How do I fix aircraft jagged edges and shimmer in MSFS?
Fix jagged aircraft edges and shimmer in MSFS with the right anti-aliasing, render scale, sharpening and add-on checks on PC, VR and Xbox.
To fix jagged aircraft edges and shimmering in Microsoft Flight Simulator (MSFS), run the display at its native resolution, use TAA or DLAA, set render scaling to 100, and disable excessive sharpening. If performance allows, raise render scaling modestly. Shimmer confined to one aircraft or livery usually points to that add-on.
Why do aircraft edges shimmer in MSFS?
Aircraft shimmer occurs when thin or high-contrast details cannot be sampled consistently from one frame to the next.
Wing edges, antennae, cockpit frames, registration letters, livery stripes, propeller effects and distant parked aircraft are common offenders. As the camera or aircraft moves, aliasing makes these details crawl, sparkle or break into jagged steps.
- Render scaling below 100 leaves the anti-aliasing system with less source detail.
- Performance-oriented upscaling can destabilise small lettering, diagonal lines and transparent parts.
- Excessive sharpening exaggerates pixel-level changes that would otherwise be less visible.
- Non-native output resolution adds another scaling stage between MSFS and the display.
- Add-on construction can introduce poor mipmaps, harsh alpha edges, reflective-material sparkle or geometry thinner than a pixel.
If every aircraft shimmers, start with the display and rendering pipeline. If only one aircraft, repaint or exterior view is affected, investigate that content first.
Is it aliasing, tearing or stuttering?
Anti-aliasing settings only help if the problem is crawling or jagged detail rather than an unrelated motion fault.
- Aliasing or shimmer: thin edges sparkle or change shape while you pan the camera.
- Screen tearing: a horizontal split passes through the whole image. Use V-Sync, an appropriate frame cap or variable refresh controls instead.
- Temporal ghosting: moving aircraft parts or cockpit text leave a faint trail. This often points to an upscaler or temporal anti-aliasing artefact.
- Stuttering: the whole scene pauses or advances unevenly. For MSFS 2020, use our separate checks for stutters and micro-pauses.
Anisotropic filtering can improve runway and ground textures viewed at shallow angles, but it will not clean up an aircraft silhouette.
Which MSFS anti-aliasing setting should you use?
Start with TAA at 100 render scale; test DLAA next if it is available on your hardware and you have enough GPU headroom.
| Setting | Expected result | Choose it when |
|---|---|---|
| TAA | Usually stable on wing edges, cockpit framing and livery text | You want the safest general-purpose starting point |
| DLAA | High-quality native-resolution anti-aliasing, but with a substantial GPU cost | You have compatible hardware and prioritise image quality |
| DLSS Quality | Better performance, although fine lines and glass-cockpit detail may shimmer or ghost | You need more frames without using an aggressive preset |
| FSR or similar Quality upscaling | A performance compromise that may be less stable than native rendering | Native-resolution TAA is too demanding |
| Balanced or Performance upscaling | More breakup on small lettering, antennae and diagonal stripes | Frame rate matters more than fine-detail stability |
| TAA above 100 render scale | Mild supersampling that can calm residual jaggies | You have spare GPU capacity, especially at 1080p or 1440p |
The available labels vary with the MSFS edition, GPU and platform. DLAA is not the same as DLSS: DLAA concentrates compatible hardware on anti-aliasing at output resolution, while DLSS reconstructs an output image from a lower internal resolution.
Should you use TAA or DLSS for aircraft shimmer?
TAA is usually the better choice when minimum shimmer is more important than maximum frame rate.
DLSS Quality is a sensible compromise when the GPU cannot sustain native rendering. Inspect it while panning around registrations, canopy frames and antennae; a still screenshot can look sharp even when those details are unstable in motion. At 1080p, DLSS has relatively little source information and its artefacts are often easier to see.
V-Sync, frame generation and an FPS limiter do not repair the underlying edge sampling. They can improve motion delivery, but they should not be treated as anti-aliasing fixes.
What settings should you change first?
Change one part of the image pipeline at a time, beginning with resolution and anti-aliasing before touching unrelated graphics settings.
- Match the display's native resolution.
Set Windows, the GPU output and MSFS to the panel's native resolution. On a television, also check that the input is not being subjected to overscan or unnecessary scaling.
- Select TAA and set render scaling to 100.
This gives MSFS a clean native-resolution baseline. If a temporal upscaler is active, its Quality, Balanced or Performance preset controls the internal rendering resolution instead, so do not compare its scale directly with TAA at 100.
- Test DLAA if available.
Use the same aircraft, camera position and lighting. Keep it only if the cleaner edges justify the performance cost on your system.
