Best MSFS 2024 graphics settings for an RTX 5070 Ti?
Use the best MSFS 2024 RTX 5070 Ti settings for 1080p, 1440p and 4K, with clear DLSS, Frame Generation, LOD and stutter fixes.
For an RTX 5070 Ti, we recommend Microsoft Flight Simulator 2024 with Ultra textures, 16× anisotropic filtering, High-to-Ultra clouds, Terrain LOD 200 and Object LOD 150. Use DLAA or DLSS Quality at 1440p, DLSS Quality at 4K, and Frame Generation only when the real, pre-generation frame rate already feels smooth.
Recommended RTX 5070 Ti settings for MSFS 2024
The best all-round desktop RTX 5070 Ti profile uses Ultra texture detail but avoids maxing the CPU-heavy LOD sliders. Start with these settings, then tune for the aircraft, airport and weather you actually use.
| Setting | 1080p | 1440p | 4K |
|---|---|---|---|
| Rendering preset | Custom from Ultra | Custom from Ultra | Custom High/Ultra |
| Anti-aliasing/upscaling | DLAA | DLAA or DLSS Quality | DLSS Quality |
| Frame Generation | Off normally | Optional for high-refresh output | On if the base frame rate is stable |
| Render scale | 100% with DLAA or TAA | 100% with DLAA or TAA | Controlled by the DLSS preset |
| Terrain Level of Detail | 200 | 200 | 150–200 |
| Objects Level of Detail | 150 | 150 | 150 |
| Texture resolution | Ultra | Ultra | Ultra |
| Anisotropic filtering | 16× | 16× | 16× |
| Volumetric clouds | Ultra | Ultra | High; Ultra with spare GPU capacity |
| Buildings, trees and grass | Ultra | High/Ultra | High |
| Offscreen Terrain Pre-Caching | Ultra | Ultra | Ultra |
| Shadow maps and terrain shadows | High | High | High |
| Ambient occlusion and reflections | High/Ultra | High | High |
| Windshield effects | Ultra | Ultra | Ultra |
| NVIDIA Reflex Low Latency | On, if exposed | On, if exposed | On, if exposed |
| Motion blur and depth of field | Off or personal preference | Off or personal preference | Off or personal preference |
At a complex handcrafted airport, reduce Terrain LOD to 150 and Objects LOD to 100 before sacrificing texture quality. Those LOD controls, traffic and glass-cockpit refresh rate often tax the CPU more than the graphics card.
This profile assumes the desktop RTX 5070 Ti with 16 GB of VRAM. Laptop variants operate within different power and thermal limits, so their results can vary substantially; use the same settings but follow the GPU-limited reductions below when necessary.
Which DLSS mode is best for an RTX 5070 Ti?
At 1440p, DLAA gives the sharpest cockpit displays, while DLSS Quality is the better default for high-refresh flying or demanding add-on airports. At 4K, DLSS Quality provides the strongest balance of image quality and GPU headroom.
- 1080p: use DLAA or TAA at 100% render scale. DLSS often provides little benefit because MSFS 2024 is more likely to be CPU-limited at this resolution.
- 1440p: use DLAA for a stable 60 fps target; switch to DLSS Quality when GPU load is the limiting factor.
- 4K: begin with DLSS Quality. Use Balanced only for unusually heavy weather, large airports or high-refresh targets when the FPS display confirms a GPU limitation.
Do not lower render scaling and select an aggressive DLSS mode at the same time. Change one resolution control, check cockpit text and distant detail, then compare performance. Our resolution-by-resolution DLSS preset comparison covers the visual trade-offs in more detail.
Should Frame Generation be enabled?
Enable Frame Generation when MSFS 2024 can already produce a stable real frame rate of roughly 40 fps or more. It can make camera movement look much smoother, but it does not shorten CPU frame time, accelerate the simulation or repair pauses caused by scenery streaming.
At 1080p we would normally leave it off. At 1440p it is useful for high-refresh monitors, while at 4K it is often worthwhile once DLSS Quality has stabilised the underlying frame rate. If controls feel delayed or generated artefacts appear around propellers, rotor blades, cockpit labels or rapid camera movements, turn it off and optimise the base performance first.
RTX 50-series Multi Frame Generation can raise displayed FPS further, but higher multipliers still depend on a clean, consistent base frame. Begin with standard Frame Generation rather than treating the highest multiplier as an automatic best setting. Use our Frame Generation setup steps and Windows checks if the option is unavailable, and see our breakdown of DLSS 4 support on RTX 50-series cards for the distinction between upscaling models and generated-frame modes.
What should I lower if performance drops?
Lower settings according to the active bottleneck rather than reducing the entire preset. MSFS 2024 can be limited by the main thread, GPU, VRAM or scenery streaming, and each problem needs a different fix.
| Symptom | Likely limit | Change first |
|---|---|---|
| FPS display reports Limited by MainThread; GPU utilisation is modest | CPU | Reduce Terrain LOD, Objects LOD, AI traffic, airport activity and glass-cockpit refresh rate |
| FPS display reports Limited by GPU | GPU | Use DLSS Quality, then lower clouds, shadows, reflections and ambient occlusion |
| Repeatable pauses when turning the camera at detailed add-on airports | VRAM or scenery complexity | Reduce texture resolution to High and remove unnecessary high-resolution texture packs |
| Photogrammetry remains soft or loads in bursts despite good FPS | Streaming or cache | Check online data, connection stability and Rolling Cache rather than reducing GPU settings |
| High displayed FPS but uneven motion or delayed controls | Unstable generated frames | Disable Multi Frame Generation or Frame Generation and stabilise the real frame rate |
A common mistake we see is pushing Terrain LOD towards its maximum simply because the RTX 5070 Ti has spare GPU capacity. Terrain LOD can increase main-thread work substantially, so GPU headroom does not mean the CPU can sustain it. Our guide to what each MSFS 2024 setting actually taxes helps separate CPU, GPU, VRAM and streaming adjustments.
How should these settings be tuned for your PC?
A repeatable heavy scenario is the quickest way to optimise an RTX 5070 Ti system without chasing misleading cruise-flight numbers.
- Set the monitor's native resolution. Apply the closest profile from the table and avoid driver-level supersampling while establishing a baseline.
- Load a demanding test flight. Use a complex glass-cockpit aircraft, a detailed airport, overcast weather and a low-altitude city view. Keep the aircraft, weather and camera position unchanged between tests.
- Read the built-in FPS display. Check whether it identifies the main thread or GPU as the limiting component; the displayed FPS alone does not reveal the cause.
- Change one setting group. Adjust LOD and traffic for a CPU limit, or DLSS, clouds and shadows for a GPU limit. Retest before changing anything else.
- Validate approach and taxi performance. A profile that works at cruise altitude may still fail near a large airport where traffic, buildings and cockpit systems are all active.