Footbag Panel SVG Generator

Generate printable SVG templates for footbag panels

Panel Generation

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Curved panels might make for a more geometrically perfect sphere, but straight edges are easier to cut and potentially waste less fabric.
Straight Curved
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Toggle whether to show stitch holes on the panel. Turn off to generate panels without holes (for manual marking or different construction methods).
Off On
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Traditionally a "3-stitch" 32 panel design will have 8 holes for a hexagon panel side and 6 holes for a pentagon panel side. Rule of thumb is holes per side = (# of stitches * 2) + bleed hole stitches.
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The distance from the edge of the panel to your stitching line. Too thin and your seams will be weak, too thick and your bag may be too stiff.
Advanced parameters
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The distance between stitch holes. If you find that you can't change this, consider reducing stitch holes per side or seam allowance to give more room for bigger stitches. Generally speaking, stitches shorter than 2.5mm weaken the fabric.
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Creates pairs of holes that are closer together. Pairs (1,2), (3,4), (5,6) move closer by this amount, with larger gaps between pairs to compensate.
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Enable to use different spacing for the first and last stitches on each edge. This creates smoother transitions between panel edges by allowing tighter corner stitches.
Off On
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Leave at 0 unless you want to define a no-go area at the beginning and end of your stitch line. This will directly limit the maximum hole spacing you can select.
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The diameter of the stitch hole.
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Grid

Panel Lasercutter Layout

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Whitespace margin around the outer border of the entire layout.
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This can be negative to take advantage of the more efficient "Inverted nesting" mode.
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Flips each odd panel in each row to improve nesting and reduce material waste
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Grid