How to improve FPS in Rocket League (PC)
Rocket League runs on a heavily modified version of Unreal Engine 3, a lightweight engine by today's standards that Psyonix has spent nearly a decade optimizing to prioritize smoothness over visual fidelity. At the competitive level, the game runs almost entirely on the CPU: ball physics, car-to-car collisions, and netcode depend on single-thread calculations that cap FPS long before the GPU becomes the bottleneck. This guide is aimed at those looking to push past the 240 FPS limit with maximum frametime stability, not at those wanting "more graphics": every setting here is evaluated for its impact on input lag and consistency, not aesthetics. We cover the settings that actually move the needle, the differences between Windowed/Fullscreen/Borderless mode, and why high-end graphics hardware barely matters in this game.
This is what you'd gain with a NVIDIA RTX 3050
Calculations based on our FPS model combined with the % gain of each setting (measured in public benchmarks).
1. Quick wins (no visual loss)
Start here. Each one adds a little, but together they give +64% free FPS.
Modo de pantalla
Exclusive Fullscreen mode bypasses the Windows compositor (DWM) and reduces input lag compared to Borderless. On systems with G-Sync/FreeSync there may be more flicker when alt-tabbing, but the latency benefit is real and measurable with tools like CapFrameX.
V-Sync
V-Sync introduces additional input lag by forcing synchronization with the monitor's refresh rate, something critical in a game where flicks and aerials depend on instant reaction. Disabling it can cause tearing on monitors without G-Sync/FreeSync, but the freed framerate more than compensates.
Renderizado en primer plano
Rocket League reduces resources by default when the window loses focus. Making sure this setting is enabled prevents sudden FPS drops when using Discord overlay, a second monitor, or streaming software in the background.
Calidad de sombras
Dynamic shadows from cars and the ball are among the few graphical elements with a real cost in Rocket League. Dropping to Low frees up notable FPS on mid-range CPUs without affecting game readability, since the ball's shadow on the ground still shows clearly enough to predict bounces.
Ambient Occlusion
Ambient occlusion adds contact shading between surfaces, a purely cosmetic effect that adds no relevant gameplay information. Its cost is low but constant every frame, so disabling it is "free FPS" with no competitive downside.
2. Medium impact settings
Here's where most of the FPS is. Minor visual impact, major performance impact.
Calidad de textura
Lowering texture quality frees up some VRAM and memory bandwidth, with a modest but perceptible FPS impact on low/mid-range GPUs with little VRAM. The visual impact is minimal because Rocket League's textures are simple by design (stylized cartoon style).
Reflejos de la pelota
Reflections on the ball's and cars' bodywork use constantly recalculated cubemaps. Lowering them reduces GPU load, though it changes the game's characteristic "shiny" look, so some players prefer keeping them on Medium as a compromise.
Resolución de renderizado (escala)
Dropping the resolution scale below 100% renders the game at a lower internal resolution and scales it up, gaining FPS at the cost of sharpness, especially noticeable in nameplates and the minimap. It's the most powerful lever available after disabling V-Sync, useful on laptops or iGPUs chasing a stable 240 FPS.
Detalle del mundo (World Detail)
Controls the density of decorative environment elements (stands, background effects in arenas). Reducing it frees up some CPU load in static geometry processing, with a visual impact limited to background details that don't affect match readability.
Anti-aliasing
TAA (Temporal Anti-Aliasing) smooths edges but adds slight blur and GPU cost. Dropping to Low reduces that cost; disabling it entirely (Off) gains even more FPS but introduces noticeable jagged edges on cars at high speed, which distracts many players.
3. Upscaling (DLSS / FSR / XeSS)
The biggest gain in the game. Compatible with almost any modern GPU.
Sin soporte DLSS/FSR/XeSS nativo
+0% FPSRocket League doesn't implement DLSS, FSR, or XeSS. Being a very lightweight Unreal Engine 3 game targeting 240+ FPS even on modest hardware, Psyonix has never needed to add AI upscaling: the game already runs at hundreds of FPS on most current dedicated GPUs. Don't trust guides that mention "enabling DLSS in Rocket League"; that option doesn't exist in the menu.
