What are the MSFS 2024 recommended PC specs and best graphics settings?
MSFS 2024 recommended PC specs, practical 1080p, 1440p and 4K build targets, plus the best High, Ultra and texture settings.
Microsoft Flight Simulator 2024 officially recommends a Core i7-10700K or Ryzen 7 2700X, RTX 2080 or RX 5700 XT, 32 GB RAM and 50 GB storage. For 1440p, start at native resolution, 100% render scale and High settings; prioritise a faster modern CPU, 12 GB-plus GPU and NVMe SSD for a new PC.
MSFS 2024 PC requirements: official minimum, recommended and ideal specs
Microsoft publishes three PC specification tiers for MSFS 2024, but the Recommended tier should not be read as a promise of Ultra graphics or a fixed frame rate.
| Official tier | Processor | Graphics card | System RAM | VRAM | Internet bandwidth |
|---|---|---|---|---|---|
| Minimum | Ryzen 5 2600X or Core i7-6800K | Radeon RX 5700 or GeForce GTX 970 | 16 GB | 4 GB | 10 Mbps |
| Recommended | Ryzen 7 2700X or Core i7-10700K | Radeon RX 5700 XT or GeForce RTX 2080 | 32 GB | 8 GB | 50 Mbps |
| Ideal | Ryzen 9 7900X or Core i7-14700K | Radeon RX 7900 XT or GeForce RTX 4080 | 64 GB | 12 GB | 100 Mbps |
All three official tiers list Windows 10 and 50 GB of storage. Treat 50 GB as the basic simulator requirement, not the total space needed for the rolling cache, updates and add-ons. An SSD is strongly preferable even though the published chart does not require a particular SSD type.
The Minimum tier is a compatibility floor. Dense airports, complex airliners, live traffic, cloud-heavy weather and detailed scenery can overwhelm it. The Recommended tier is a reasonable baseline for restrained settings, while the Ideal tier is closer to the hardware class needed for 4K, selected Ultra settings or demanding VR.
Our component-by-component MSFS hardware guide gives additional buying guidance for different aircraft, resolutions and upgrade budgets.
What PC specs do you need for MSFS 2024 at 1080p, 1440p and 4K?
A sensible MSFS 2024 PC pairs a fast gaming CPU with enough GPU power and VRAM for the chosen resolution; buying a flagship graphics card while keeping a slow processor produces poor results at busy airports.
| Display target | Practical CPU target | Practical GPU and VRAM target | Memory | Realistic settings strategy |
|---|---|---|---|---|
| 1080p High | Recent fast 6-core or better gaming CPU | Modern mainstream GPU with 8 GB VRAM; 10–12 GB preferred for add-ons | 32 GB | Native resolution, High settings and moderate LOD and traffic |
| 1440p High or High/Ultra mix | Fast modern gaming CPU with strong per-core and cache performance | Upper-mid-range or faster GPU with at least 12 GB VRAM | 32 GB | Native 1440p, High clouds, High or Ultra textures and controlled LOD |
| 4K High | Very fast modern gaming CPU | High-end GPU with 16 GB VRAM preferred | 32–64 GB | High settings with Quality upscaling when required |
| 4K maximum graphics | Top-tier gaming CPU with excellent main-thread performance | Flagship-class GPU with 16 GB or more VRAM | 64 GB preferred | Selected Ultra settings; demanding hubs may still need lower LOD and traffic |
For the best balanced new PC, we would choose a cache-strong gaming CPU, a high-end GPU with 16 GB of VRAM, 32 GB of system RAM and an NVMe SSD with ample spare capacity. Move to 64 GB when using complex airliners, large scenery packages and several mapping, recording or flight-planning utilities together.
Gaming laptops need extra scrutiny. A mobile GPU can be substantially slower than a desktop card carrying a similar name, and sustained power limits or heat may reduce performance during a long flight. Compare cooling and sustained GPU power, not only the product label.
Should you prioritise the CPU or GPU?
Prioritise the CPU for busy airports, AI traffic, high Terrain LOD and avionics-heavy aircraft; prioritise the GPU for higher resolution, render scaling, clouds and expensive shadow effects.
- Choose a faster CPU when performance is worst on the ground and lowering Terrain LOD, Object LOD or traffic helps.
- Choose a faster GPU when lowering resolution, render scale, clouds or shadows makes the largest difference.
