How much wood could a woodchuck chuck if a woodchuck could chuck wood? I’m no woodchuck expert, but I can answer a similar, lesser-known question: how many pallet planks could a Petersik pry free if a Petersik could pry free pallet planks? Say that five times fast while I walk you through what happened.
Our plan for the 12-foot DIY console table was to build a rustic, weathered top from some old pallets left in the yard by the previous owners. I hauled the pallets into my basement workshop so they could dry out—“hauled” is the operative word, since the soaked wood was heavy after a few rainy days. I wanted them inside to avoid another shower soaking them and setting the project back.
There were five pallets in total. At first I thought, “This is way more material than I’ll need.” The universe found that funny later.
After a few days of drying, I waited until Clara napped and then started breaking down the pallets to make the 140″ tabletop. My tools were basic: work gloves, a crowbar, a hammer, a hand saw, a flathead screwdriver, and a dust mask (pallet sawdust is not healthy to inhale and my wife is cautious about that).
It didn’t take long to realize this was tougher than expected. Each plank was fastened in three spots, and each spot held multiple nails or staples. I tried sawing boards off, but with fasteners at both ends and in the middle it left small unusable pieces. Prying was the better option, but it took a lot of force and often cracked the boards. Cracked boards were effectively useless because we needed longer, consistent planks for the top.
I kept at it through Clara’s 90-minute nap. By the end of that session my pile of nails and staples had grown substantially and I’d managed to free fourteen pieces of potentially usable wood.
At first, fourteen pieces in 90 minutes didn’t feel terrible. But a closer look at “usable” revealed a problem: the boards varied in width. My tabletop would be made of four or five planks laid side by side, and inconsistent widths would make it difficult to achieve a uniform 140-inch surface. I don’t own a table saw to rip boards to exact widths, so I needed pieces that were already consistent.
After sorting through the pieces, I found only five planks that matched the exact width I wanted—16 7/8″—so I could create a consistent 140″ span. That meant in one and a half hours I’d only freed enough wood for roughly two feet of tabletop. By my estimate, it would take about nine hours to get the full 12-foot top if the pallets contained enough perfectly sized pieces. Given that I had already stripped one pallet to get those five useful boards, that seemed unlikely.
As much as I wanted reclaimed-pallet wood, the signs pointed to moving on. When I explained the troubles to Sherry—how much time it would take, how often the wood split, the low success rate, and dwindling material—she agreed: it was time for plan B. She also mentioned a practical concern: some pallet wood carries chemicals like formaldehyde, so it felt safer to drop the pallets even though we planned to seal the wood with an eco-friendly finish.
Plan B is already in motion. We’re checking local sources for reclaimed lumber and, if that search fails, we may use consistent store-bought whitewood like the material used for the console base. Buying new wood won’t be free, but it will give consistent sizes and save the prying and frustration. If we use the same base wood, we can distress it ourselves to get a weathered look—distressing with hammers, screws, and crowbars is oddly appealing.
It’s not as romantic or free as the pallet plan, but at least we tried. The pallets might still be repurposed for another project or find a new home through freecycling or classifieds.
Update: We made good progress creating distressed wood for the console top instead of using pallets. We’ll share more photos, details, and videos when the console is assembled and revealed—hopefully soon.
Meanwhile, Sherry finished staining the exposed shelves and sides of the console base. She used leftover supplies—Minwax Dark Walnut stain and Safecoat Acrylacq, a water-based, low-VOC protective finish. Because most of the console will be hidden once the tabletop is installed, only the end shelves needed staining so far.
Sherry worked in the sunroom where Clara wasn’t exposed to fumes. She applied two coats of stain with a foam brush and wiped them off after a few minutes, then followed with two thin, even coats of the Safecoat Acrylacq to seal and protect the wood. This creates a non-toxic shell that reduces off-gassing and keeps the piece family-friendly.
We’re happy that the grain shows through for a varied, rustic look. The living room is fairly modern, so adding a few authentic-looking, substantial pieces helps balance the space.
We’ll post a full “finished” update once the tabletop is completed. In the meantime, I’m alternately proud and relieved that we gave the pallet idea a real try—and that Sherry can work real magic with a rag and some stain.