Free Online Tool

Convert HEIC to SVG Online Free

Convert iPhone HEIC photos to SVG vector graphics free online. AI-powered HEIC to SVG converter turns Apple photos into scalable vectors in seconds. No signup needed.

Secure & Private2-5 Second ConversionNo Watermarks

How to Convert HEIC to SVG

1. Upload Your HEIC

Drag and drop or click to upload your heic file

2. AI Converts Instantly

Our AI traces edges and creates clean vector paths

3. Download SVG

Get your scalable SVG file ready to use

Why Use VectoSolve for HEIC to SVG?

AI-Powered Accuracy

Our AI analyzes your image and creates the cleanest possible vector output

Automatic Background Removal

Option to automatically remove backgrounds during conversion

Fast Processing

Most conversions complete in just 2-5 seconds

No Software Required

Works entirely in your browser - no downloads needed

High Quality Output

Professional-grade SVG files ready for any use

Commercial License

Use converted files for any purpose including commercial

Frequently Asked Questions

What is HEIC format and why do I need to convert it?

HEIC (High Efficiency Image Container) is Apple's default photo format on iPhones and iPads. While it saves space, most design tools and web platforms don't support it. Converting to SVG gives you a scalable vector that works everywhere.

Can I convert iPhone photos directly to SVG?

Yes! Upload your HEIC photo from your iPhone to VectoSolve. The AI converts it to a clean SVG vector. Works best with photos of logos, graphics, and illustrations rather than complex photographs.

Is HEIC to SVG conversion free?

VectoSolve offers 1 free HEIC to SVG conversion with no signup. Premium plans start at $4/month for unlimited conversions.

Will my HEIC photo lose quality when converted to SVG?

SVG is a vector format, so the output is resolution-independent and scales to any size without pixelation. The AI traces your HEIC image into clean vector paths optimized for clarity.

Ready to Convert Your HEIC?

Join thousands of users who trust VectoSolve for their vector conversions.