Image Tool

HEIC to WEBP Converter

Publish iPhone HEIC photos as WEBP. Expect compatibility more than dramatic extra compression.

Free to use No account required Stays on your device Nothing uploaded

What this converter does

Browsers generally cannot display HEIC, but they do support WEBP. Converting HEIC to WEBP helps publish iPhone photos without keeping the HEIC container. At typical settings WEBP is lossy, so this is another compression stage on an already efficient source.

Use this when building web pages that accept WEBP and your originals are HEIC.

Related tools: HEIC to JPG · HEIC to PNG · HEIC to AVIF

How to convert HEIC to WEBP

  1. Upload your HEIC file. Drop one or more .heic or .heif photos into the upload area (max 200 MB each). A preview is generated in the browser so you can confirm the photo.
  2. Set WEBP quality. This converter encodes lossy WEBP. The quality slider (default 90%) controls compression. Lower values usually mean a smaller file. It does not restore quality already lost in the source.
  3. Convert to WEBP. Press Convert to WEBP. Processing runs in your browser — the file is not uploaded to ImgTask's server.
  4. Download the result. Download the converted WEBP file when it is ready. Conversion stayed on your device.

Convert HEIC to WEBP for the web

Browsers cannot display a HEIC file, so an iPhone photo dropped straight into a website or CMS usually fails. WEBP solves that compatibility problem.

At normal settings WEBP is lossy, so it does compress the picture. HEIC is already an efficient format, so the WEBP is often a similar size rather than dramatically smaller. The real gain is that the file can be published on the web.

When to convert a HEIC image to WEBP

  • Publishing to a website — WEBP displays in current major browsers; HEIC does not.
  • CMS and CDN uploads that accept WEBP and reject HEIC.
  • Need JPEG for email, printing, or forms instead? Use HEIC to JPG.

Formats, limits, and privacy

Upload limit: 200 MB per image, up to 20 files at once. Images above about 100 megapixels may fail in the browser. Conversion re-encodes pixels and strips EXIF, GPS, XMP, ICC, and DPI metadata; orientation is applied visually first.

Limitations: Confirm WEBP support in your CMS or CDN. Quality settings affect size and detail. The WEBP is often a similar size to the HEIC rather than dramatically smaller. Metadata is stripped.

Privacy: Your image is processed locally in your browser and is not uploaded to ImgTask's server. Image files never leave your device. No account is needed and results carry no watermark.

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Frequently Asked Questions

Upload a .heic or .heif photo, set the quality, click Convert to WEBP, then download the result.
Yes, at typical settings WEBP is a lossy format. Expect a file broadly comparable to the HEIC original rather than a dramatic saving — the real win is that WEBP works in browsers.
There is no daily quota and no sign-up gate. Real limits still apply: a per-image size cap, a batch cap, browser memory limits, and a fair-use rate limit on downloads.
Current major browsers support WEBP, and most modern CMS platforms do too. Some older tools and print workflows still expect JPEG — use HEIC to JPG in that case.
You can convert images up to 200 MB each, and up to 20 files at once. Very large pixel dimensions may still fail in the browser even when the file is under the upload limit.
Conversion runs in your browser. Your image is processed locally in your browser and is not uploaded to ImgTask's server. Image files never leave your device. If the browser cannot process the file, you will see an error and nothing is uploaded.
No. Conversion re-encodes pixels and strips EXIF, GPS, XMP, ICC, and DPI metadata. EXIF orientation is applied visually first so portrait photos stay upright. Live Photos, depth maps, and similar extras are not stored in the output.
Animation is not preserved. Animated GIFs (and animated WEBP/AVIF when the browser decodes only a still) use the first frame.
WEBP can keep an alpha channel when the source has one. Conversion cannot invent transparency that is not in the source pixels.

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