Logo Update Examples: How to Evaluate a Redesign Before and After

What the before-and-after comparison actually tests

A logo update example is only useful if you compare the structural decisions, not just the visual impression. In vector logo terms, the comparison should reveal whether the redesign simplified anchor points, corrected bezier curve flow, improved optical balance, or converted an embedded raster into true editable paths. A vector logo is built from mathematical paths made of anchor points and bezier handles; changing the logo means changing those underlying coordinates, not merely stretching a placed image.

Start by overlaying the old and new marks in the same viewport. Check whether the new version preserves the original scan or drawing proportions, or whether non-uniform scaling introduced distortion. Look for point-count reduction: a well-executed update often removes redundant anchor points to make the path cleaner and easier to maintain. Count visible nodes in your vector editor; fewer nodes usually means smoother curves, provided the handles are positioned consistently on the same side of the path.

Redesign checks for path geometry and typography

Open both logos in outline or wireframe mode. Confirm that the updated wordmark uses actual text converted to outlines with no missing glyph boxes. If the update changes letterforms, verify that the new letter spacing is set optically rather than mechanically. In vector software, optical kerning adjusts spacing based on letter shapes; mechanical kerning uses fixed side bearings. For a logo, optical spacing usually looks more even in large display sizes.

Check for open paths, stray points, duplicate lines, and unclosed shapes. An open path may print with an unexpected stroke join or fail to fill correctly. Use the document cleanup function in your editor to locate and remove isolated anchor points. Confirm compound paths work as intended: a hole in a letter or icon should be a true counter, not a white shape stacked on top. Select the inner shape and verify it is part of the compound path, so transparent backgrounds remain correct.

Ordered workflow for evaluating and preparing an updated logo

• Place the old and new logo in separate locked layers and align them by a common reference point.
• Switch to outline mode and compare total anchor point counts, curve direction, and symmetry.
• Select the new wordmark and convert fonts to outlines; run a text check for any remaining live text or missing glyph.
• Run the document cleanup or path simplification command to flag stray points, duplicate paths, and unclosed outlines.
• Verify all holes are true compound paths, not stacked white fills.
• Set the document color mode to the intended output: CMYK for print, RGB for screen.
• Export proof files as PDF/X-1a for print and SVG or PNG for screen review, then reopen the export to confirm paths remain editable.

What confirms the result

The update is structurally sound when the outline view shows a continuous, simplified set of closed paths with no stray artifacts. The wordmark should contain no live font references after conversion. The compound paths should behave correctly when placed over a contrasting background. Export a test PDF or SVG and reopen it in the same application; the logo should still be editable vector artwork, not a flattened raster. If a client supplies only a PNG or JPG of the new logo, treat it as a preview. A file extension such as EPS or AI does not guarantee vector-only content; the file may contain an embedded raster image. Only opening the file in outline mode confirms true path data.

Documented requirements versus design recommendations

Print providers often require vector logos as PDF/X-1a, EPS, or AI files with all fonts outlined and a minimum stroke width set. Screen use commonly calls for SVG with a responsive viewBox. Those are documented format expectations, not universal rules. Design recommendations such as minimum clear space, single-color versions, or responsive simplification are decisions you make based on usage, not specifications imposed by the file format. Do not present a recommendation as a measurement you sourced. Where an application-specific command is needed, verify the exact menu name and behavior in your current software version, because commands such as path simplification or compound path release differ between releases and applications.

When the comparison exposes a problem

If the updated logo shows more anchor points, rough curves, or broken counters, the redesign may have been built by auto-tracing a raster without manual cleanup. Auto-traced paths often introduce excessive nodes and irregular bezier handles. Correct this by simplifying the path with a low threshold, then manually reposition handles to maintain smooth curvature. If the new wordmark uses a different family or weight, confirm the change is intentional and not the result of font substitution. Missing fonts will produce a fallback glyph or an alert; resolve substitution before converting to outlines, because converting the fallback text preserves the wrong letterforms.