How to Make Marvel Rivals Load Faster: A Complete Optimization Guide

Marvel Rivals is a visually demanding hero shooter built on Unreal Engine 5, which means it carries serious hardware requirements and plenty of opportunities for load time bottlenecks. Whether you're waiting through the initial game launch, map loading screens, or mid-session asset streaming, there are meaningful steps you can take — though how much improvement you'll see depends heavily on your specific setup.

Why Marvel Rivals Takes So Long to Load

Before jumping into fixes, it helps to understand what's actually happening during a load screen. Marvel Rivals uses Unreal Engine 5's Nanite and Lumen rendering systems, which require loading high-detail geometry and dynamic lighting data. This is significantly more demanding than older engine architectures.

During loading, the game is typically doing three things simultaneously:

• Reading game assets (textures, models, audio) from storage
• Decompressing data into RAM
• Preparing assets for the GPU to render

Each of these steps can be a bottleneck depending on where your system is weakest. Identifying that weak link is the real work.

The Biggest Factor: Your Storage Drive 💾

The single most impactful variable in load times for modern games is storage type. Marvel Rivals, like most Unreal Engine 5 titles, is optimized for fast NVMe SSDs. Here's how storage tiers generally compare:

If Marvel Rivals is installed on a traditional hard drive, moving it to an SSD — even a budget SATA SSD — will typically produce a noticeable reduction in load times. Moving from a SATA SSD to an NVMe drive tends to offer a more incremental but still real improvement.

You can move the game's install location through the Marvel Rivals launcher settings or your platform client (Steam, Epic Games) without reinstalling from scratch.

RAM: The Hidden Bottleneck

System RAM acts as the working memory between your storage drive and your CPU/GPU. Marvel Rivals officially recommends 16GB of RAM, but users running exactly at that threshold may experience longer loads because the OS and background processes are competing for that same memory.

Key RAM factors that affect load performance:

• Capacity — 16GB is the functional minimum; 32GB gives the game more headroom
• Speed — DDR4 running at 3200MHz or higher, or DDR5, improves data transfer rates
• Dual-channel configuration — Two sticks of RAM running in dual-channel mode provide meaningfully better bandwidth than a single stick of the same total capacity

If your system is loading assets in batches rather than all at once, it's often a RAM capacity or bandwidth issue.

CPU and Background Processes

The CPU handles asset decompression, and Marvel Rivals is multi-threaded, meaning it benefits from higher core counts. However, even on a capable processor, excessive background tasks can eat into available threads and slow things down.

Practical steps to reduce CPU competition during loading:

• Close unnecessary background applications — browsers with many tabs, streaming software, Discord's hardware acceleration, and background update services all consume CPU cycles
• Set Marvel Rivals to High priority in Windows Task Manager (under the Details tab) so the OS allocates more CPU time to the game
• Disable startup programs that run in the background without needing to — use Task Manager's Startup tab or msconfig to review these

On Windows 11, Game Mode (found in Settings > Gaming > Game Mode) is designed to reduce background interruptions during gaming sessions, though its effect varies by system configuration.

In-Game Settings That Affect Load Times 🎮

A few settings within Marvel Rivals itself can influence how quickly assets load or how smoothly the game transitions between scenes:

• Texture Quality — Higher texture settings require more VRAM and take longer to load into memory. Reducing texture quality from Epic to High or Medium won't visually degrade gameplay significantly at standard resolutions but can reduce asset load time
• Shader Compilation — On first launch or after updates, the game compiles shaders in the background. This is normal and temporary; it does not indicate a problem with your system
• Pre-load settings — Some launchers allow background pre-loading of game files. Enabling this means assets are cached before you actively need them

Lowering graphical settings doesn't just improve framerate — it reduces the total data that needs to be loaded and held in memory at any given time.

Storage Maintenance That Actually Matters

Even a fast SSD performs below its potential if it's poorly maintained:

• Available space — SSDs slow down significantly when filled above roughly 80–85% capacity. Keep at least 10–15% of the drive free
• Fragmentation — HDDs benefit from periodic defragmentation; SSDs should never be defragmented (Windows handles SSD optimization separately via TRIM)
• Drive health — Tools like CrystalDiskInfo (free) can show you whether your drive is flagging errors or degraded performance

Network vs. Local Load Times

It's worth separating two different things people often call "load time":

• Local load time — How quickly your machine reads and processes game data from storage (everything above applies here)
• Match-making and connection delay — How long the game takes to connect you to a server and synchronize with other players

A fast storage drive does nothing for server-side matchmaking delays. If your loading screen ends quickly but you still wait a long time before a match starts, that's a network or server queue issue, not a hardware issue.

The Variables That Shape Your Results

What makes optimization advice complicated here is how differently systems respond depending on the combination of factors at play. A player on an older PCIe 3.0 NVMe SSD with 32GB of RAM may see faster loads than someone on a PCIe 4.0 drive paired with only 12GB of RAM running at single-channel speeds. Someone on a laptop with a fast CPU but a power-throttled SSD will have a different ceiling than a desktop with equivalent specs.

The game's requirements, your current hardware configuration, what's running alongside it, and how your storage is set up all interact in ways that make the improvement ceiling genuinely specific to each machine.