Diagnose & fix
How to Boost FPS in Monster Hunter Wilds
Reviewed July 2026
Monster Hunter Wilds is one of the most demanding games shipped on the RE Engine. This guide covers the highest-return settings, why upscaling usually beats lowering everything to Low, the honest trade-off of Frame Generation, and where the Windows side can help.
What makes Monster Hunter Wilds so demanding
01 What makes Monster Hunter Wilds demanding
Monster Hunter Wilds runs on Capcom's RE Engine — the same engine as Resident Evil Village and Devil May Cry 5 — but scales up to open biomes with dynamic weather transitions, monsters with complex AI, and high-density geometry and particle effects. At 1440p and above, the GPU is typically the bottleneck in open spaces: rendering vegetation, volumetric fog, and long-range shadows saturates the GPU budget. In multi-monster fights, the CPU becomes prominent because each large monster runs its own AI state machine, animation system, and physics simulation in parallel. Optimizing the game means treating those two scenarios differently.
02 The 3 highest-return settings: Volumetric Fog, Shadow Quality, Shadow Render Distance
After testing different configurations, three settings concentrate the largest share of GPU cost without sacrificing much visual readability during gameplay. Volumetric Fog — which controls suspended dust, rain mist, and biome haze — carries a disproportionately high GPU cost relative to its visual impact; lowering it from Ultra or High to Medium or Low frees a notable amount of GPU budget. Shadow Quality controls the shadow map for monsters and the environment; reducing it from Ultra to High or Medium is frequently invisible during fast-paced combat. Shadow Render Distance determines how far shadows project; lowering it prevents the GPU from computing shadows on distant objects that are rarely visible during fights. Reduce these three before touching resolution or geometry.
03 Upscaling first, not everything to Low
A more effective strategy than lowering everything to Low is using DLSS (on NVIDIA RTX GPUs) or FSR (on AMD and other GPUs) in Quality or Balanced mode before reducing individual settings. Upscaling renders the game at a lower internal resolution and scales it intelligently to your monitor's native resolution — the visual result is often better than setting everything to Low at native resolution, and the performance benefit is typically larger. At Quality, DLSS renders at roughly 67% of the target resolution; at Balanced, roughly 59%. The performance lift can exceed lowering a dozen individual settings from High to Medium.
04 Frame Generation: the honest trade-off
Frame Generation (available on NVIDIA RTX 40-series GPUs via DLSS FG, and on AMD RX 7000-series via FSR FG) generates additional frames between actually-rendered frames. It works well when the GPU is the bottleneck — you see a real improvement in displayed frame rate with manageable added latency. It does not help, and can feel actively worse, when the CPU is the bottleneck: if the GPU is already waiting on the CPU, inserting extra frames only adds latency without improving real responsiveness. In Monster Hunter Wilds, multi-monster fights — where AI and physics CPU load spikes — are exactly the moments when Frame Generation helps the least.
05 Settings with lower cost than their reputation suggests
Some settings have a reputation for being expensive but in practice impact performance less in Monster Hunter Wilds as shipped. Ray Tracing in Wilds, as the game was released, applies primarily to water reflections — not to global illumination. Disabling it frees some GPU budget, but the impact is smaller than the name implies. Motion Blur is strictly perceptual — it does not change the actual rendering cost, only whether individual frames have blur applied. Disabling it does not free GPU but it can make fast camera movements feel cleaner to some players.
06 Restarting between long sessions
Some players report a noticeable performance drop across very long sessions that restarting the game recovers. This is consistent with VRAM not fully releasing between area transitions in some configurations — over a long session, fragmented VRAM can cause stutters as the game manages memory more aggressively. It is not universal and Capcom has addressed some memory handling in patches. If you notice a clear performance drop after a long session that was not present at the start, restarting is a reasonable first check before adjusting settings. For persistent stutter issues that appear from the beginning of a session, see the companion guide on Monster Hunter Wilds stutter fixes.
07 Where Neon honestly helps
Monster Hunter Wilds is intensive on both GPU and CPU depending on the scenario. Neon cannot change the hardware or make the RE Engine render faster — settings and hardware do that. What it does is optimize the Windows environment: closing background processes that compete for CPU and RAM (especially relevant in multi-monster fights where the CPU is already near its limit), optimizing the power plan so the CPU runs at its full sustained clock speed, and reducing system interruptions that cause frametime spikes. Every change is safe and reversible.
Common questions
- Should I use DX11 or DX12 in Monster Hunter Wilds?
- Monster Hunter Wilds runs on the RE Engine, which supports both. DX12 generally performs better on modern hardware and is the recommended default, but it has higher CPU overhead and can cause stutters on some configurations — particularly during shader compilation early in a session. DX11 can feel smoother for some players on older hardware or if they experience persistent DX12 stutter. The honest approach is to try both with your specific hardware and see which produces better frametimes in practice, because the right answer varies by system.
- Should I enable Frame Generation in Monster Hunter Wilds?
- Frame Generation (available on NVIDIA RTX 40-series via DLSS FG, and on AMD RX 7000-series via FSR FG) artificially produces extra frames between rendered ones. It genuinely helps when your GPU is the bottleneck — you see a real improvement in displayed frame rate with manageable added latency. It does not help, and can actively feel worse, when your CPU is the bottleneck: the GPU is already waiting for the CPU and inserting extra frames only adds latency without improving real responsiveness. In Monster Hunter Wilds, multi-monster encounters where AI and physics load spike are CPU-heavy moments — Frame Generation helps less exactly when fights are most intense.
- Why does FPS drop in multi-monster fights?
- Multi-monster encounters in Monster Hunter Wilds put significantly more load on the CPU. Each large monster runs its own AI state machine, animation system, and physics simulation. When two or three large monsters are active simultaneously in the same biome, that per-monster CPU cost stacks up. This is not something that lowering GPU-side settings can fully fix — if the CPU is the bottleneck in those moments, reducing Shadow Quality or Volumetric Fog will help somewhat (fewer draw calls and geometry), but the monster AI overhead remains. A faster CPU with strong single-core performance helps the most in these scenarios.
- Does restarting Monster Hunter Wilds between sessions actually help performance?
- Some players report that performance degrades noticeably across very long sessions, and that restarting the game recovers it. This is consistent with VRAM not fully releasing between area transitions in some configurations — over a long session, fragmented VRAM can cause the game to stutter as it manages memory more aggressively. It is not universal and Capcom has addressed some memory handling in patches, but if you notice a clear performance drop after a long session that was not present at the start, restarting is a reasonable first check before adjusting settings.
Where Neon fits
Neon does not change Monster Hunter Wilds settings for you — those have the largest impact and you control them from the game menu. What Neon does is optimize the Windows environment so the hardware you have performs as well as it can.
- Closes background processes competing for CPU and RAM — most relevant during multi-monster fights where the CPU is already near its limit.
- Optimizes the Windows power plan so the CPU maintains its maximum sustained clock speed throughout the entire gaming session.
- Reduces system interruptions that can generate frametime spikes, which in an action game like Monster Hunter Wilds feel like micro-stutters during fast camera movement.
To be transparent: the installer is not code-signed yet, so Windows SmartScreen may show a warning. Neon verifies the checksums of every update before applying it.
Related reading: FSR vs DLSS, render scale explained, what VRAM is and how much you need, whether to cap your FPS, and the Monster Hunter Wilds stutter fix guide (coming soon).