SVG to BMP Converter: Free, Private, No Upload

Convert SVG files to BMP in your browser. Lossless output, batch up to 20 files at once, no upload, no account, no watermark. Your files never leave your device.

SVG to BMP
Batch up to 20 files
No upload, no account
Metadata stripped

1Add up to 20 images
2Pick from 18 formats
3Download or copy the code

Processed on your device. Your images are never uploaded, and metadata is stripped. How we keep it private

How do I convert SVG to BMP for free?

Drop your SVG files into the tool above, choose BMP as output, and download the result. Everything runs in your browser, so nothing is uploaded and there is no limit or watermark. It works on Windows, Mac, Linux, ChromeOS, iOS and Android — anywhere you have a modern browser.

Price: Free, no credits and no daily cap
Account required: No
File uploaded to server: No, processed locally in your browser
Batch limit: Up to 20 files at once
Input format: SVG
Output format: BMP
Best for: BMP workflows, lossless quality, editing, printing
Works on: Chrome, Edge, Firefox, Safari, iOS and Android browsers
Privacy: No upload, no tracking, metadata stripped
Output quality: Lossless, exact pixels

How to convert SVG to BMP

1
Drop your SVG files
Drag up to 20 SVG files onto the page or click to choose them. Everything runs in your browser.
2
BMP is preselected
Output is already set to BMP. Adjust quality, resize or batch if you want.
3
Download
Save each BMP, or download all of them together as a ZIP.

SVG to BMP: what changes and when it makes sense

SVG is an Scalable Vector Graphics format. It is best known for staying sharp at any size and being styleable and animatable with CSS and JavaScript. The main drawbacks are poor suitability for photographs, and large files when paths are very complex.

BMP is a Bitmap image format. It is best known for a simple structure that legacy programs and embedded systems can read without a decoder library. The main drawbacks are enormous files and no reliable transparency.

SVG vs BMP at a glance

Property	SVG	BMP
Type	Vector image	Raster image
Compression	XML text describing shapes and paths (often gzipped in transit)	Usually uncompressed (run-length encoding exists but is rare)
Transparency	Full alpha channel with soft edges	None
Animation	Yes	No
Colour depth	Resolution independent, with colour set by attributes and CSS	1 to 32 bits per pixel
Support	Renders in every browser and most design tools, but many upload forms and social platforms refuse it	Opens in browsers and most desktop software, but almost never used on the web
History	SVG 1.0 was released by the W3C in September 2001. SVG 2 became a Candidate Recommendation in 2016 and is partially supported in modern browsers. Used on every major website for icons and logos.	Created by Microsoft for Windows 1.0 in 1985 as the native bitmap format for the Windows Graphics Device Interface. The "BM" signature has been unchanged since then. Still used in embedded systems and legacy Windows software.

What actually changes in this conversion

SVG is a vector format, so converting it to BMP means rasterising it. The result is a fixed grid of pixels at the size you choose. It will not scale cleanly afterwards.
BMP cannot store transparency, so transparent areas are filled with white.
SVG can hold animation, but BMP cannot, so the result is a single still frame.
EXIF, GPS and camera data are stripped on every conversion. That is good for privacy, but you lose capture dates.

About SVG: history and technical details

SVG 1.0 was released by the W3C in September 2001. SVG 2 became a Candidate Recommendation in 2016 and is partially supported in modern browsers. Used on every major website for icons and logos.

Technical: XML-based. Root element is <svg> with viewBox defining coordinate space. Paths use <path d="..."> with move/line/curve commands. Supports gradients, filters, masks, clipping, and animation via SMIL or CSS. Can embed fonts and images.

Real-world size: A typical logo as SVG is 2-15 KB; the same logo as PNG at 500px is 20-80 KB. Icons saved as SVG are usually 80-95% smaller than PNG and sharp at any size.

Popular tools: Inkscape, Adobe Illustrator, Figma, Sketch, Affinity Designer, SVGOMG, SVGO, VS Code (with extensions).