- Choose more VRAM when high-resolution textures, detailed scenery and 4K output cause repeatable hitching or texture degradation.
- Choose 64 GB of RAM for workload headroom, not as a substitute for a faster processor or graphics card.
Low total CPU utilisation does not rule out a CPU limit. MSFS can saturate the main thread while other cores remain partly idle, so an apparently underused processor may still be holding back the frame rate.
How much storage and internet speed does MSFS 2024 need?
Install MSFS 2024 on an SSD and leave generous free space for updates, caches and add-ons. An NVMe drive improves loading and content access, but it cannot repair a CPU or GPU bottleneck.
World data is streamed, so a stable connection matters as much as headline bandwidth. The official 10, 50 and 100 Mbps figures are tier guidelines; they do not prevent latency, local Wi-Fi congestion or server-side interruptions from causing delayed scenery and uneven detail.
What are the best MSFS 2024 graphics settings for 1440p?
The best 1440p starting point is native 2560×1440 output, 100% render scale and the High preset, followed by selective increases to textures and filtering rather than maximum LOD, traffic and shadows.
| Graphics setting | Recommended 1440p starting point | When to change it |
|---|---|---|
| Display resolution | Native 2560×1440 | Keep native unless GPU performance is severely constrained |
| Render scale | 100% | Try 90% if GPU-limited before making a large reduction |
| Anti-aliasing | TAA | Use Quality upscaling when extra GPU headroom is needed |
| Terrain LOD | 150–200 | Lower it when approaches and dense cities are main-thread limited |
| Object LOD | 100–150 | Reduce it if airport buildings and city objects cause CPU pressure |
| Texture Resolution | High; Ultra with sufficient VRAM | Lower it only when memory pressure, hitching or unstable textures appear |
| Anisotropic filtering | 16x or the highest option | Usually keep high because its performance cost is modest |
| Volumetric clouds | High | Lower during heavy weather if the GPU is saturated |
| Shadow quality | Medium or High | Reduce before sacrificing cockpit and runway clarity |
| Ambient occlusion | High | Drop to Medium when GPU frame time needs trimming |
| Reflections | Medium | Ultra is rarely the best use of the performance budget |
| Windshield effects | High | Reduce if weather effects cause a noticeable GPU hit |
| Glass-cockpit refresh rate | Medium for complex airliners; High for simpler aircraft | Lower it when avionics contribute to a main-thread limit |
| AI traffic and airport activity | Low to Moderate | Reduce first when performance collapses at large hubs |
A 3440×1440 ultrawide monitor renders more pixels than standard 2560×1440, so it sits between ordinary 1440p and 4K in GPU load. At 1080p, keep TAA and native resolution but resist spending all the spare performance on extreme LOD. At 4K, Quality upscaling is usually a better first compromise than lowering textures or making cockpit displays unreadable.
For a simpler baseline with fewer variables, our High-preset balanced configuration focuses on stable frame times and restrained traffic.
Should you use TAA or Quality upscaling?
Use TAA when cockpit text, instrument edges and distant runway markings are the priority; use a Quality upscaler when the GPU needs more headroom at 4K or in demanding weather.
Aggressive Balanced or Performance upscaling starts from a much lower internal resolution. The resulting softness and shimmering are particularly visible at 1440p, so use those modes only after Quality has proved insufficient. Compare cockpit labels, fences, taxiway markings and moving propeller edges rather than judging an external view alone.
Can MSFS 2024 run at max or Ultra graphics?
MSFS 2024 can run with Ultra settings on high-end hardware, but no PC guarantees maximum graphics and steady performance in every aircraft, airport and weather combination.
The Ultra preset is not one uniform workload. Resolution, clouds and shadows load the GPU; Terrain LOD, Object LOD, traffic and glass avionics can load the main thread; textures and detailed add-ons consume VRAM. A powerful GPU therefore cannot compensate for every CPU-limited approach into a dense hub.
- Keep Ultra textures when VRAM usage is stable and close-up cockpit or scenery detail benefits.
- Keep anisotropic filtering at its highest option for sharper runway and ground textures at shallow angles.
- Use High clouds before cutting render resolution; the visual difference from Ultra is often a better compromise than a softer image.
- Keep LOD sensible because extreme values can damage main-thread performance without transforming the view from the cockpit.
- Limit traffic and airport activity at complex hubs instead of expecting the Ultra preset to account for every add-on.
