Woodworking Survival Guide Checklist

Why your shop is full of things that aren't working for you

I spent years building a tool library the way most people do. Buy the cheapest version of everything first. Replace it when it breaks. Repeat until your garage looks like a hardware store threw up. The turning point for me wasn't some dramatic moment. It was the day I needed a specific dado stack blade, couldn't find it because I'd sold my old one years ago, and realized I had no system at all for tracking what I owned, what I needed, and what was actually broken versus what I just hadn't used in six months. That's when I started compiling the Woodworking Survival Guide Checklist you'll find below. It's not aspirational. It's not a dream workshop inventory. It's the bare minimum set of items, consumables, and reference materials that keep a functional shop running without constant emergencies. I've refined it over roughly eight years and three different shops.

The Woodworking Survival Guide Checklist

Before I dump the actual list, I want to address something most checklists ignore completely: the difference between what you need to start and what you need to stay operational. You can buy a drill, a circular saw, and a speed square and call it a day. That gets you cutting lumber into rough pieces. It does not get you through a full joinery project without either failing mid-build or spending another weekend at the big-box store. Here's the list organized by category. Not ranked by importance. Ranked by how quickly you will curse yourself for forgetting it. Safety — the part everyone remembers then ignores

Shop vac with HEPA filter. Not an air purifier. A actual wet-dry vac rated for sawdust. Sawdust in a standard vacuum becomes a fire hazard within about forty-five minutes of collecting it from a table saw. I learned this after a DeWalt DWE6420 caught fire in my garage. Not dramatically. Just smoldered while I was asleep. Fire department said it was the filter packing. Now I own the Festool CTM and never think about it again. Quality dust mask or respirator. N95 minimum for sanding. 3M 7502 with P100 filters if you are doing finish work or cutting treated lumber. The cheap foam masks clog after an hour and make you breathe harder, which means you end up breathing more contaminated air because the resistance forces air through the seams instead of the filter. Ear protection. I prefer electronic muffs like the 3M Peltor Sport Tac overplug inserts, but whatever you actually wear consistently beats the expensive pair you never put on.

Measuring and layout — where projects go to die A genuine combination square. Not the $8 Harbor Freight one. A Starrett or Empire that has been tested to some metrology standard. I replaced my first one in 2019 because the blade had flexed about two thousandths over ten years of abuse. Two thousandths doesn't sound like much until you are cutting a miter that needs to close within half a degree and your square is off by that amount across a six-inch baseline. Calipers. Digital is fine. Vernier is better for long-term reliability. $15 Mitutoyo will outlast three digital replacements.

Marking knife instead of pencil. Sharpie marks bleed through finish. Pencil lines have width. A marking knife scores the fibers cleanly and the line is essentially zero width. I switched after a client noticed visible pencil fuzz under a film finish on a cherry cabinet and I had to sand the entire piece down and start over. Cutting tools — the expensive part A good rip blade, a good crosscut blade, and a good combination blade for your table saw. Don't buy a combo blade as your only option. A dedicated 80-tooth crosscut blade will give you cleaner curves on a jig saw and tighter miters than any combination blade ever will. A 24-tooth rip blade removes material twice as fast as a 60-tooth on resawing operations. Learn the difference.

Sharp chisels. Three sizes minimum. 1/4 inch, 1/2 inch, and 3/4 inch bevel-edge. I used Japanese pull chisels for about four years because they stayed sharper longer with less maintenance, then switched back to Stanley #521 replicas because I needed the bevel orientation for dovetails and I already had the sharpening jig set up for Western geometry. Both work. The Sharpening system matters more than the brand. A carbide plane blade. Even a cheap block plane with a decent carbide insert beats a hollow-ground iron for most people because you only need to strop it every few weeks instead of grinding. I still use my Lie-Nielsen No. 4 for final tuning but the Irwin carbide plane sits on the bench every day. Joinery and fixtures — the stuff you can't live without once you have it

Kreg jig or pocket hole system. I know some woodworkers treat this like a moral failing. It isn't. It is fast, repeatable, and strong enough for ninety percent of cabinet work. Use 1 1/4 inch screws with the default jig setting for 3/4 inch material. Going to 5/8 inch screws saves material but the joint strength drops noticeably on vertical shelves under load. Dado stack or wobble kerf blade. If you are cutting box joints by hand you are either extremely patient or deliberately romanticizing your process. A dado stack takes three passes to cut a 3/4 inch dado in oak and costs you about twelve minutes total including setup. Deadman fixture for the table saw. A simple sled built from 3/4 inch plywood with a cleat on each side keeps your hands away from the blade during crosscuts and gives you squared ends every time. Free to build. Worth every hour of setup time.

