Marvel Rivals Update Cuts PC File Size by 40GB with Texture Overhaul

Marvel Rivals is set to receive a significant technical update as NetEase prepares to launch the Season 9.5 patch on 7 August. The headline change is a dramatic reduction in the game's install size, particularly for PC players, as the developer implements a new approach to texture compression and asset packaging. This move is designed to address the persistent issue of ballooning file sizes in live-service titles, which can quickly consume storage as new content and features are layered on over time.

Season 9.5 Patch Details

The upcoming patch will see the PC version of Marvel Rivals shrink by up to 40GB, a substantial cut that reflects a complete repackaging of the game's visual assets. NetEase has stated that this is achieved through improved texture compression, which not only reduces storage requirements but is also intended to enhance overall visual quality. However, players should be aware that the initial download for the update will be larger than usual, as the new assets replace the existing ones in full. Once the update is installed, the final footprint on disk will be considerably lighter.

Console players on PlayStation 5 and Xbox Series X/S will also benefit from the update, though the reduction is less dramatic. On these platforms, the install size will drop by approximately 15GB. NetEase has not specified the exact reasons for the smaller reduction on consoles, but it is likely related to platform-specific asset handling and compression techniques.

Technical Improvements and Player Impact

The overhaul is part of NetEase's ongoing effort to keep Marvel Rivals manageable for players with limited storage, especially as the game's universe continues to expand with each new season. The developer has acknowledged that file size growth is a natural consequence of live-service development, but insists that technical solutions like advanced texture compression can mitigate the problem without sacrificing visual fidelity. The update is expected to make the game more accessible for those on smaller SSDs or with multiple large titles installed.

Players should note that, due to the nature of the update, the initial patch download will be larger than a typical seasonal update. This is a one-off consequence of repackaging the game's assets, and future updates should return to more standard sizes. The update coincides with the introduction of The Hood, a new character joining the roster, further expanding the game's content offering.

Platform Differences and Storage Context

While the PC version sees the most dramatic reduction, the update highlights ongoing challenges in managing file sizes across different platforms. Console versions often face additional constraints due to certification requirements and platform-specific asset formats, which can limit the effectiveness of compression techniques. This is not unique to Marvel Rivals; other major titles have faced similar issues, as seen when Final Fantasy 14's Switch 2 release was confirmed to occupy nearly half the console's internal storage.

NetEase's approach demonstrates a willingness to invest in technical solutions that benefit the player base, even if the process requires a larger-than-usual update in the short term. The company has not indicated whether further reductions are planned, but the current patch sets a precedent for future optimisation efforts as the game continues to evolve.

Texture compression is a process that reduces the size of image files used in games without significantly impacting their visual quality. By using more efficient algorithms and asset packaging, developers can decrease the amount of storage required for high-resolution textures, which are often the largest contributors to a game's file size. This is especially important for live-service games, where frequent updates and new content can quickly inflate storage demands. Effective compression helps maintain accessibility for players across a range of hardware, from high-end PCs to consoles with more limited storage capacity.