Drawer pull size is determined by measuring the center-to-center distance between the two screw holes, not the pull’s overall length.
For the full breakdown, see our best 2-Inch Drawer Pulls guide.
That center-to-center measurement, often called the spread, is the number that matters when you buy replacements or plan a new install. Measure it wrong and your new hardware won’t line up with the existing holes. Here’s the quick method, the sizing rules for proportion, and the mistakes that trip people up.
Measure Center-to-Center Spacing First
Take the drawer pull off if one is already installed. Then measure from the center of one screw hole to the center of the other screw hole — that distance is the pull size you need for a replacement. Don’t measure end-to-end; the overall length is a different number that won’t help you match hole spacing. The Emtek guide on center-to-center measurement for cabinet hardware makes this distinction clear.
If you’re replacing existing hardware, matching the current hole spacing exactly is the safest path. A new pull with different spacing means the old holes will show unless you fill and redrill them.
Choosing a Pull Size for a New Installation
When there are no existing holes, proportion guides the choice. One widely used rule is to pick a pull roughly one-third the width of the drawer front. Another sizing guideline says the pull should not exceed about half the drawer width. Lowe’s how-to guide on measuring cabinet hardware offers these examples for the half-width rule:
- 12-inch drawer → 4-inch pull
- 18-inch drawer → 6-inch pull
- 24-inch drawer → 8-inch pull
- 30-inch drawer → 10-inch pull
- 36-inch drawer → 12-inch pull
Wider drawers and oversized cabinet doors simply call for longer pulls. For a brand-new installation, settle on the pull size first, then use a template or jig to mark the holes evenly so both holes land at the same distance from the edges.
Common Sizes and What Else to Check
Most residential drawer pulls fall into a set of standard center-to-center sizes. The common spacing options include 3 inches (76 mm), 3.75 inches (96 mm), 4 inches (102 mm), 5 inches (128 mm), 6 inches (152 mm), 7 inches (178 mm), and 8 inches (203 mm), with larger sizes available for bigger fronts. Metric and imperial measurements both appear in the market, so it helps to know the conversions — 76 mm equals 3 inches, and 128 mm is often marketed as a 5-inch-class pull even though it measures 5.06 inches.
Beyond the hole spacing, check two other dimensions. Overall length tells you how much the pull spans visually, and projection or depth matters for clearance — a pull that sticks out too far can hit a wall, an adjacent door, or the drawer below when you open it. Essentra’s guide on measuring drawer pull handles notes that projection affects clearance but does not define the center-to-center size.
Mistakes That Lead to the Wrong Pull
The most common error is measuring the overall length of the old pull instead of the distance between hole centers. Buying by visual length alone is another trap — a pull that looks right in the store may not match the predrilled hole spacing on your drawer. Ignoring drawer width also causes problems, because a pull that’s too short or too long for the front will look off no matter how it fits the holes.
Here’s a practical note on the 2-inch spacing you’ll see on smaller drawers and cabinets: those pulls follow the same center-to-center logic, just at a shorter spread. If you’re shopping for that size specifically, our tested roundup of the best 2-inch drawer pulls covers the options that fit that spacing.
Skipping the projection check is the final common mistake. Before you commit, hold the pull in place and confirm it clears adjacent surfaces when the drawer opens and closes.
References & Sources
- Emtek. “Center-to-Center Measurement for Cabinet Hardware.” Explains why hole-to-hole spacing defines the pull size.
- Lowe’s. “How to Measure Cabinet Hardware.” Provides sizing rules and width-based pull examples.
- Essentra Components. “Measuring Drawer Pull Handles.” Covers dimensions beyond center-to-center, including projection and clearance.

