Why SVG Colours Stop Working After Figma or Framer Export (And How to Fix It Fast)
You spent hours getting the colours exactly right in Figma. The gradient is crisp, the brand palette is perfect, the icon set looks immaculate. You export to SVG, drop the file into your project or upload it to Framer, and the colours are gone. Solid black fills where there should be blues. Gradients collapsed to grey. Specific paths inexplicably transparent.
This is not a rare edge case. It is one of the most common complaints across Figma forums, developer communities, and design teams working with SVGs at scale. The frustrating part is that the fix is almost always simple, once you understand what is actually happening under the hood.
This guide explains every major cause of SVG colour failure after Figma or Framer export, and gives you concrete, copy-ready fixes for each one.
Why Your SVG Colours Look Perfect in Figma but Break Everywhere Else
Figma renders SVGs using its own internal engine. That engine is forgiving, consistent, and isolated from the real-world messiness of browser rendering, CSS inheritance, and external stylesheets.
The moment that SVG leaves Figma, it enters an entirely different environment. Browsers apply default styles. Parent elements pass inherited values down. CSS classes on your page may share names with classes Figma exported inside the SVG. And the fill and stroke attributes Figma hardcodes into the SVG markup interact with CSS in ways that are far less predictable than Figma's canvas suggests.
The result: colours that looked perfect in design break in production.
Understanding why this happens is half the battle. Here are the six most common root causes.
The Six Root Causes of SVG Colour Failure After Export
1. Hardcoded Fill Attributes Overriding CSS
When Figma exports an SVG, it hardcodes colour values directly onto path elements as inline attributes:
Inline attributes sit at the highest specificity level in SVG rendering. If you later try to change that colour using CSS, whether in a stylesheet, a Tailwind class, or a React prop, the inline fill wins. Your CSS change appears to have no effect.
This is not a browser bug. It is working as designed. Inline presentation attributes in SVG have higher specificity than class-based CSS rules. The fix requires either removing the hardcoded fill attribute or converting it to currentColor.
The fix:
Replace fill="#1A73E8" with fill="currentColor" on the parent SVG element, and remove individual fill attributes from child paths. Now the SVG colour responds to your CSS color property.
2. CSS Class Name Collisions on the Page
Figma sometimes exports SVGs with internal CSS class names like .st0, .st1, or generic names like .cls-1. These names are meaningless within the isolated SVG context, but when you embed the SVG inline on a web page, those class names enter the global CSS scope.
If your page's stylesheet already has a rule for .cls-1 or .primary, that rule now applies to your SVG paths, overriding the colours Figma intended.
The fix:
Before embedding inline SVGs, scope their internal CSS with a unique prefix. Change .st0 to .my-icon-st0 across both the style block and the path elements, or remove the internal CSS and replace it with explicit fill attributes.
3. The currentColor Trap
Here is the reverse problem. If you or a plugin has already set your SVG paths to use currentColor, the SVG inherits its colour from the nearest parent element's CSS color property. If that parent has color: black or no colour set (defaulting to black in most browsers), every path in your SVG turns black.
This is particularly common when SVGs are imported into frameworks like React Native, where #000000 is sometimes converted to the string literal "black" on export, a string React Native does not recognise, rendering those elements invisible.
The fix:
Check what color value the parent container is passing down. Set an explicit color on the SVG element itself if needed: <svg style="color: #1A73E8">.
4. Color Profile Mismatch: Display P3 vs sRGB
Figma added support for Display P3 wide-gamut colour spaces, which is a genuine improvement for high-fidelity design. The problem is how this interacts with SVG export.
When your Figma document is in Display P3 colour space and you export to SVG, Figma outputs the original P3 hex value rather than a properly converted sRGB equivalent. A colour defined as #00BEAA in P3 space should export as approximately #00C2AA in sRGB, but the export gets this wrong. The visual difference may be subtle on wide-gamut screens but will look noticeably off on standard displays.
Additionally, Figma injects an extra style attribute to carry color-profile metadata when exporting P3 SVGs, which can result in duplicate style attributes on the same element, breaking the SVG entirely in strict parsers.
The fix:
If you are not specifically targeting wide-gamut displays, switch your Figma document colour profile to sRGB before exporting SVGs. Go to File > Document Settings and change the colour space to sRGB.
5. Missing or Broken Gradient Definitions
Gradients in SVG are defined in a <defs> block and referenced by other elements via url(#gradient-id). If that <defs> block is empty, missing, or if the referenced ID does not exist in the file, the element that references it will render as a flat colour (usually black) instead.
This happens when layers are not properly flattened before export, when boolean operations in Figma produce unexpected serialisation, or when SVG cleanup tools strip the <defs> block without checking whether it is still in use.
The fix:
Open the exported SVG in a text editor and check that your <defs> block is present and contains your gradient definitions. A working gradient structure looks like this:
If <defs> is empty, flatten your layers in Figma before re-exporting.
6. Framer's SVG Rendering Scope Limitations
Framer handles SVGs differently from a raw browser environment. Framer wraps SVG assets in its own component system, which can interfere with how fill colours, inherited styles, and CSS variables resolve.
