Marathon is here, and it runs like garbage on default settings. Bungie’s extraction shooter uses Unreal Engine 5 with Nanite and Lumen — tech that looks gorgeous but murders your frame rate. Whether you’re on a budget GPU or a beefy RTX 4080, these are the Marathon best PC settings to hit 60fps (or way higher) without the game looking like a PS2 title.
This is a competitive game. Every frame matters. Dead players don’t extract loot. Let’s get your FPS sorted.
Marathon Recommended Settings (Quick Copy)
Here’s the settings table for competitive play. Copy these and go. Detailed explanations for each setting are below.
| Setting | Recommended (Competitive) |
|---|---|
| Resolution | Native (1080p/1440p) |
| Upscaling | DLSS Quality (Nvidia) / FSR Quality (AMD) |
| Frame Generation | ON (RTX 40-series only) |
| Nvidia Reflex | ON + Boost |
| Shadow Quality | Low |
| Global Illumination | Low |
| Post Processing | Low |
| View Distance | Medium |
| Texture Quality | High |
| Texture Streaming | On |
| Anti-Aliasing | TAA or DLSS |
| Motion Blur | OFF |
| Film Grain | OFF |
| Chromatic Aberration | OFF |
| Depth of Field | OFF |
| V-Sync | OFF |
Now let’s break down why, and how to adjust based on your GPU.
Marathon Best PC Settings — Competitive Visual Tweaks
Turn These OFF Immediately
Motion Blur, Film Grain, Chromatic Aberration, Depth of Field — disable all four. These are cinematic effects that actively hurt your ability to see enemies. Motion blur smears your screen during fast movement. Film grain adds noise. Chromatic aberration distorts edges. Depth of field blurs anything you’re not directly looking at. In a competitive extraction shooter where spotting enemies first means life or death, these settings are pure disadvantage.
V-Sync — off. Always. V-Sync caps your frame rate to your monitor’s refresh rate and adds input lag. Use Nvidia Reflex instead.
Shadow Quality — Low
Shadows are one of the biggest FPS killers in Marathon. Dropping from Ultra to Low can gain you 15-25 fps depending on the scene. Low shadows still exist — you’ll still see player shadows for gameplay reads — they just render at lower resolution.
Global Illumination — Low
Lumen global illumination is the single most expensive setting in Marathon. It calculates realistic light bouncing in real-time, and it’s beautiful, but it absolutely tanks performance. Set it to Low. You’ll barely notice the visual difference in the heat of a firefight, but you’ll feel the extra 20+ fps.
Post Processing — Low
Post processing handles bloom, lens flares, ambient occlusion, and color grading effects. Low strips out the flashy stuff and gives you a cleaner, more readable image — which is exactly what you want in competitive play.
View Distance — Medium
View Distance in Marathon doesn’t affect player render distance — other runners always render at full distance regardless of this setting. This only affects environmental detail like distant foliage and structures. Medium is the sweet spot between performance and not having pop-in distract you.
Texture Quality — High
Keep this on High if you have 8GB+ VRAM. Textures load into your GPU’s memory and barely impact frame rate once loaded. Lower texture quality makes the game look noticeably worse without meaningful FPS gains. If you’re on 4GB VRAM (GTX 1650, RX 6500 XT), drop to Medium.
DLSS, FSR, and XeSS — Which Upscaler to Use
Marathon supports all three major upscalers. Here’s what to pick:
Nvidia GPU (RTX 20/30/40 series): Use DLSS on Quality mode. This is the best balance of visual clarity and performance. DLSS reconstructs frames using AI and looks nearly identical to native resolution while giving you a solid 30-40% FPS boost. If you need more frames, try Balanced — but avoid Performance mode in a competitive game, as the image gets too blurry for spotting distant enemies.
AMD GPU (RX 6000/7000 series): Use FSR on Quality mode. FSR 3.0 has improved significantly, though it’s still not quite as sharp as DLSS. Quality mode keeps the image clean enough for competitive play.
Intel GPU (Arc series): Use XeSS on Quality mode. Similar story — decent reconstruction, keep it on Quality.
For a deeper comparison, check out our DLSS vs FSR vs XeSS breakdown.
DLSS 3 Frame Generation (RTX 40-Series)
If you have an RTX 4060 or higher, turn Frame Generation ON. This generates interpolated frames between real rendered frames, effectively doubling your perceived frame rate. The input lag penalty is minimal when paired with Nvidia Reflex, and the extra visual smoothness is significant.
Nvidia Reflex — ON + Boost
Non-negotiable if you have an Nvidia GPU. Reflex reduces the render queue and cuts input lag by 20-40ms in most cases. The “ON + Boost” option keeps your GPU clocked higher to minimize latency even further. In a game where getting your shot off first decides who extracts, lower input lag is a direct competitive advantage.
GPU Tier Breakdown — Marathon Best Settings by Hardware
Budget Tier (GTX 1660 Super / RX 6500 XT / RX 6600)
- Target: 60fps at 1080p
- Resolution: 1080p
- Upscaling: FSR Quality (or DLSS Quality if GTX 1660 Super via modded driver support)
- Everything on Low except Textures (Medium)
- Disable all visual effects
- You’ll hover around 50-70fps in most areas, with dips in heavy combat
Mid Tier (RTX 3060 / RTX 4060 / RX 6700 XT / RX 7600)
- Target: 80-100fps at 1080p or 60fps at 1440p
- Resolution: 1080p or 1440p
- Upscaling: DLSS/FSR Quality
- Settings from the recommended table above
- Frame Generation ON for RTX 4060
- Comfortable 80-120fps at 1080p, 60-80fps at 1440p
High Tier (RTX 4070 Super+ / RX 7800 XT+)
- Target: 120+ fps at 1440p
- Resolution: 1440p native or DLSS Balanced
- Shadows: Medium, GI: Low, everything else Medium-High
- Textures: High/Ultra
- Frame Generation ON for RTX 40-series
- You can push 100-144fps at 1440p consistently
Common Marathon FPS Issues
Shader Compilation Stutters
The first time you launch Marathon, the game compiles shaders for your specific GPU. This causes massive stutters for the first 10-15 minutes of gameplay. Let it happen. Go into the firing range or a low-stakes match and just run around. Once shaders are compiled, the stutters go away. Don’t restart the game mid-compile — let it finish.
Memory Leak After Long Sessions
Marathon currently has a memory leak. After 2-3 hours of continuous play, you’ll notice frame rate degradation and increasing stutters. Restart the game every 2-3 hours until Bungie patches this. Monitor your RAM usage in Task Manager — if Marathon is eating 12GB+, it’s time to restart.
CPU Bottleneck on Older Processors
Marathon is CPU-intensive due to its server tick rate and AI processing. If you’re on a quad-core CPU (i5-7400, Ryzen 3 1200), you may be CPU-bottlenecked regardless of GPU settings. Check GPU utilization — if your GPU is below 90% usage while your CPU is pinned at 100%, your CPU is the bottleneck. Lowering settings won’t help much here.
Final Optimization Checklist
- Update GPU drivers to the latest version (released day-one for Marathon)
- Set Windows power plan to High Performance
- Close Chrome, Discord (use browser version), and RGB software
- Set Marathon to High Priority in Task Manager → Details → right-click Marathon.exe
- If you’re on a laptop, make sure it’s plugged in and using the dedicated GPU
These Marathon best PC settings should have you running smooth and competitive. Bungie will optimize performance in future patches, but for now, these tweaks get you the best frame rate without sacrificing the visual clarity you need to win fights.
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