Compact Plywood Workbench Cut List: Doubled Top
A small bench still needs a complete material count. This 48 × 24 inch planning example separates the two top layers, eight leg laminations, upper and lower rails, and inset shelf. Trace the nineteen rectangles, then adjust the footprint and height to suit your workspace and chosen construction.
48 × 24 in top; 34 1/2 in finished height
What this example includes
All dimensions are finished sizes in inches. Keep the part dimensions separate from blade loss and stock-edge trimming.
- Top
- Two full 48 × 24 in plywood layers, each measured at 0.75 in thick.
- Legs
- Eight 4 in wide strips, two per leg. The height model places the legs beneath both top layers.
- Rails and shelf
- Four long and four end rails, all 4 in wide; one lower shelf with 1/4 in total clearance on each axis.
- Not included
- Bracing, joinery, hardware, feet, casters, vise support, dog holes, edging or a sacrificial work surface.
Count both top layers in the finished height
The sample finished height is 34 1/2 inches before feet or casters. Two 3/4-inch top layers consume 1 1/2 inches of that height, leaving 33-inch leg strips. Cutting the legs to the finished bench height would make the assembly too tall in this model.
If you add leveling feet, casters or another top layer, subtract their installed height as well. The generator has no separate feet or caster input: account for those components in the height you enter.
top thickness = 2 × 0.75 = 1.5 inleg strip length = 34.5 − 1.5 = 33 inleg strips = 4 legs × 2 laminations = 8Trace the rails and shelf back to the footprint
The rectangle model reserves a 4-inch leg zone at each end of a rail. Across the 48-inch dimension this leaves a 40-inch long rail; across the 24-inch depth it leaves a 16-inch end rail. Four of each provide a pair at the upper level and a pair at the lower level.
The lower shelf is 1/4 inch smaller than those inside spans in each direction, making it 15 3/4 × 39 3/4 inches. These formulas describe the planning model. Design the leg arrangement and rail joints before treating the dimensions as assembly instructions.
long rail = 48 − (2 × 4) = 40 inend rail = 24 − (2 × 4) = 16 inshelf = (16 − 0.25) × (40 − 0.25) = 15.75 × 39.75 inpieces = 2 top layers + 8 leg strips + 8 rails + 1 shelf = 19Why two 48-inch top layers do not come from one trimmed sheet
Two 48-inch lengths plus a 1/8-inch separating kerf need 96 1/8 inches. The sample's 1/4-inch trim on each sheet end leaves only 95 1/2 inches. Rotating a top layer does not solve it: its 48-inch dimension would then exceed the sheet's 47 1/2-inch usable width.
Keep the 48-inch finished top and allow separate sheets, or deliberately choose a smaller top and recalculate. Do not reduce the finished parts silently to match a nominal sheet size. The layout below also includes all the leg, rail and shelf pieces.
two top lengths + kerf = 48 + 0.125 + 48 = 96.125 inusable sheet length = 96 − (2 × 0.25) = 95.5 inEvery finished part, counted once
The CSV contains the same dimensions, quantities and material groups shown here. Locked rows retain the entered length along the sheet length; check the actual face grain before cutting.
Swipe horizontally to see all fields →
| Key | Part | Width | Length | Qty | Rotation | Material / note |
|---|---|---|---|---|---|---|
| 1 | Bench top layer | 24 in | 48 in | 2 | Axes locked | 0.75 in plywoodTwo laminated full-size layers. |
| 2 | Leg lamination | 4 in | 33 in | 8 | Allowed | 0.75 in plywoodTwo laminations per leg. |
| 3 | Long rail | 4 in | 40 in | 4 | Allowed | 0.75 in plywoodTop and lower rails on both long sides. |
| 4 | End rail | 4 in | 16 in | 4 | Allowed | 0.75 in plywoodTop and lower rails on both ends. |
| 5 | Lower shelf | 15 3/4 in | 39 3/4 in | 1 | Allowed | 0.75 in plywoodInset from the frame for clearance. |
See how the rectangles fit
48 × 96 in stock; 1/8 in kerf; 1/4 in trim on every edge. Usable stock is 47 1/2 × 95 1/2 in. The layouts are best-found estimates, not a cutting sequence or proof of the fewest possible sheets.
Top layers remain aligned with the sheet length; leg strips, rails and shelf may rotate in the published layout. Change those permissions if appearance or your selected stock requires directional grain. Sheet count is a cutting estimate, not a bench load rating.
0.75 in plywood
2 sheet layouts · 53.0% finished-part area / full stock area
- 1Bench top layer × 1
- 2Leg lamination × 6
- 3Long rail × 1
- 4End rail × 4
- 5Lower shelf × 1
- 1Bench top layer × 1
- 2Leg lamination × 2
- 3Long rail × 3
Stock price is not estimated here. The prefilled calculator starts its price at 0; enter your supplier’s price to estimate cost. The CSV contains finished parts; set kerf and trim separately when importing it.
Adjust dimensions and regenerate the list →Turn the example into your project
- Measure the plywood and account for both top layers in leg length.
- Resolve leg geometry and rail joints before cutting the base parts.
- Design bracing, connections and any vise or machine support for the intended use.
- Recalculate for feet, casters, edging and any additional work surface.
References for the decisions behind the dimensions
The arithmetic and layouts above are SawNest examples. These references help you check site measurements, stock and joinery; they are not reports of a SawNest build test.
- Columbia Forest Products: panel thicknessUse the actual thickness when adding top layers and calculating leg length.
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