- Raise TAA render scaling modestly.
Try 110 and then 120 rather than making a large jump. The improvement is most noticeable at 1080p and 1440p; rendering above 100 at 4K is expensive and may produce only a small visible gain.
- Use Quality mode if upscaling is necessary.
DLSS, FSR and similar technologies reconstruct missing pixels. Quality mode preserves more source detail than Balanced or Performance and is less likely to destabilise aircraft markings.
- Reduce sharpening.
Disable driver-level sharpening or image enhancement while testing, then keep any in-game, driver and display sharpening modest. Stacking several sharpening stages is a common cause of sparkling edges.
- Repeat an identical camera test.
Use the same parking stand, weather, time, aircraft, livery, zoom and viewing angle. A mistake we see constantly is comparing settings under different lighting and mistaking a weaker reflection for better anti-aliasing.
If higher render scaling costs too much performance, retain the cleaner anti-aliasing baseline and recover GPU headroom elsewhere. Our broader MSFS 2024 settings baseline for high-end PCs and VR explains the wider image-quality trade-offs.
What changes in VR?
In VR, the headset runtime resolution replaces the monitor's native resolution as the crucial baseline.
Avoid reducing both the headset or OpenXR render resolution and the in-sim render scale at the same time; the losses compound. Establish one at a stable value, then adjust the other. Quality upscaling may recover performance, but cockpit lettering, wires and distant aircraft are often where its reduced source resolution becomes visible first.
None of that is working — what should I test next?
If the standard MSFS settings do not help, isolate driver overrides, display processing and aircraft-specific content before reinstalling anything.
- Test a default aircraft with its stock livery.
Park it in the same location and pan slowly around the exterior. If the default aircraft is stable, the simulator-wide graphics settings are probably not the main cause.
- Reset GPU driver overrides.
Return forced anti-aliasing, sharpening and image-scaling features to
application controlledor off. Driver-level anti-aliasing rarely replaces MSFS's own temporal solution cleanly. - Check the complete scaling chain.
Confirm that Windows, the GPU and the monitor or television agree on output resolution. Double scaling can produce softness and shimmer together, particularly on televisions.
- Reduce display processing.
Use a gaming or PC input mode where available, set sharpness near its neutral position, and disable edge enhancement and motion interpolation while testing.
- Disable the suspect aircraft or livery.
Move its package out of the active Community folder, or disable or uninstall it through the simulator's content management system where appropriate. Restart MSFS and repeat the default-aircraft test.
- Undo manual configuration edits.
If the problem began after changing configuration files or third-party graphics utilities, restore those changes before clearing caches or reinstalling the simulator.
Reinstalling MSFS will not remove normal temporal aliasing. Some residual movement on propeller discs, wipers, antennae, transparent surfaces and distant one-pixel details is unavoidable, especially at 1080p or on a large television.
Why does only one aircraft or livery shimmer?
Shimmer limited to one aircraft usually comes from its model, materials, textures or repaint rather than your global anti-aliasing setting.
- Try the stock livery. High-contrast stripes, small registrations and custom decals can expose weak mipmaps.
- Compare exterior and cockpit views. An exterior-only fault points towards the exterior model, paint or material setup.
- Check different sun angles. Sparkle that changes sharply with the light may be specular aliasing from reflective materials rather than the painted edge itself.
- Update or remove the package. Only the aircraft or livery developer can fully correct poor mipmaps, alpha edges or excessively thin geometry.
Can you fix aircraft shimmer on Xbox?
Xbox users can reduce display-added shimmer, but the console exposes fewer rendering controls than the PC version of Microsoft Flight Simulator.
Set the console output to the television's native resolution, use the television's game mode, reduce sharpness and disable motion processing. Compare a default aircraft with a stock livery; if only one add-on shimmers, the same aircraft-specific limitations apply. Some fine-detail shimmer in bright external views is normal and does not indicate a damaged installation.
Does this advice apply to Elite Dangerous anti aliasing?
Elite Dangerous uses different anti-aliasing and supersampling controls, so the MSFS setting names do not map directly.
Start at the display's native resolution, keep supersampling or render scale at 1.0 rather than below it, and disable performance-oriented upscaling while establishing a baseline. If the available choices include SMAA and FXAA, test SMAA first; FXAA can soften the image without fully stabilising thin geometry.
Raising supersampling above 1.0 is usually the strongest way to reduce jagged ship edges, station rails and orbital lines, but it is expensive because the game renders more pixels. Add it gradually, use the highest-quality upscaling preset only when performance requires one, and avoid heavy sharpening. As in MSFS, a frame cap or V-Sync can fix tearing but cannot cure aliasing.