SVGs that contain raster images embedded inside them also hit Framer's size threshold. If the embedded raster exceeds a certain file size limit, Framer will throw an error and refuse to display the file at all — which can look like a colour issue when the whole asset simply fails to load.
The fix for Framer:
Export raster elements (photos, screenshots) from Figma separately as PNG or JPG, compress them externally, then re-upload to Figma and re-export. This keeps the SVG itself lightweight and avoids Framer's embedded-image size restriction. For colour-only issues in Framer, check whether your SVG uses CSS variables for fills — Framer's rendering context may not resolve those variables correctly.
Figma-Specific Export Issues That Kill Colours
Beyond the core causes above, several Figma export behaviours specifically trigger colour problems:
Boolean operations and fill-rule conflicts. When you use Union, Subtract, or Intersect operations in Figma, the exported SVG sometimes includes fill-rule and clip-rule attributes. These attributes control how overlapping paths are filled and can cause unexpected transparent holes or solid-black fills that should be cut-out shapes.
Phantom <rect> elements. A known Figma export issue adds a rectangle to the SVG that does not exist in your design. This rect may carry a background fill that covers your actual artwork.
The fix:
In Figma export settings, check the "Ignore overlapping layers" option. Alternatively, in the frame's fill settings, uncheck "Show in exports" to prevent background fills from appearing in the SVG output.
Layer naming and ID pollution. Figma exports layer names as element IDs. If two layers share a similar name, the exported IDs can conflict. When an element's fill="url(#some-id)" points to an ID that is duplicated or resolved incorrectly, the colour disappears.
The fix:
Before exporting, audit your layer names in Figma for duplicates, especially across components that reference the same gradient or mask.
Framer-Specific Colour Problems and How They Differ
Framer's SVG issues are subtler than Figma's, but they follow a consistent pattern.
Framer renders SVGs as static assets by default. If your SVG relies on currentColor inheritance from a Framer component's style, that inheritance chain may be broken by Framer's internal component isolation. The SVG does not know what colour the parent Framer component is, so it falls back to black.
Framer also processes SVGs imported from Figma through its own Figma-to-Framer bridge. This bridge does not always faithfully preserve gradient references, especially multi-stop radial gradients. The SVG that lands in Framer is not always identical to what Figma exported.
Practical Framer fix:
For SVGs that need to carry colour independently (logos, illustrations), hardcode all fill values as explicit hex colours rather than using currentColor or CSS variables. Reserve currentColor only for icon components where you explicitly want CSS colour inheritance from the surrounding Framer component.
Step-by-Step Fix Guide: Restore Colours Without Rebuilding the File
Follow this diagnostic sequence when your SVG colours break after export:
Step 1: Open the SVG in a plain text editor
Do not trust Figma's canvas to show the problem. Open the raw .svg file in VS Code, Sublime Text, or any text editor. Look for:
fill="black"orfill="#000000"on paths that should be coloured- Empty
<defs></defs>blocks - Duplicate ID attributes
styleattributes that override fill values
Step 2: Check for CSS class collisions
Search the SVG code for any <style> block. Copy the class names it defines. Check whether those same class names exist in your global stylesheet or framework CSS.
Step 3: Resolve the fill hierarchy
Decide which approach your use case needs:
- For icons that change colour with context: use
currentColoron the parent SVG, remove inline fills from paths - For logos and illustrations with fixed brand colours: hardcode all fills as explicit hex values, remove CSS class references
- For gradients: verify the
<defs>block is intact and IDs match
Step 4: Fix the color profile if colours look subtly wrong
If colours are not completely wrong but look slightly off, check whether your Figma file is using Display P3. Re-export from a document set to sRGB.
Step 5: Validate the output
Paste the SVG code into an online SVG validator or open it directly in a browser tab. If it renders correctly in the browser but not in your app, the issue is environmental, a stylesheet conflict or a framework-level rendering limitation.
How to Export SVGs from Figma That Stay Colour-Correct Every Time
Preventing colour issues starts before the export click.
Before exporting, run through this pre-export checklist in Figma:
- Flatten all boolean operation layers that are not still being edited. Boolean operations serialise unpredictably.
- Check Document Settings for colour space. Use sRGB for any SVG destined for web or app use.
- Name your layers with unique, descriptive names. Figma uses layer names as exported IDs. Duplicates cause reference conflicts.
- Decide on a fill strategy before export, not after. If the SVG will be used as a recolourable icon, set fills to
currentColorin Figma using the SVG Exporter plugin before export. If it is a fixed-colour illustration, leave hardcoded values. - Use "Outline Stroke" on all stroked paths before export. Stroke rendering differs between Figma and browsers.
- Preview the exported file in a browser immediately after export. This takes thirty seconds and catches most problems before they reach production.
Did You Know?
According to W3Techs web technology surveys, over 65% of all websites now use SVG imagery as of 2026, up from 63.3% the year before. (Reference: W3Techs)
When Your Colour Fix Still Does Not Work: Advanced Debugging
If you have worked through the steps above and colours are still wrong, these less-obvious culprits are worth investigating.
