No upload
Your images stay on your device and are converted by the current browser.
WEBP to JPG batch converter
Convert up to 10 WEBP images to JPG per batch. Your browser processes them one at a time, and the files stay on your device.
Browser-local processing
Up to 10 files per batch. Images are converted one at a time on your device.
Your images stay on your device and are converted by the current browser.
Conversion keeps each image's original width and height without intentional resizing.
Convert up to 10 images per batch and download each result separately.
Drop images or choose up to 10 files from your device.
The conversion runs locally inside your current browser.
Download each image separately when its conversion is complete.
WebP to JPG is useful when an upload form, editor, office app, or older workflow accepts JPEG but not WebP. JPG is broadly compatible and practical for photos. If you are still choosing the output, compare WebP and JPG for your destination.
WebP can contain transparency, while JPG cannot. Transparent areas become white during conversion. If transparency matters, use WebP to PNG instead.
The JPG is newly encoded from the decoded WebP pixels, using a fixed JPEG quality setting and the original pixel width and height. Another lossy encoding step can change fine detail, and converting to JPG cannot restore detail already discarded by WebP compression. Keep the WebP source if you may need another output later.
If you also need a smaller file after conversion, use the image compressor.
No. Image decoding and conversion happen locally in your browser. Your files are not sent to FileOnTap servers.
Yes. Convert up to 10 files per batch. Your browser processes them one at a time, and each result can be downloaded separately.
No. The converter keeps each image's original width and height and only changes the image file format.
Not guaranteed. Browser re-encoding generally does not preserve all original EXIF metadata, so keep the source file when metadata matters.
JPG does not support transparency, so transparent pixels are placed on a white background.