- Use Medium or High reflections and shadows where maximum settings cost more than they add to normal flight-deck views.
Frame Generation can raise the displayed frame count on supported hardware, but it does not reduce the simulator's underlying main-thread workload. Enable it only after the base frame rate is usable, and check for artefacts around propellers, cockpit displays and rapidly moving edges.
MSFS 2024 texture resolution comparison: is Ultra worth it?
High Texture Resolution is the best default for most PCs; Ultra is worthwhile at 1440p or 4K when the graphics card has ample VRAM and the aircraft or scenery contains detail that can use it.
| Texture setting | Visible result | Best use |
|---|---|---|
| Low | Soft cockpit surfaces, ground markings and nearby scenery textures | Graphics cards under severe memory pressure |
| Medium | Improved readability with restrained memory use | Entry-level GPUs or detailed add-ons exceeding available VRAM |
| High | Sharp panels and scenery in normal cockpit views | The best general-purpose setting for 8–12 GB cards |
| Ultra | Higher-detail texture levels remain available at close range | 12–16 GB-plus cards, 4K displays and close inspection of detailed assets |
Texture quality often has little frame-rate cost while everything fits in VRAM. Once memory is exhausted, however, swapping and asset eviction can produce severe hitching, delayed texture sharpening or unstable frame times. That is why dropping textures from Ultra to High may do nothing on one PC yet fix stutters on another.
The setting cannot create detail missing from the source asset, and it does not repair blurred photogrammetry caused by streaming. For a fair texture comparison, use the same aircraft, location, camera position, output resolution and render scale, then allow streamed assets to finish loading.
If memory use is the problem, follow our methods for cutting MSFS 2024 VRAM use before reducing every graphics option indiscriminately.
How should you tune MSFS 2024 graphics step by step?
The reliable tuning method is to establish a repeatable High baseline, identify whether the main thread, GPU or memory is limiting performance, and change one related setting at a time.
- Establish a clean baseline. Complete simulator and graphics-driver updates, then temporarily test without questionable third-party packages in the
Communityfolder. - Set the display correctly. Select the monitor's native resolution, 100% render scale and the High preset. Leave Frame Generation off while diagnosing the underlying workload.
- Choose a difficult repeatable test. Use the same complex aircraft, busy airport, cloud cover, camera position and traffic conditions. Empty countryside is not a useful airport-performance test.
- Check the limiting component. Use the simulator's frame-time information where available. As a practical test, reduce LOD and traffic for a CPU limit or render scale and clouds for a GPU limit.
- Adjust the correct group. Change Terrain LOD, Object LOD, traffic and cockpit refresh rate for main-thread pressure. Change render scale, clouds, shadows and ambient occlusion for GPU pressure.
- Check memory separately. Lower Texture Resolution by one step and repeat the test if hitching appears with detailed scenery or after changing aircraft.
- Add optional features last. Enable Frame Generation, motion blur or other preference-based effects only after ordinary frame delivery is stable.
- Retest the worst phase of flight. Taxi, departure and final approach usually expose problems hidden at cruise altitude.
Why does MSFS 2024 stutter on a powerful PC?
A powerful PC can still stutter when one subsystem briefly reaches its limit, particularly where dense scenery, traffic, avionics, weather and streamed data arrive together.
| Symptom | Likely cause | First test |
|---|---|---|
| Slow at major airports but lowering resolution barely helps | Main-thread or traffic limit | Reduce Terrain LOD, Object LOD, AI traffic and glass-cockpit refresh rate |
| Performance improves immediately with lower render scale or clouds | GPU limit | Use Quality upscaling or reduce expensive lighting and shadow effects |
| Hitching appears with detailed scenery, 4K output or Ultra textures | VRAM pressure | Set textures to High and test without the detailed scenery package |
| Low-detail terrain or pauses vary by location and connection | World-data streaming or cache issue | Check network stability and cache behaviour before replacing hardware |
| Only one aircraft or airport performs badly | Add-on complexity or conflict | Repeat the scene with a default aircraft and an empty Community folder |
| A laptop slows after an extended session | Thermal or sustained-power limit | Check temperatures, power mode and cooling behaviour |
Our CPU, GPU and streaming diagnosis checklist covers the next troubleshooting steps. Once the worst bottleneck is controlled, a frame-rate cap your PC can sustain consistently may feel smoother than a higher figure that fluctuates throughout the flight.