Converting WebP to TGA produces a texture-pipeline format game engines and 3D DCC tools accept natively. TGA's alpha support and straightforward compression make it a working format for textures, sprites, and source art.
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Drop your WEBP files here
Lossless conversion of the WebP's decoded pixels. Any WebP lossy artifacts stay. TGA is usually larger than the source WebP because its RLE compression is less efficient than WebP's. Alpha transfers cleanly.
TGA is read by every major 3D tool, most game engines, Photoshop, GIMP, and texture utilities. Browsers and consumer viewers don't typically support it.
WebP is Google's 2010 image format based on the VP8 video codec. It offers lossy and lossless modes, full alpha transparency, and animation in a single container. At matched quality it's typically 25–35% smaller than JPG or PNG. Every major browser has supported it since 2020.
TGA (Targa) was developed in 1984 for Truevision graphics cards. It persists in game development, 3D rendering, and film VFX pipelines because it supports high bit-depths, an alpha channel, and optional run-length compression. Many DCC tools (Maya, Blender, ZBrush) use TGA for textures.
Not inherently. Some pipelines specifically expect TGA for historical reasons. If your tools read PNG cleanly, PNG is usually a better choice.
Yes. TGA's 8-bit alpha channel maps directly to WebP's alpha. Both use straight (non-premultiplied) alpha by default.
WebP is Google's 2010 image format based on the VP8 video codec. It offers lossy and lossless modes, full alpha transparency, and animation in a single container. At matched quality it's typically 25–35% smaller than JPG or PNG. Every major browser has supported it since 2020.
TGA (Targa) was developed in 1984 for Truevision graphics cards. It persists in game development, 3D rendering, and film VFX pipelines because it supports high bit-depths, an alpha channel, and optional run-length compression. Many DCC tools (Maya, Blender, ZBrush) use TGA for textures.
Yes. The converter runs entirely in your browser using WebAssembly. Your images are never uploaded, never sent to a server, and never leave your device.
There's no hard limit, but because everything runs in your browser you're bounded by available memory. Very large images (over a few hundred megapixels) can hit browser memory limits. Process in smaller batches if you run into issues.