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SVG Path Generator

Click on the canvas to draw SVG paths. Supports straight lines, quadratic and cubic bezier curves. Copy the SVG or path data.

💡 Click on the canvas to place points. Double-click to finish the path. Drag points to reposition them.
Mode
Points: 0

About SVG Path Generator — SVG Path Generator Online

The SVG path generator online tool lets you draw SVG paths visually by clicking on a canvas, without writing a single line of code. It supports straight line segments, quadratic Bezier curves, and cubic Bezier curves — the same path types used by professional vector tools like Illustrator and Figma. Web developers, UI designers, and front-end engineers use this SVG path generator online to create custom shapes, icons, and dividers, then export the clean d attribute value directly into their HTML or CSS.

Common real-world uses include creating custom wave section dividers for landing pages, drawing irregular blob shapes for backgrounds, building custom icons that don't exist in icon libraries, and generating clip-path values for image masking effects. Rather than coding path coordinates by hand — a tedious process involving trial and error — the visual canvas lets you see the result as you place each point. The exported SVG code is clean, standards-compliant, and ready to paste directly into any HTML document or CSS property.

How to Use the SVG Path Generator

  1. Select a drawing mode from the Mode panel on the right: Line for straight segments, Quadratic for simple curves, or Cubic for precise Bezier curves.
  2. Click anywhere on the white canvas to place your first point — it appears as a green dot marking the path start.
  3. Continue clicking to add more points. Each click extends the path using the selected mode.
  4. Drag any existing point to reposition it and reshape the path interactively.
  5. Optionally check Close path (Z) to connect the last point back to the first point, creating a closed shape.
  6. Adjust stroke color, fill color, and stroke width using the controls panel, then click Copy SVG or Download SVG to export your path.

Drawing Modes and Path Commands

Each mode corresponds to standard SVG path commands that are written directly into the d attribute of the exported <path> element.

  • Line mode (L command): Places straight line segments between each point you click. Ideal for geometric shapes, polygons, arrows, and any design requiring sharp corners and precise angles.
  • Quadratic Bezier (Q command): Uses one auto-calculated control point between each pair of anchor points to create smooth, simple curves. Good for gentle waves, basic arcs, and shapes where you need smooth transitions without complex control.
  • Cubic Bezier (C command): Uses two control points per segment for maximum curve precision. This is the same curve type Illustrator and Figma use internally, giving you the most natural-looking and controllable curves for complex organic shapes.

Tips for Getting the Best Results

A few techniques will help you create cleaner, more usable paths with this SVG path generator online.

  • Use "Copy Path Data" for CSS clip-path: When building CSS clip-path shapes, you only need the raw d attribute string, not the full SVG markup. Use the Copy Path Data button to get just the path coordinates, then paste them into your CSS clip-path: path() rule or into an SVG <clipPath> element.
  • Double-click the last point to finish: Double-clicking on the most recently placed point removes it and finalizes the path. This prevents accidentally adding an extra point when you think you're done drawing.
  • Use Undo for precision work: Click Undo Last Point to remove the most recent anchor if placement was off. Working incrementally — placing a point, checking the preview, undoing if needed — is faster than trying to drag-correct points after the path is complete.
  • Start with Line mode, then switch: Place your anchor points in Line mode first to establish the overall shape, then use the Undo button and re-draw in Cubic mode once you know where the points should go. This two-pass approach gives you better control over complex shapes.
  • Set fill color for closed shapes: If you check Close path (Z), also set a fill color in the controls panel. Without a fill, closed shapes are invisible unless you have a stroke. For decorative dividers and background blobs, fill is usually what you want.

Why Use an SVG Path Generator Online

Hand-coding SVG path data requires understanding coordinate systems, Bezier control point math, and iterative adjustment — skills that take time to develop. A visual SVG path generator online removes that barrier entirely. You click, you see, you export. There's nothing to install, no design software license required, and no learning curve beyond the basic click-to-draw interaction. Everything runs in your browser, your drawing data stays private, and the output is clean enough to paste directly into production code.

Web developers use it when they need a one-off custom shape that doesn't justify opening Illustrator. Designers use it for quick prototyping before refining in a full vector editor. Students learning SVG use it to understand how path commands map to visual results. Anyone building static HTML sites, landing pages, or email templates benefits from having a no-dependency path tool available instantly in the browser.

Frequently Asked Questions about SVG Path Generator

An SVG path is a versatile shape element defined by a series of commands and coordinates stored in the d attribute of a <path> element. Commands like M (move to), L (line to), C (cubic curve), and Z (close) describe how to draw the shape. Paths can represent anything from simple straight lines to complex organic illustrations and are the most powerful shape primitive in SVG.
A quadratic Bezier (Q command) uses one control point between two anchor points to define the curve shape. A cubic Bezier (C command) uses two control points — one near the start anchor and one near the end anchor — giving much more precise control over the curve's direction and tension at each end. Cubic curves are more flexible and are what professional tools like Illustrator and Figma use internally for smooth paths.
Yes — paste the copied SVG markup directly into your HTML document anywhere you would use an image. Inline SVGs can be styled with CSS using fill and stroke properties, animated with CSS or JavaScript, and targeted by JavaScript for interactivity. They avoid extra HTTP requests compared to external .svg files, which makes them ideal for icons and small decorative graphics.
Check the Close path (Z) checkbox in the controls panel before copying or downloading. This appends a Z command to the path data string, which instructs the browser to draw a straight line from the last anchor point back to the very first point, closing the shape outline. You should also set a fill color if you want the enclosed area to be visible as a filled shape.
Yes, it is completely free. There are no usage limits, no watermarks on exported files, and no account required. You can draw and export as many paths as you need. The tool runs entirely in your browser with no server-side processing, so there are no operational costs that would require a paid tier.
Yes. The entire drawing canvas and SVG generation run locally in your browser using JavaScript and the HTML5 Canvas API. Your path data and exported SVG code are never sent to any server. You can use the tool safely for proprietary designs, client projects, or any work that needs to remain confidential.
Yes. Use the Copy Path Data button to get just the raw d attribute string without the surrounding SVG markup. You can then use this in the CSS clip-path: path("...") function to clip images or elements into custom shapes. Note that the coordinate space is based on the 600×400 canvas, so you may need to scale or adjust the path values to fit your element's dimensions.
The tool supports touch input on the canvas — tapping places points just as clicking does on desktop. The canvas uses touch-action: none to prevent scroll interference while drawing. That said, precision path drawing is easier with a mouse or stylus. Mobile is best suited for simple shapes; for complex multi-point paths, a desktop browser gives you more control over point placement.