Budget Roblox texture memory for the devices players use.

Analyze a complete texture set or ZIP

Choose the real source files instead of entering every width, height, quantity, format, and mip setting by hand. The browser tool reads supported image headers, expands ZIP entries locally, hashes exact duplicates, samples decoded alpha where supported, and calculates each mip level with GPU block rounding.

• Download size and expanded source bytes
• RGBA8-equivalent uncompressed GPU memory and exact mipmap overhead
• Desktop, Mobile, and VR / Quest recommendations
• BC1, BC3, BC5, BC7, ASTC, ETC2, and KTX2 transcode comparisons
• Unused alpha, duplicate, oversized-map, normal-format, and ORM packing checks

Run Roblox Texture Memory

How should Roblox creators think about texture memory?

Roblox experiences run across a wide hardware range, so a texture set should be judged by screen coverage and mobile constraints rather than desktop source resolution alone. This estimate highlights oversized maps, repeated images, unused alpha, and separate material masks that can inflate download and runtime cost.

Prioritize broad-device readability over source resolution

The analyzer is an independent planning estimate and does not reproduce Roblox client internals. Use it to reduce source waste, then validate the published experience on representative devices.

1. Start with Mobile. Use the mobile target as the initial ceiling for maps intended to load broadly.
2. Check screen coverage. Reserve larger textures for assets that can occupy enough pixels on screen to show the detail.
3. Test the published experience. Confirm visual quality, load behavior, and memory on the real Roblox clients you support.

Roblox Texture Memory FAQ