Supported handling
- Common uncompressed palette, 16-bit, 24-bit, and opaque 32-bit Windows BMP files
- Raw DIB artwork with a supported Windows information header
- Bottom-up and top-down orientation within the proven layout subset
AI-NATIVE VECTORIZATION
Bring supported legacy Windows bitmap artwork directly into PerfectVector. Common uncompressed BMP and DIB layouts are prepared locally, then rebuilt as inspectable vector paths.
or try by clicking an image
PerfectVector rebuilds your image as crisp, scalable vector art. Sharp at any size, anywhere.
BMP is a family of layouts, not one universal encoding. PerfectVector supports the proven uncompressed Windows subset used by its tested browser preparation path.
Choose the original legacy bitmap when possible. PerfectVector inspects its bytes instead of trusting only the filename or MIME label.
The browser normalizes a supported uncompressed layout into the existing PNG processing envelope. Unsupported variants stop before any upload begins.
Review the watermarked preview, edges, colors, and anchor nodes to decide whether the interpreted vector fits your editing or print job.
Use one credit to unlock the SVG, then open it in your preferred vector editor. Unlocked results can be downloaded again without another credit.
BMP stores artwork as pixels and is common in older Windows applications, archived design folders, and legacy production workflows. Its typically uncompressed pixel data can preserve hard edges well, but the file still becomes blocky when enlarged and remains difficult to recolor or reshape.
PerfectVector accepts a bounded set of common uncompressed Windows BMP and DIB layouts. The browser inspects the real file structure, normalizes supported palette, 16-bit, 24-bit, and opaque 32-bit sources into the canonical image workflow, and rejects unsupported compression or layouts before requesting an upload URL.
Vectorization interprets those pixels as shapes; it does not promise a pixel-identical reconstruction. Clean logos, lettering, diagrams, icons, and flat illustrations are stronger candidates than photographs or unusual bitmap variants. Inspect the watermarked result and its anchor nodes before unlocking the SVG.
Keeping the BMP preserves its original pixels. Vectorizing changes the representation so the artwork can scale and be edited as paths.
| Legacy bitmap check | PerfectVector | Keep BMP | Raster SVG wrapper |
|---|---|---|---|
| Artwork becomes editable vector paths | YesPixels are interpreted as shapes | NoThe bitmap stays flat | NoPixels remain embedded |
| Common uncompressed BMP or DIB input | Direct inputWithin the proven subset | Original format | Converter-dependentSupport varies by wrapper tool |
| Every original pixel stays unchanged | InterpretedThe goal is clean paths | Yes | YesThe bitmap is merely contained |
| Crisp enlargement beyond source resolution | Vector paths | Pixels enlarge | Embedded pixels enlarge |
| Unusual or compressed BMP variants | Export to PNG firstUnsupported layouts stop before upload | Keep the originalNo conversion is attempted | VariesWrapper support is not universal |
Keep the BMP when exact legacy pixels matter. Vectorize supported artwork when you need scalable, editable geometry.
I'd tried everything and been let down every time — I'd given up, figuring today's tech just couldn't do this. And you actually built it. If this is real, it's genuinely incredible.
It converts at even better quality than I expected — it preserves the character of the original better than anything else I've tried.
PerfectVector is impressively fast, and the output quality is already very good. With a bit more refinement it could easily compete with the leading tools.
Way more detailed than I expected. Opening Illustrator to convert every single time was such a chore — bookmarked.
Tried it — it's accurate. Simple images actually expose detail differences more than complex ones do, and this nails them.
Yes, within the supported uncompressed Windows bitmap subset. PerfectVector recognizes common BMP files and raw DIB sources, prepares them locally, and rejects unsupported layouts before requesting an upload URL.
The tested workflow accepts common uncompressed Windows palette, 16-bit, 24-bit, and opaque 32-bit layouts with supported information headers. RLE and other compressed variants, non-opaque 32-bit layouts, and unsupported headers should be exported to PNG first.
Many BMP files store hard-edged artwork without lossy JPEG artifacts. That can give the vectorizer clear regions to interpret, especially for logos, lettering, icons, diagrams, and flat illustrations. The result still depends on the actual artwork.
Not necessarily. Vectorization rebuilds visible pixels as shapes instead of preserving every pixel literally. Flat artwork often translates closely, while photos, noise, tiny details, or unusual color transitions may become stylized.
PerfectVector prepares noncanonical sources in your browser, then sends a normalized image through the 5 MiB processing envelope. If resizing or compression could affect quality, you review that change before the upload continues.
Vectorizing and preview are always free and unlimited — you only spend a credit when you download a finished file.
Vectorizing and preview are always free and unlimited — you only spend a credit when you download a finished file.
Unlimited vectorizing & preview