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Free bookshelf plans for a six-shelf bookcase sized to fit a standard 8-foot ceiling with a couple of inches of clearance for moving it into place. You get the parts list, dimensions, material breakdown, and an optimized cutting diagram you can download as a PDF and take to the workshop.

The 1800 mm-tall side panels host five fixed (or adjustable) shelves and one bottom shelf, all 764 mm wide so the assembled unit clears most doorways during the move-in. The 800 mm-wide back panel adds rigidity and squares the case - don't skip it, even if you'll be screwing the unit to the wall. A kick plate at the bottom hides the toe space for a cleaner finished look.

What's in the PDF

• Parts list with dimensions - 11 parts total across 5 part types (sides, shelves, top, back panel, kick plate). Every part labeled, quantified, and dimensioned in mm.
• Optimized cutting diagram - generated from 18 mm plywood sheets (2440 × 1220 mm / 4'×8'). Color-coded by part type so you can see at a glance which piece is which.
• Sheet count and material cost estimate - approximate sheet usage and cost so you can budget before buying.
• Kerf accounted for - 3.2 mm (1/8") default, adjustable to your blade.

Click "Open in Optimizer" below - your parts and stock are pre-filled, you just download the PDF. No signup needed for a single optimization.

Tools you'll need

• Track saw or table saw - the 1800 mm side panels are long, so a track saw is friendlier than wrestling them across a table saw
• Drill driver, plus a shelf-pin jig if you want adjustable shelves
• Pocket-hole jig for fast carcass joinery, or a dado stack on a table saw if you want the traditional approach
• Long parallel clamps - 800 mm wide and 1800 mm tall means you need long clamps in both directions
• Edge-banding iron and a flush-trim bit for the visible front edges

Time estimate

Half a day to break down the sheets and cut all parts. One day to assemble the carcass and install shelves. Plus finishing time. A weekend including stain or paint and drying.

Build sequence

1. Cut the side panels first. They're the longest parts and the most-visible. Use a track saw or a long fence on a table saw. Cut both panels at the same setup so they match exactly.

2. Cut the shelves and top. All shelves are the same width (764 mm). Cut them in a single setup so they're identical.

3. Cut the back panel and kick plate. The back is 1800×800 mm and uses the bulk of a sheet on its own.

4. Decide: fixed or adjustable shelves. Fixed shelves go in dadoes cut into the side panels - more rigid, can't move. Adjustable shelves go on shelf pins - more flexible, slightly less rigid. Both are valid; the cut list is identical.

5. Edge-band the front edges of side panels, top, and shelves. Iron, trim flush, sand. Do this before assembly.

6. Assemble the carcass. If you went with dadoes, slide the shelves into the dadoes and clamp. If you went with shelf pins, drill the pin holes (32 mm centers, both sides matching) before assembly.

7. Drop in the back panel and screw it to the back edges of the sides, top, and any fixed shelves. The back is the structural element that keeps the case square - non-negotiable.

8. Attach the kick plate at the bottom front. Hides the toe space and gives the bookshelf a furniture-quality bottom.

9. Anchor to the wall. A 1800 mm-tall bookshelf loaded with books is heavy and front-heavy if it tips. Drive a pair of screws through the back panel into wall studs. Non-optional in households with kids.

Material options

• Plywood (18 mm) - the default. Cabinet-grade for the visible sides, top, and front shelf edges; construction-grade is fine for the back.
• Melamine - cheaper and pre-finished. Skip edge banding on the white edges if that look works. Use the melamine cut calculator.
• Solid hardwood - the high-end version. Same dimensions, glued-up panels of oak, maple, or walnut. Considerably more expensive and heavier.
• MDF - smooth paint surface. Use the MDF calculator. MDF will sag at this 764 mm shelf span when loaded with hardcover books - acceptable for paperbacks or decor, not for a heavy reference library.

Common mistakes

Building it without anchoring to the wall. A loaded bookshelf at 1800 mm tall tips dangerously if pulled. Anchor it.

Using shelf pins on shelves over 900 mm. 764 mm at 18 mm plywood is the limit before sag becomes visible with a full row of hardcovers. If you upsize the unit width, switch to fixed dadoes or add a shelf cleat.

Skipping the back panel. Even if you'll screw the bookshelf to the wall, the back keeps it square during the move and over time.

Forgetting to edge-band the shelves. Raw plywood edges look amateur on a bookshelf where the shelves are the main visible feature.

FAQ

Are these bookshelf plans really free?

Yes. The plans, parts list, dimensions, and PDF cutting diagram are all free during early access. No card, no part limits, no watermarks.

What does the PDF include?

The PDF has the optimized cutting diagram (sheet-by-sheet, color-coded by part), the full parts list with dimensions, kerf settings, and total sheet count. Designed to print at letter or A4 and be readable next to a saw.

Can I make the bookshelf wider than 800 mm?

Yes, but be careful with shelf sag. At 800 mm with 18 mm plywood and a full row of hardcovers, you're already near the practical limit. If you go wider, switch to 25 mm shelf material, add a center divider, or use a hardwood face strip glued to the front edge for stiffness.

How many sheets of plywood do I need?

Approximately 2 sheets of 4'×8' (2440×1220 mm) 18 mm plywood, plus a small amount of thinner stock for the back. Exact count depends on kerf and packing - shown in the PDF.

Can I make this bookshelf shorter for under a window?

Yes. Open in the optimizer and edit the side panel height and back panel height to your target. Reduce the shelf count to match. The cut list regenerates.

Adjustable or fixed shelves - which should I pick?

Adjustable for flexibility (paperbacks one year, hardcovers the next, decor after that). Fixed for maximum rigidity and lower cost (no shelf pins needed). The cut list is identical either way - the difference is whether you drill pin holes or cut dadoes.

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