Dying Light: The Beast — Best PC Settings for Smooth FPS

TL;DR

• Do the Windows tweaks first: disable Game Bar (except Ryzen 7900X3D/7950X3D), enable Hardware-accelerated GPU scheduling, keep Game Mode and switch to Balanced power.
• NVIDIA: use DLSS override (Frame Generation, Ray Reconstruction, Super Resolution), Low Latency Mode On, Shader Cache 10GB+; tweak Digital Vibrance and Power Management.
• AMD: enable FSR 4 if present, lock Radeon Chill 3 FPS below refresh, keep Anti-Lag off, Image Sharpening 60–70%.
• In-game: Fullscreen, native resolution, VSync off with VRR, turn Dynamic Resolution off, cut Draw Distance and Shadows first for biggest FPS gains.

What You Need to Know First

Short version: get Windows and drivers right before you touch the game. You can micro-optimize in-game all you like, but if your system is doing dumb stuff in the background you’ll still get dumpster frames.

Step-by-Step Guide

1. Windows baseline (do this first)

   1. Go to Settings > Gaming and set:
      • Game Bar: Disable (except Ryzen 7900X3D or 7950X3D users).
      • Hardware-accelerated GPU scheduling: Enable.
      • Game Mode: Keep Enabled.
      • Captures: Disable all recording/overlay captures.
   2. Power plan: switch to Balanced (not High Performance). Modern CPUs often sustain better boost behavior on Balanced.
   3. Update GPU drivers and motherboard BIOS; enable XMP/DOCP memory profiles.

2. NVIDIA driver tweaks (NVIDIA App > Graphics)

   • Global DLSS Override Settings:

• Display/perf extras: Enable G-Sync (Fullscreen and windowed), set Digital Vibrance to ~55% if you like punchy colors, and consider Power Management to 133% only if your card runs cool and you accept the extra power draw.

1. AMD driver tweaks (Radeon Software)

• If you see stutters, use Reset Shader Cache in Radeon Software to rebuild corrupted shaders.

1. In-game video settings (start here every session)

• Turn off Motion Blur (set to 0). It’s pointless in a zombie game.

1. The heavy hitters: what to cut first

   1. Draw Distance Multiplier — highest impact. Default: 100 (Medium), 140 (High). Drop to 100 for a 30–40% FPS uplift if you were on 140.
   2. Shadows Quality — set to Medium for a good balance. High costs a lot of frames for little visual gain.
   3. Ambient Occlusion Quality — Low recommended; the game needs some AO or scenes look flat, but High rarely justifies the hit.
   4. Keep Screen Space Shadows enabled — negligible perf cost and improves depth.

2. Upscalers and final configs

• If you have DLSS/FSR available, prioritize those over brute-force lowering of every setting. Upscaling gives the biggest perceptual gain for the least visual cost.

1. Final sanity checks
   • Confirm monitor is running at the refresh rate you expect in Windows and the game.
   • Test with and without VRR to see which feels smoother; some setups prefer VSync off + VRR on.
   • If random stutters persist, clear shader caches and test one driver version back—new drivers can introduce regressions.

If you want the TL;DR hands-on: Windows tweaks, driver upscaling overrides, then choke Draw Distance and Shadows. You'll get the biggest bang for your time.

Pro Tips

• If you have a fast NVMe drive, set Shader Cache Size to 100GB only if you actually have the disk space—otherwise 10GB is plenty and avoids wasting storage.
• For NVIDIA users, Smooth Motion off reduces input lag; Frame Generation can be silky but adds microstutter on some systems—test with a stopwatch or a death-cam to compare.
• Lock Radeon Chill to 3 FPS below your monitor refresh (e.g., 167 for 170Hz) to avoid tearing while saving power and thermals during climbs or slow scenes.
• If Draw Distance kills FPS, raise texture and LOD back up first after lowering distance—textures sell a lot of perceived quality, distance sells very little during tight combat.
• Keep a driver rollback option handy. New drivers sometimes fix one thing and nuke another; if performance tanks after an update, test the previous stable driver.

Common Mistakes to Avoid

• Toggling every setting at once — change one thing at a time. If you flip eight switches and performance changes, you won't know which switch caused it.
• Leaving Game Bar or background capture enabled — cheap CPU cycles and hidden frame spikes. Disable unless you need it for very specific workflows.
• Assuming High shadows or Draw Distance are worth the cost — they’re the biggest FPS sinks for marginal visual returns.
• Using Anti-Lag or similar low-level features as a band-aid for input issues — they can sometimes cause more problems than they solve; test with them off.