Open dataset · Plywood planning

Plywood Project Yield Benchmarks

We tested 75 common project parts lists on 96 × 48 inch sheets with a 1/8 inch kerf. The results show why area alone cannot reliably predict sheet count and where rotation constraints change the estimate.

Projects tested757 project categories
Heuristic sheets114Rotation allowed
Mean material yield52.4%Unweighted project mean
Rotation-sensitive6Projects using more sheets when locked

Download the data

Download project benchmark CSV

The CSV contains one row per project, the benchmark version and method, source template, part area, theoretical area minimum, heuristic sheet counts, yield percentages, and rejected-piece count.

Results for 75 common plywood projects

The area-only minimum is a lower bound: it divides total part area by 4,608 square inches and rounds up. It does not account for part shape, kerf, or orientation. “Rotation allowed” lets the heuristic turn rectangles 90 degrees. “Grain locked” keeps the entered orientation.

ProjectCategoryPartsArea min.RotateYieldLocked
Base cabinet Cabinets61 173.6%1
Wall cabinet Cabinets71 160.8%1
Bathroom vanity Cabinets61 158.3%1
Pantry cabinet Cabinets102 358.9%3
Laundry room cabinet Cabinets72 259.6%2
Shop storage cabinet Cabinets93 367.7%4
Bookshelf Storage92 260.8%2
Cube storage unit Storage132 252.9%2
Mudroom bench Storage71 238.2%2
Window seat Storage71 248.6%2
Utility closet cabinet Storage82 362.0%3
Under-bed drawers Storage121 172.8%1
Coffee table Furniture61 172.5%2
Console table Furniture51 147.0%1
Record cabinet Furniture82 256.5%2
Media wall cabinet Furniture92 265.8%2
Folding craft table Furniture61 177.8%1
Kids table Furniture61 141.8%1
Mobile workbench Shop91 248.7%2
Assembly table Shop72 350.3%3
Miter saw stand Shop91 242.9%2
French cleat tool wall Shop121 182.4%2
Rolling utility cart Shop91 158.2%1
Outdoor storage box Outdoor62 258.3%2
Kitchen island Cabinets71 249.8%2
Appliance garage Cabinets61 132.2%1
Microwave shelf cabinet Cabinets81 160.6%1
Closet tower Storage101 248.0%2
Entryway locker Storage82 267.6%2
Laundry folding table Furniture62 253.6%2
Craft storage cabinet Storage102 361.1%3
Sewing table Furniture61 178.7%2
Sheet goods storage cart Shop112 442.5%5
Cutoff storage bin Shop81 248.3%2
Sanding station Shop72 252.0%2
Small parts drawer cabinet Shop101 174.1%1
Floating shelf Storage71 133.2%1
Wall garage cabinet Storage72 251.7%2
Storage bench Storage61 236.6%2
Toy box Furniture61 232.9%2
Shoe rack Storage91 155.0%1
Nightstand Furniture51 135.1%1
Dining bench Furniture61 134.1%1
Entryway table Furniture51 143.0%1
Tool cabinet Shop81 158.8%1
Router table Shop71 241.5%2
Pegboard organizer Shop91 135.9%1
Clamp rack Shop181 119.3%1
Drill press stand Shop61 166.4%1
Planter box Outdoor91 141.3%1
Plywood chair Furniture51 145.6%1
Plywood lounge chair Furniture181 165.0%1
Plywood dollhouse Furniture81 249.6%2
Desk organizer Small Projects91 112.2%1
Monitor riser Small Projects51 114.2%1
Printer stand Small Projects61 137.1%1
File cabinet Storage91 146.6%1
Rolling pantry cart Storage71 159.9%1
Linen cabinet Storage92 259.3%2
Folding work table Shop61 162.3%1
Folding wall desk Small Spaces51 130.3%1
Narrow entryway bench Small Spaces61 136.4%1
Over-toilet storage cabinet Small Spaces91 156.9%1
Rolling kitchen cart Small Spaces91 170.6%2
Sofa side table Small Spaces51 124.9%1
Under-desk rolling cabinet Small Spaces61 143.4%1
Portable wardrobe cubby Small Spaces82 255.2%2
Stackable shoe cubby Small Spaces141 237.8%2
Room divider cubby Small Spaces102 256.5%2
Balcony storage bench Small Spaces61 157.3%1
Drop-leaf dining table Small Spaces71 164.3%1
Rolling coffee bar Small Spaces61 245.2%2
Compact craft cart Small Spaces71 164.1%1
Slim laundry tower Small Spaces111 189.7%1
Knock-down bookcase Small Spaces111 176.8%1

Findings

Across these inputs, the rotation-allowed heuristic used 114 sheets and produced an average project-level yield of 52.4%. 6 of 75 projects—Shop storage cabinet, Coffee table, French cleat tool wall, Sewing table, Sheet goods storage cart, Rolling kitchen cart—required an additional sheet when rotation was locked. That does not mean those parts should be rotated: visible faces may require a consistent grain direction.

The widest gap between the area-only lower bound and the heuristic estimate comes from geometry. Large rectangles can leave substantial total area unused even when no remaining part fits its shape. Sheet count should therefore be checked with a real layout, not estimated from square footage alone.

Method

  1. Expand each named parts list into individual rectangles.
  2. Sort pieces by area, then by longest and shortest side.
  3. Place each rectangle with a deterministic MaxRects-style free-rectangle heuristic.
  4. Reserve a 1/8 inch kerf between adjacent cuts where space remains.
  5. Repeat once with 90-degree rotation allowed and once with orientation locked.

Every tested part fit within a standard sheet; the dataset records zero rejected pieces. Source dimensions are planning examples based on the linked templates, not construction drawings.

Limitations and safe use

The algorithm is a heuristic and does not prove a global optimum. Results exclude trim loss, defects, face selection, joinery, hardware, test cuts, replacement parts, and stock variation. Theoretical one-sheet patterns may also be impractical if a real cutting sequence cannot preserve the modeled rectangles. Use the plywood cut calculator with your actual dimensions, then inspect the layout before buying material.

License and citation

Dataset version 2026-07-21, method woodcuttool-maxrects-v1. Licensed under CC BY 4.0. Suggested attribution: “WoodCutTool Plywood Project Yield Benchmarks, 2026-07-21.”