How much does this table weigh?

Ask someone what a wood table weighs before they've lifted one solo and the guess is almost always low, by a lot — a piece that reads as "a slab of wood on four legs" doesn't look like it should fight back the way it does at the bottom of a staircase. It's a knowable number before you've cut a single piece, not a surprise you discover at the front door, and getting there just means running the same board-foot-to-weight arithmetic this site uses everywhere else, once per component, then adding it up.

The table, stated exactly

Take a genuinely typical dining table in white oak, built from a glued-up top, four square legs, and a four-piece apron:

• Top: 1" thick, 38" wide, 72" long
• Legs: four pieces, each 3" x 3" x 28"
• Long aprons: two pieces, each 1" x 4" x 62"
• Short aprons: two pieces, each 1" x 4" x 30"

White oak runs about 47 lb/ft³ as milled. Every figure below comes from that dimension list and that density run through this site's own board-foot and weight math — not estimated, and reproducible by anyone with the same numbers.

Component by component

Top: 1 x 38 x 72 works out to exactly 19.0 board feet, which at 47 lb/ft³ weighs 74.42 lb on its own — the single heaviest part of the table by a wide margin, which tracks with intuition: it's the largest single mass of wood in the piece and it's what people actually grab when they try to lift one end.

Legs: each leg is 3 x 3 x 28, which is 1.75 board feet apiece — 7.0 board feet for all four — weighing 27.42 lb total, or a little under 7 lb per leg.

Aprons: the two long aprons (1 x 4 x 62) come to 1.7222 board feet each, 3.4444 total; the two short aprons (1 x 4 x 30) add 0.8333 board feet each, 1.6667 total. Combined, the apron assembly is 5.1111 board feet and 20.02 lb.

The total

Add the three groups together: 19.0 + 7.0 + 5.1111 = 31.11 board feet of white oak in the whole table, weighing 121.85 lb as bare, unfinished lumber. Finish and hardware — a film finish or oil, the screws or figure-eight fasteners holding the top to the apron — add a small amount on top of that, typically small enough to round away for a "will this fit through the door and can two people carry it" estimate, but worth accounting for separately on a precise shipping quote where every pound is billed.

At white oak's typical cost of $9 per board foot, that same 31.11 board feet also prices the raw material at $280.00 before waste — a genuinely useful number to have alongside the weight, since a table this size is exactly the kind of project where guessing at either number tends to be off by enough to matter, and getting both from the same dimension list means they're at least internally consistent with each other.

Why the weight distribution matters more than the total

The top alone is 74.42 lb of the table's 121.85 lb total — well over half. That's not a coincidence of this particular design; it's the general shape of nearly every table-like project, because a wide, thick top has far more volume than four legs and a apron frame put together, even though the legs and apron are what most people picture as "the structure." Practically, this means two things: first, moving a table is almost always a top-and-base-separately job if the fasteners allow it, because splitting off 74 lb from a 122 lb total changes a two-person carry into something closer to a one-person carry for the base; second, if you're trying to lighten a design without changing its footprint, thinning the top is where the weight actually lives — swapping a species or shaving an apron's width barely moves the total by comparison.

The same table, a different species

None of the dimensions above are species-specific — the 31.11 board feet is fixed by geometry alone, so swapping the wood changes only the density term, and the total moves by exactly the ratio of the two densities. Build the identical table in black walnut (about 38 lb/ft³ as milled) instead of white oak and the total drops to 98.52 lb — nearly 24 lb lighter for the same footprint, same joinery, same visual mass. Build it in eastern white pine (about 25 lb/ft³) and it drops further, to 64.81 lb — nearly half the white oak figure. Go the other direction into a dense exotic like ipe (about 65.5 lb/ft³, more commonly seen in decking than furniture, but useful as the extreme case) and the same 31.11 board feet would weigh 169.81 lb — genuinely difficult for one person to move without help.

This is the actual reason "how much does a table weigh" doesn't have a single rule-of-thumb answer, and why guessing from a picture is unreliable even for someone experienced: two tables that look identical in every dimension can differ in weight by 70% or more purely on species choice, which matters directly for anyone choosing wood for a piece that has to go up a narrow stairwell, ship in a box, or sit on a floor with a load rating.

Doing this for your own project

The pattern generalizes directly: break the piece into its real components (don't average a table into "one big box" — a glued-up top, four legs, and an apron frame have genuinely different proportions and it shows in the split above), get each component's board feet from its actual dimensions, multiply by the species' density in lb/ft³, and add. The wood weight calculator does exactly this arithmetic per piece — run the top, then each leg, then each apron, and add the results, the same way this post did by hand. If you're pricing the same project rather than weighing it, the board foot calculator handles the running project-list total directly, board feet and cost together, across every line item at once rather than one piece at a time.

For how a table this size would actually be laid out on real stock to minimize waste before any of this arithmetic even starts, see getting the most out of a board: cut-list strategy — the 31.11 finished board feet above assumes you already have clean, dimensioned lumber in hand, not the rough stock you'd actually be buying and breaking down to get there.