Husky drawers are deep, wide, and almost never a clean Gridfinity fit

If you own a Husky tool chest, you already know the drawers are the best part and the most frustrating part. They are wide, deep, and roll on smooth bearings, which makes them perfect for storing tools and terrible at keeping those tools from sliding into one big pile every time you open them. Drop in a generic foam insert and it never quite fits. Buy a plastic parts organizer and it wastes half the drawer. This is exactly the problem a custom Gridfinity Husky tool chest insert solves, and you can now design one from a single photo instead of measuring anything.

This guide walks through how to organize any Husky drawer with Gridfinity, why the usual off-the-shelf baseplates rarely fit, and how to go from a phone photo to a print-ready tray in a few minutes.

Why off-the-shelf Gridfinity baseplates rarely fit a Husky drawer

Gridfinity is built on a 42 mm grid. Baseplates tile the bottom of a drawer in 42 mm cells, and bins snap onto those cells so nothing slides around. The system is brilliant, but Husky drawers are not designed around 42 mm anything. A Husky 52 in. mobile workbench, for example, mixes small drawers on one side with larger drawers on the other, and a 26 in. or 27 in. five-drawer top chest has its own interior dimensions again. Whatever your model, the usable drawer width is almost never an exact multiple of 42 mm.

That mismatch is why people spend evenings hunting MakerWorld, Printables, and Thangs for a baseplate that happens to match their exact Husky drawer. Sometimes you find one. More often you find something close, print it, and end up with an awkward gap along one edge or a baseplate that will not drop in at all. Measuring the drawer yourself and doing the math works, but it is slow and easy to get wrong by a millimeter or two, which is all it takes for a tight Gridfinity print to refuse to seat.

The photo-first approach: skip the measuring entirely

Instead of measuring the drawer and searching for a model that fits, you can photograph what you actually want to organize and let software generate the tray. Lay your tools in the drawer or on any flat surface with a known size reference in the frame, take one top-down photo, and an AI generator reads the real-world dimensions and builds custom pockets shaped to your specific tools. Because the pockets are generated from your photo, the tray fits the tools you own, not a generic average, and the outer footprint can be sized to your drawer.

This is the approach GridPilot is built around, and it is the same workflow we use for other awkward storage systems like the Harbor Freight US General toolbox and brand drawers like Milwaukee Packout and DeWalt TSTAK.

Step by step: from photo to a printed Husky drawer insert

Here is the full workflow for a single Husky drawer:

Empty the drawer and arrange the tools the way you want them stored, with a little space between each one.
Put a size reference in the shot. A coin, a credit card, or a printed Gridfinity baseplate all work. This is how the software converts pixels into millimeters.
Take one top-down photo, straight over the drawer, with even lighting and minimal shadow. Good lighting matters more than an expensive camera.
Upload the photo at gridpilot.us/project/new and let the AI detect each tool and propose a pocket layout.
Adjust anything you want. Nudge pockets, change depths, add labels, and confirm the tray snaps to the 42 mm grid with print tolerances baked in.
Export a 3MF, drop it into your slicer, and print. The tray comes out with Gridfinity stacking feet so it locks onto a baseplate in the drawer.

For a deep Husky drawer you will usually print a baseplate to tile the bottom, then print one or more trays that snap onto it. If you are new to dialing in a clean Gridfinity print, our Gridfinity print settings guide covers layer height, infill, and tolerances that actually work.

Tips for the best results in deep Husky drawers

Group by weight. Keep heavy tools like wrenches and pliers in lower trays and lighter parts up top if you plan to stack.
Use labels. Embossed pocket labels turn a nice tray into a drawer you can actually keep tidy, because every tool has an obvious home.
Leave a finger gap. A little clearance around long tools makes them far easier to pluck out of a deep drawer.
Photograph a very wide drawer in sections. You can generate matching trays and tile them across the baseplate.
If you want exact drawer fit, include the drawer edges in the photo or note the interior dimensions so the outer footprint is sized correctly. Our photo-based drawer fit guide explains how this works without a tape measure.

Why GridPilot makes this easy

GridPilot was built to turn a photo into a complete, print-ready Gridfinity tray, not just a flat outline. The AI detects each tool, estimates a sensible pocket depth, and generates a full 3D model with walls, a floor, and Gridfinity stacking feet so the tray actually locks into your baseplate. You can add embossed labels, fine-tune pockets, and export a 3MF that goes straight into your slicer. Designing and previewing trays is free and unlimited, so you can lay out your whole Husky chest before you commit to a single print, and export plans start at a few dollars a month when you are ready.

The result is a drawer where every socket, screwdriver, and pair of pliers has its own pocket, nothing rattles when the drawer rolls, and a quick glance tells you if anything is missing.

Organize your Husky chest one drawer at a time

You do not have to organize the whole chest in a weekend. Start with the drawer that annoys you most, photograph it, generate a tray, and print it. Once you see how well a custom-fit insert works, the rest of the chest tends to follow fast. A Husky tool chest with custom Gridfinity inserts is genuinely satisfying to use, and you never have to measure a drawer or hunt for the right model again.

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Gridfinity for Husky Tool Chests: Custom Drawer Inserts From a Photo (No CAD)