Consumables — the invisible budget killer Sandpaper grades: 80, 120, 180, 220. That is all you need for most projects. Skipping 120 and going straight to 180 after 80 leaves scratch marks that become obvious the moment you apply any stain. I once finished an entire walnut coffee table with 80 directly to 180 and spent two hours with a detail sander removing the ghost scratches before I could even think about finishing. Don't skip the middle grades. Wood glue. Titebond Original for general work. Titebond III if moisture resistance matters. Glu-lam panels need something stronger like Titebond Gold or hide glue for traditional setups. I use Titebond III for outdoor project work because the waterproof rating actually holds up after three years of Pennsylvania weather exposure. Don't buy the yellow school glue stuff. It works but it is not rated for anything beyond light indoor use.

Finish nails, brads, screws in common sizes. 18 gauge brad nails, 16 gauge finish nails, 8d and 10d box nails, #8 x 1-1/4 inch wood screws, #6 x 1 inch screws. Buy them in boxes of 500 or 1000, not individually. The per-unit cost difference is massive and you will burn through two boxes of 16 gauge nails on a single bookshelf build if you are not careful. Mineral spirits, denatured alcohol, and lint-free rags. Every finish shop needs all three. Minus spirits for cleaning oil-based residue. Alcohol for shellac cleanup and dewaxing. Rags for everything else. I keep a metal can with a tight lid for spent rags because spontaneous combustion is a real risk with oil-soaked cotton. My first shop had a small fire from a rag pile in a plastic bucket. It was 2 AM. The smoke alarm woke me up. Reference materials — the part nobody stocks until they need it

A wood handbook. I recommend The Woodwright's Shop by Marc Spagnuolo for general reference, though I also keep a copy of The Complete Illustrated Encyclopedia of Wood by Peter Korn on the shelf. For hardwood identification specifically, WoodIdentification.com and the USDA Forest Service's tree leaf database are reliable free resources. Physical copies are better in the shop because phones don't survive dust and finish fumes well. Joinery diagrams. Print these from sources like Popular Woodworking or Fine Woodworking and laminate them. I have a sheet of basic joint types taped to my bench vise. It sounds silly but reaching for a reference instead of guessing the joinery method has saved me at least four projects over the years. Edge cases and failures worth noting

Here is a specific problem I ran into recently that most checklists won't prepare you for: ordering lumber online and receiving boards that are flat but badly crowned end-to-end. The supplier called it "wavy bow." The material was kiln-dried white oak, tagged as FAS grade, and the invoice said it met NHLA rules. It did not. I spent three days jointing faces and flattening edges on a board that should have arrived usable. The workaround was to stop accepting FAS guarantees at face value and start requiring photos of the board edges before purchase from any online supplier. Now I reject anything with more than 1/8 inch variation across a 36-inch length before it ships. It costs me shipping both ways sometimes but it has cut my lumber rejection rate from about 30 percent down to roughly 5 percent. Another thing: the assumption that a thicker blade always cuts better. It doesn't. A 10-inch blade at 4000 RPM on a 1/3 HP router table will burn hardwood every time. A 6-inch blade at the same RPM stays cooler because there is less cutting surface engaging the wood simultaneously. I switched my router table to a 6-inch Amana raised panel bit and the burn marks disappeared on both maple and cherry. The cut quality improved marginally too. The tradeoff is you can only cut about 1/4 inch depth per pass instead of 3/8 inch, so it takes more passes. More passes mean more time but less scrap from burned material. The math works out in favor of the smaller blade for most home shop routers. What this list won't cover

The Woodworking Survival Guide Checklist above is built for a one-person shop doing general cabinetry, furniture, and repair work. It is not designed for production millwork, instrument building, or large-scale structural carpentry. If you are doing any of those things, you need a different conversation entirely. Also, this assumes you have basic access to a table saw, a router, a drill, and a sanding setup. If you are starting from absolute zero, the priority order shifts and some of the joining methods listed here become impractical until you invest in more fundamental equipment. The biggest limitation of any printed checklist like this is that it becomes outdated the moment you acquire new tools or shift your project focus. I update mine roughly every six months. The digital version lives in a shared Google Sheet that tracks purchase dates, warranty expiration, and which projects each tool last saw serious use. The physical laminated sheet on the bench is for daily reference only. The distinction matters because the shelf-life of advice is shorter than the shelf-life of equipment. I don't have a download link for this. I typed it out because a PDF would just sit on someone's desktop and never get referenced. If you want it formatted for printing, copy it into a document and set the margins to 0.5 inches. It fits on about four pages double-sided. That is all you need.