeatedly fly a defined daytime route and its source imagery is materially better than the default. Keep the default when you value global consistency, seasonal changes, night operations or minimal installation work.
A mistake we see constantly is judging a package from a high-altitude promotional image. Inspect it at the altitude and time of day you actually fly. Imagery that looks convincing at several thousand feet may appear blurred, flat and full of baked-in shadows during rooftop-level flying.
How does the choice change between simulators?
The older and more generic the simulator’s default ground textures are, the larger the visual improvement a good regional photoreal package can provide.
Microsoft Flight Simulator 2020 and 2024
With online world data enabled, Microsoft Flight Simulator 2020 and 2024 already stream aerial imagery and generate buildings and vegetation over it, with photogrammetry in supported locations. A local scenery package is useful when it fixes poor or cloud-covered source imagery, improves a favourite region or provides coverage for offline use.
Custom imagery is not automatically an upgrade. It can hide updated default data, duplicate buildings, conflict with airports or create obvious colour boundaries where the package ends. Disable the package and compare the same location, weather, altitude and data settings before deciding which version to keep.
Ordinary PC packages are commonly installed through the Community folder, whose location depends on the installation. Console users cannot install ordinary folder-based PC mods. Microsoft Flight Simulator 2020 remains limited to PC and Xbox, while Microsoft Flight Simulator 2024 is also available on PlayStation 5 and PS5 Pro; console scenery must be supplied through the simulator’s supported distribution system.
FSX and Prepar3D
Photoreal scenery can transform regional VFR flying in FSX and Prepar3D because it replaces repeated landclass textures with recognisable real-world imagery. The result still depends on included autogen annotations, water masks, night textures and seasonal variants.
Without those companion layers, a city may be visible in the photograph but contain few actual buildings, and green summer imagery may remain visible during winter. Detailed airports should sit above broad regional scenery in the Scenery Library. FSX users can follow our practical photoreal scenery installation and activation guidance rather than guessing folder placement or priority.
X-Plane
X-Plane commonly uses orthophotos as a regional ground layer, with separate overlays supplying roads, buildings and vegetation. Airports and overlays normally sit above orthophoto or mesh packages in scenery_packs.ini.
Some orthophoto packages include their own terrain mesh. Competing mesh packages covering the same tile do not simply combine, so scenery order determines which one appears. Custom imagery may also respond less convincingly to X-Plane 12’s seasons and surface effects than scenery designed for those features; our X-Plane 12 photoreal comparison explains when that compromise makes sense.
Can photoreal and default scenery be used together?
Yes. A hybrid installation is usually the most practical setup because the simulator can use custom coverage in selected regions and fall back to default scenery elsewhere.
- Define the purpose. Start with one favourite airport, city or VFR route instead of downloading an entire country.
- Check what the package contains. Determine whether it provides only imagery or also includes mesh, autogen, buildings, vegetation, water masks and night lighting.
- Install one layer at a time. Confirm that the base imagery loads before adding an airport, object overlay or another regional package.
- Set scenery priority correctly. Keep detailed airports above broad regional coverage. In X-Plane, place overlays above orthophotos; in FSX and Prepar3D, check the Scenery Library order.
- Remove duplicate coverage. Disable other packages for the same tile or airport while diagnosing buildings, mesh and texture conflicts.
- Inspect the edges. Fly across the package boundary and check for colour changes, missing water, displaced coastlines and sudden elevation steps.
- Test realistic conditions. Compare daylight, darkness, another season and the lowest altitude at which you expect to use the scenery.
There is rarely a reason to delete the simulator’s default scenery. Keep it as the worldwide fallback and disable individual custom packages when troubleshooting.
Why does photoreal scenery look blurry, flat or misplaced?
Most disappointing photoreal scenery is caused by limited source imagery, a missing companion layer or conflicting scenery—not by one universal graphics setting.
- Flat towns and missing trees: the imagery has loaded, but the required autogen or object overlay has not.
- Blurred ground: the source resolution may be too low for the viewing altitude, or higher-detail streamed tiles may still be loading.
- Roads offset from the photograph: the imagery and simulator’s vector-road data may come from different dates or may be incorrectly georeferenced.
- Floating or sunken terrain: two mesh packages may conflict, or the airport elevation may not match the regional mesh.
- Duplicate buildings: overlapping object packages, photogrammetry or airport scenery are drawing the same area twice.
- Clouds, aircraft or shadows on the ground: these were captured in the source photograph and cannot be removed through graphics settings.
- Land where water should be: the package may lack a suitable coastline or water mask.
- Black, blank or corrupted tiles: check package compatibility, missing texture files, installation completeness and scenery priority.
- Harsh colour seams: use colour-corrected coverage, reduce the enabled area or return to default scenery where the boundary is too conspicuous.
Does photoreal scenery reduce FPS?
Photoreal scenery does not always reduce frame rate heavily, but it can increase storage use, loading time, texture-memory demand and data throughput. Dense buildings, vegetation and detailed airports usually cost more CPU and GPU performance than the flat image layer itself.
High-resolution local imagery benefits from fast storage and enough graphics memory to hold the required textures. Streamed scenery reduces permanent storage requirements but depends on network speed, server delivery and cache behaviour. Stutters or persistent blur can appear when data cannot be supplied quickly enough.
Lowering object density may help a heavy overlay but will not repair low-resolution source photography. Likewise, reducing texture quality can save memory while making the imagery softer. Use our guide to the scenery settings that affect graphics, memory and FPS to change the limiting setting rather than reducing everything.
For accurate daytime VFR, use well-colour-matched photoreal coverage with suitable buildings, vegetation and mesh. For worldwide flying, seasonal weather, night operations and low maintenance, retain the default. Selective regional photoreal scenery over a dependable default world remains the strongest choice for most simmers.