An SVG path visualizer lets you paste the d attribute from an SVG <path> element and instantly see the shape it draws. This is essential for debugging complex paths, understanding bezier curves, inspecting control points, and measuring bounding box dimensions. Use this free tool to render, inspect, and experiment with SVG path strings without opening an editor.
Path Input
Try an example:
Display Controls
Path Preview
Parsed Commands
How to Use the SVG Path Visualizer
SVG path data can be difficult to read and debug by looking at raw coordinates alone. Whether you are building icons, tracing shapes, or animating paths, a visual representation of the d attribute saves time and eliminates guesswork. This free SVG path visualizer parses any path string and renders it instantly so you can inspect every command, control point, and dimension.
Step 1: Paste Your Path Data
Copy the d attribute value from your SVG code and paste it into the input textarea. The visualizer accepts all standard SVG path commands including moveto (M), lineto (L), cubic bezier (C), quadratic bezier (Q), elliptical arc (A), and closepath (Z). Both absolute and relative variants are supported. As soon as you paste, the path renders in the preview pane.
Step 2: Inspect the Rendering
The path appears in the preview canvas with a configurable grid background. Use the zoom controls to magnify specific sections, or click Auto Fit to frame the entire path with padding. The stats cards below the preview show the total path length, command count, and bounding box dimensions in SVG coordinate units.
Step 3: Customize the Display
Adjust the stroke color and width to suit your preference. Toggle the Fill switch to see the path as a filled shape instead of an outline. Enable Control Points to see bezier handles and anchor points overlaid on the path, which is invaluable for understanding how curves are constructed and where to adjust coordinates.
Step 4: Review Parsed Commands
Scroll down to the Parsed Commands section to see every path command broken out individually with its type, parameters, and coordinates. Each row shows the command letter, whether it is absolute or relative, and the numeric values. This table makes it easy to spot issues like unexpected coordinate jumps or missing closepath commands.
Step 5: Try Example Paths
If you want to learn how SVG path commands work, click any of the built-in example buttons. Examples range from simple shapes like rectangles and circles to more complex paths like stars, hearts, and arrows. Study the command breakdown to understand how each shape is constructed, then modify the path data to experiment with your own variations.
Frequently Asked Questions
Is this SVG path visualizer free?
Yes, the SVG Path Visualizer is completely free to use with no limits. All rendering and parsing runs in your browser. There is no account to create and no software to install.
Is my data safe when using this tool?
Absolutely. Everything runs locally in your browser. No SVG path data is sent to any server. Your code stays entirely on your device.
What SVG path commands are supported?
All standard SVG path commands are supported: M (moveto), L (lineto), H (horizontal lineto), V (vertical lineto), C (cubic bezier), S (smooth cubic), Q (quadratic bezier), T (smooth quadratic), A (elliptical arc), and Z (close path). Both absolute (uppercase) and relative (lowercase) variants work.
How do I see control points on bezier curves?
Toggle the Control Points switch in the display controls. Control points for cubic bezier (C/S) and quadratic bezier (Q/T) curves appear as colored circles connected to their anchor points by dashed lines, making it easy to understand how the curve is shaped.
What is the bounding box measurement?
The bounding box shows the smallest rectangle that fully contains your SVG path. It displays the width and height in SVG units, which helps you set appropriate viewBox values and understand the overall dimensions of your path artwork.
Can I zoom in on complex paths?
Yes, use the zoom in and zoom out buttons or the zoom slider to magnify the path. You can also toggle a background grid for alignment reference, and adjust the viewBox to frame exactly the portion of the path you want to inspect.
How do I use the example paths?
Click any of the example buttons below the path input to load a pre-built SVG path string. Examples include common shapes like stars, hearts, arrows, and more complex paths. You can modify the loaded path to experiment with how different commands affect the shape.
What does path length mean?
Path length is the total length of the path in SVG units, calculated by the browser's native getTotalLength() method. This is useful for stroke-dasharray animations, where you need the exact path length to create drawing effects.