The inherit keyword conflict. Some CSS resets apply fill: inherit to SVG elements globally. This overrides even inline fill attributes in certain browsers. Inspect your global stylesheet for any SVG-targeting reset rules.
Browser-specific gradient rendering. Linear gradients with gradientUnits="userSpaceOnUse" can render differently across Chrome, Firefox, and Safari when the SVG is scaled. If a gradient looks right in one browser and wrong in another, this attribute is usually responsible.
Duplicate SVGs on the page. If you embed the same SVG twice on a page and both contain a gradient with id="gradient-1", the second SVG may steal the gradient definition from the first — or render incorrectly because the ID it references resolves to the wrong element. Make gradient IDs unique per instance when embedding multiple SVGs inline.
Pro Tip:
Use browser DevTools to inspect the rendered SVG elements directly. In Chrome, right-click the broken SVG, select "Inspect", and look at the Computed styles panel for the specific path element. This will show you exactly which CSS rule is controlling the fill and where it comes from.
Use SVGMaker to Edit and Correct Broken SVGs Instantly
Not every SVG colour problem needs to be solved by editing raw XML. SVGMaker's online editor lets you open any SVG file, inspect individual elements, change fill and stroke colours visually, and re-export a clean, corrected file without touching a single line of code.
For teams dealing with SVGs exported from Figma at scale, SVGMaker's SVG colour editor lets you change colours across an entire file in one operation, ideal when Figma has exported hardcoded hex values that need to become dynamic currentColor references, or when a batch of brand assets needs a palette update.
If the SVG export has become too messy to fix efficiently, the AI SVG generator lets you recreate the asset cleanly from a text prompt, with full control over colour values from the start, no export artifacts, no inherited bugs.
For files that need precise code-level control, the SVG code editor provides a real-time preview alongside the markup so you can edit fill values, fix gradient definitions, and validate the output simultaneously.
FAQ
Q1: Why do my SVG colours look correct in Figma but turn black when I put them on a web page?
Black fills almost always indicate that a fill="currentColor" attribute is inheriting from a parent element with color: black or no colour set at all. Check the parent container's CSS color property and set an explicit colour on the SVG element itself, or replace currentColor with a hardcoded hex value for fixed-colour assets.
Q2: My SVG gradient disappears after Figma export and shows as a solid colour instead. How do I fix this?
Open the SVG source in a text editor and look for the <defs> block. If it is empty or missing, the gradient definition was not exported. Go back to Figma, flatten the relevant layers, and re-export. Ensure your gradient elements have matching IDs in both the <defs> definition and the fill="url(#id)" reference.
Q3: Why are SVG colours different across Chrome, Firefox, and Safari?
This usually comes down to gradientUnits settings, color profile handling differences, or how each browser resolves currentColor in different rendering contexts. Setting gradientUnits="objectBoundingBox" is more consistent across browsers than userSpaceOnUse. For color profiles, always export SVGs in sRGB from Figma for maximum cross-browser consistency.
Q4: How do I fix SVG colours that break specifically in React Native?
Figma converts #000000 to the string literal "black" in exported SVGs. React Native does not recognise named colour keywords in SVG elements — only hex, rgb(), or rgba() values. Manually find and replace fill="black" with fill="#000000" in the exported file, or use a post-export script to handle this conversion automatically.
Q5: My SVG looks fine as an <img> tag but colours break when I embed it inline. Why?
An SVG embedded as an <img> tag is isolated from the page's CSS. An inline SVG is not — it shares the global CSS scope. Any CSS rule on your page that targets SVG elements, path elements, or the specific class names inside the SVG will apply to an inline embed but not to an <img> tag. Check for conflicting global CSS rules when switching from <img> to inline embedding.
Q6: Can I fix SVG colour issues without editing code manually?
Yes. SVGMaker's SVG colour editor lets you select and change colours visually. For bulk changes, the SVG code editor gives you find-and-replace access to the markup with a live preview. Both are browser-based and require no software installation.
Q7: Why does Figma export incorrect colour values when my document uses Display P3?
Figma outputs the original P3 hex value instead of converting it to sRGB-equivalent hex on export. This is a known limitation. The practical workaround is to set your Figma document colour profile to sRGB (File > Document Settings) before exporting any SVG assets. This ensures the exported hex values render accurately on standard displays.
Q8: How do I prevent CSS class name conflicts between my page styles and an inline SVG?
Before embedding inline, open the SVG source and add a unique prefix to every class name defined in its internal <style> block. Update the corresponding class attributes on the SVG elements to match. Alternatively, remove the internal CSS entirely and convert the class-based styles to direct fill and stroke attributes on the elements themselves.
Conclusion
SVG colour failures after Figma or Framer export are almost never random. They follow predictable patterns: hardcoded fills, CSS class conflicts, color profile mismatches, broken gradient definitions, or framework rendering scope limitations. Each one has a direct, testable fix.
The fastest path forward is to open the SVG source, identify which of the six root causes applies to your file, and apply the targeted fix rather than rebuilding from scratch. And if the fix is more efficient to apply visually than in code, SVGMaker's editor is purpose-built for exactly that.
Colour-perfect SVGs are not about luck. They are about knowing what Figma actually exports versus what you assumed it would.