Alternatives: PNG (fixed size, universal), WebP (lossless or lossy, alpha supported), PDF (for print), ICO (favicon only).

About BMP: what you get

Created by Microsoft for Windows 1.0 in 1985 as the native bitmap format for the Windows Graphics Device Interface. The "BM" signature has been unchanged since then. Still used in embedded systems and legacy Windows software.

Technical: File header 14 bytes (signature, size, reserved, offset) followed by DIB header (40+ bytes). Supports 1, 4, 8, 16, 24, 32-bit pixels. Rows padded to 4-byte boundaries. Pixels can be stored bottom-up or top-down. Optional RLE4/RLE8 rarely used.

Real-world size: A 12-megapixel photo is 36 MB as 24-bit BMP. As JPG it is 2-4 MB (90% smaller). A 1920x1080 screen at 32-bit BMP is 8.3 MB; as PNG 200-600 KB.

Popular tools: Windows Paint, IrfanView, XnView, ImageMagick, GIMP, Adobe Photoshop, embedded dev tools.

Alternatives: PNG (lossless, 5-20x smaller), TGA (game pipelines), TIFF (professional print), JPG (lossy, much smaller).

Browser and software compatibility

SVG: Renders in every browser and most design tools, but many upload forms and social platforms refuse it. BMP: Opens in browsers and most desktop software, but almost never used on the web.

BMP output opens in browsers and most desktop software, but very few web workflows expect it.

Why people move away from SVG

Many platforms, including most social networks, email clients and ad servers, will not accept SVG uploads.
Anything that needs fixed pixels, such as app store assets or link preview images, has to be rasterised.
SVG can contain scripts and external references, so many services block it for safety reasons.

Why people choose BMP

Some legacy Windows software, embedded displays and industrial tools only read BMP.
With no compression there is no decoding step and no compression artefacts.

Common mistakes with SVG

Uploading SVG to social media — most platforms silently reject it
Forgetting to optimise — unoptimised SVGs from Illustrator can be 100x larger than needed
Using SVG for photographs — file size explodes and quality is worse than JPG

Best practices for keeping quality

A vector has no native pixel size, so pick the output size you actually need. Scaling the result up later will blur it.
Expect a very large file. Check the upload limit and free disk space before saving.
Flatten any transparency first. BMP does not reliably carry an alpha channel.
Resize before converting if the image will be shown small. A 4000 pixel photo displayed at 800 pixels wastes bytes in any format.
Check the result at 100 percent zoom, especially around text, edges and gradients, before you replace any originals.
Keep your original files. Conversions to a lossy format cannot be undone.
When you convert a set of images, use the same quality setting for the whole batch. The converter handles up to 20 files at once.

SVG to BMP questions

Quick answers about privacy, quality, supported formats, file limits and how BMP works.

Why convert SVG to BMP?

BMP is lossless. It keeps every pixel exactly. It is the safe choice when you plan to edit, print or need exact pixel data.

Will converting SVG to BMP lose quality?

No. BMP is lossless, so nothing is thrown away.

Does BMP keep transparency?

No. BMP does not support transparency. Transparent areas will be filled with white.

Are my files uploaded?

Never. Everything runs in your browser. Your files never leave your device. Open DevTools Network tab while processing — you will see no upload request.

Can I convert many files at once?

Yes, up to 20 files at once. Download them individually or all together as a ZIP.

Does the converter strip metadata?

Yes. Browsers do not pass EXIF data through a canvas, so GPS, camera model and dates are removed on every conversion. That is good for privacy.

Is it free?

Yes. No credits, no daily cap, no account, no watermark. The practical limit is your device memory.

Why is BMP so large?

Because it stores raw pixel data with little or no compression. A 12-MP photo as 24-bit BMP is 36 MB, compared to 2-4 MB as JPG. The tradeoff is speed (no decoding needed) and lossless quality.

Your files never leave your device

No upload, no account, no tracking. Everything happens in your browser using the Canvas API and WebAssembly. You can confirm this in your browser's DevTools Network tab while the tool runs — no request carries your file. See why ToolDeck is different.