Resolution Scale (escalado nativo del juego)
+15% FPSThe real alternative is the game's own "Render Scale" slider (0% to 100%), which reduces internal render resolution without AI-based reconstruction. It's a much cruder solution than DLSS/FSR (more sharpness loss for the same % reduction), but it's the only scaling lever available and is sufficient given how lightweight the game already is.
4. Tips by GPU
NVIDIA
- •Enable "NVIDIA Reflex Low Latency Mode" to Ultra from the NVIDIA control panel to reduce CPU-GPU input lag, especially useful in Rocket League given its dependence on instant reaction.
- •Force the power mode to "Prefer maximum performance" in the NVIDIA control panel to prevent the GPU from downclocking between frames in a game with such low and variable graphics load.
- •Disable the GeForce Experience overlay (Alt+Z) during competitive matches: in a game this lightweight, the overlay can introduce micro-stutters disproportionate to the game's actual rendering cost.
AMD
- •Enable "Radeon Anti-Lag" from Adrenalin Software to reduce render queue latency, a very noticeable effect in a game with FPS as high as Rocket League.
- •Disable Radeon Chill if you had it enabled for other games: in Rocket League it artificially limits framerate below the 240 cap you're trying to maximize.
- •Update to the latest Adrenalin drivers: Psyonix and AMD have fixed several stutter issues specific to classic Fullscreen mode in past driver updates.
Intel
- •On Intel iGPUs (Iris Xe, integrated Arc), lower Render Scale to 80-85% and Texture Quality to Medium: Rocket League is playable at 240 FPS even on recent integrated graphics with these settings.
- •Make sure enough shared RAM is allocated to the iGPU from the BIOS if you use integrated graphics, since the game reserves more memory than its visual lightness suggests.
- •Update Arc/Iris drivers to the latest version: Intel has notably improved Unreal Engine 3 performance in recent updates to its graphics stack.
Sistema
- •Prioritize a CPU with high single-core performance (frequency and IPC) over core count: ball physics and collisions run mostly on a main thread, so a processor with a good boost clock beats one with more cores but lower frequency.
- •Disable Windows "Game Mode" if you notice micro-stutters: in Rocket League, some users report better frametime consistency with this feature disabled due to how it manages process priority in very lightweight games.
- •Use a Windows power mode set to "High performance" or "Best performance" and disable aggressive CPU C-States in the BIOS to avoid micro clock drops between the short load bursts typical of this game's CPU usage pattern.
5. Known game issues
Micro-stuttering in classic Fullscreen mode
A subset of users, especially with NVIDIA GPUs and certain G-Sync monitors, report brief periodic stutters in exclusive Fullscreen mode that don't appear in Borderless. It's usually related to the interaction between the Windows compositor, the graphics driver, and the UE3 engine itself; switching to Borderless or forcing V-Sync Off usually mitigates it, though not always fully.
Physics desync when unlocking FPS above 240
Unofficial methods (launch parameters) exist to exceed the 240 FPS menu limit, but Psyonix has repeatedly warned that the physics engine isn't validated above that threshold: it can cause erratic behavior in bounces, collisions, and demolitions. For this reason, the official competitive scene actively discourages exceeding 240 FPS.
Framerate drops in the main menu and Rocket Pass
The main menu, especially with the 3D car showcase and animated seasonal background enabled, can consume surprisingly more resources than an actual match, causing FPS drops or fans spinning up just from having the game open in the menu. Disabling animated backgrounds in the interface options reduces this unnecessary consumption.
Estado: Partially mitigated in Rocket Pass updates after 2023, though the issue reappears with seasons that add new animated backgrounds.
6. Frequently asked questions
Why doesn't my framerate go up even though I have a powerful GPU?▾
Is it worth unlocking the 240 FPS limit?▾
Fullscreen or Borderless for lower input lag?▾
Is it worth waiting for a new GPU to play Rocket League better?▾
Want to know exactly how many FPS YOUR PC will get?
Enter your GPU and CPU in our calculator and measure the real impact of each setting.
Calculations based on consensus of technical sources and our own FPS model. More about our methodology →