ZUMEN
DIY blueprint for Large Shoe CabinetReference photo

Shoe rack

Large Shoe Cabinet

DIY blueprint for Large Shoe Cabinet.

Intermediate¥6,000–¥12,0003 h 20 minIndoor4 examples
CainzKomeriKohnanDCM

Dimensions

Width (W)

1200mm

Depth (D)

350mm

Height (H)

900mm

Cut list

PartSize (T×W×L mm)Qty
1Front panel
19×120×1200×16
2Side panel
19×120×350×16
3Bottom panel
12×312×1162×1
4Corner post
38×89×900×4

Tools you'll need

  • Measuring tape (5m or longer)

    Used for measuring each part.

  • Pencil and carpenter's square

    For marking layout lines and checking right angles.

  • Saw

    Using home center cutting service is recommended.

  • Electric screwdriver

    Impact driver improves work efficiency.

  • Sandpaper

    Prepare #120 and #240 grit.

  • Level

    Essential for checking horizontality during assembly.

  • Clamps (2 or more)

    Used for temporary fixing during jointing.

  • Brush and paint tray

    Used for finishing with oil or varnish.

Materials

Front and back panels (cedar board 19mm)

19×120×1200mm

16

Side panels (cedar board 19mm)

19×120×350mm

16

Bottom panel (lauan plywood 12mm)

12×312×1162mm

With ventilation holes.

1

Corner posts (2x4 lumber)

38×89×900mm

4

Coarse-thread screws 65mm

65mm

60

Build steps

  1. 1

    Measure and Check Installation Location

    ≈ 15 min

    Measure the installation location for the large capacity shoe box (1200×350×900mm). Confirm the width of the entrance area, ensure a passage width of at least 600mm, and check the range of door opening and closing.

    Measure
    W 1200 mm
    MeasureSTEP 1 / 13

    Tip

    • Place so it does not interfere with the fan-shaped range when the entrance door is open.
    • Leave at least a 20mm gap between the wall and furniture for easier cleaning.
    • Avoid the boundary between entrance tile and flooring to prevent wobbling.

    Watch out

    • If the entrance space is insufficient for the 1200mm width, installation is not possible. Prior measurement is crucial.
    • The entrance is a high traffic area; a protruding placement at foot level poses a fall risk.
  2. 2

    Create Material Cutting List

    ≈ 30 min

    Cut the 19mm thick cedar board into front and back panels (19×120×1200mm)×16 pieces, and side panels (19×120×350mm)×16 pieces. The bottom panel is made of 12mm lauan plywood (12×312×1162mm)×1 piece. The corner posts are 2×4 lumber (38×89×900mm)×4 pieces. Using paid cutting service at home centers is convenient.

    Cut
    Use the in-store cut service
    CutSTEP 2 / 13

    Tip

    • Cedar boards vary greatly in knots and warping; select each piece by hand.
    • The corner post length of 900mm includes the height of the front/back panels (120×4=480mm) plus a 20mm margin.
    • When using cutting service, you can request matching wood grain direction for better appearance.

    Watch out

    • The cut ends of cedar boards absorb water easily. Apply protective materials thoroughly in later steps.
    • 2×4 lumber actual size is 38×89mm. Clearly specify '38×89' when ordering cuts (nominal size differs).
  3. 3

    Sand All Materials

    ≈ 40 min

    Sand with #120 grit followed by #240 grit sandpaper. Cedar is soft and prone to warp and splinters, so sand edges and surfaces carefully. Chamfer the corner posts to prevent shoes or feet from catching or bumping.

    Sand
    #120
    SandSTEP 3 / 13

    Tip

    • Cedar fibers are coarse; sand along wood grain to avoid raising splinters.
    • Sand the cut ends flat with #120 grit before smoothing with #240 grit. Skipping this causes uneven paint coverage.
    • Using an orbital sander reduces sanding time to one-third; rental services are available.

    Watch out

    • Significant dust is generated; perform sanding in ventilated areas like balconies or garages.
    • If dust is not removed before painting, the surface will become rough. Use air blower or damp cloth to clean.
  4. 4

    Stand and Temporarily Fix Corner Posts

    ≈ 25 min

    Stand four 2×4 posts vertically and arrange them at the four corners of the workbench. Temporarily fix them with clamps to the workbench, ensuring top and bottom are level. Check verticality with a level. Use a measuring tape to verify inside spacing: 600mm front to back and 300mm left to right.

    Build the frame
    Tighten joints firmly
    AssembleSTEP 4 / 13

    Tip

    • Check post verticality by measuring two planes (front and side) aiming for zero deviation.
    • Uneven surfaces like concrete floors or cushion floors can be leveled by placing plywood on the workbench.
    • Align knot patterns on all posts facing the same direction for aesthetic appearance.

    Watch out

    • If even one post is off vertical, front/back or side panels will be tilted after assembly.
    • Be consistent measuring inner or outer side of posts for spacing; inconsistency can cause 5-10mm errors.
  5. 5

    Attach Front and Back Panels (From Bottom)

    ≈ 40 min

    Place the first cedar board horizontally at the bottom front, apply wood glue on corner posts, then fix with 65mm coarse-thread screws: 2 screws per side (total 4). Stack subsequent boards with a 5mm ventilation gap (a chopstick width). Attach 5 boards each to front and back (total 10).

    Build the frame
    Tighten joints firmly
    AssembleSTEP 5 / 13

    Tip

    • The 5mm ventilation gap prevents moisture buildup causing mold.
    • Use chopsticks to keep uniform gaps.
    • Drill φ4mm pilot holes on the corner post side before screwing to prevent splitting.

    Watch out

    • Screwing without pilot holes causes cedar board splitting; always drill pilot holes.
    • Over-driving screws causes surface dents; stop screw flush with board surface.
  6. 6

    Attach Side Panels (Left and Right)

    ≈ 35 min

    Attach left and right side panels (19×120×350mm)×16 boards similarly with ventilation gaps. 5 boards per side. Adjust positioning of front/back panels so edges meet tightly at corners before fixing side panels. Measure diagonal lengths between front and back to ensure equality, adjusting with clamps as needed.

    Build the frame
    Tighten joints firmly
    AssembleSTEP 6 / 13

    Tip

    • Unequal diagonal lengths cause parallelogram distortion; clamp until equal.
    • Side panels fit inside front/back panels; offset pilot hole positions slightly from front/back edges.
    • For better corner joints, cut corner pieces at 45 degrees before fastening.

    Watch out

    • Mismatched ventilation slit positions look uneven.
    • Diagonal length errors over 5mm prevent smooth storage insertion.
  7. 7

    Process and Attach Bottom Panel

    ≈ 25 min

    Drill nine φ20mm ventilation holes evenly on the 12mm lauan plywood bottom panel (3 vertical × 3 horizontal). Holes should be at least 50mm from edges and 100mm apart. Insert the bottom panel into the box base and fix to four posts using 45mm coarse-thread screws.

    Drill a hole
    φ20mm
    DrillSTEP 7 / 13

    Tip

    • Ventilation holes are essential to vent shoe sole moisture; do not reduce number.
    • Using a hole saw yields cleaner holes, but a wood drill bit is acceptable.
    • Bottom panel edges are not visible from outside; edge tape is not necessary.

    Watch out

    • If bottom panel is warped, it won't contact posts properly. Check flatness first; if warped, install flipped and fix to correct.
    • Placing holes too close to edges reduces strength; keep at least 50mm from edge.
  8. 8

    Final Check of Right Angles and Diagonal Lengths

    ≈ 15 min

    Check the assembled box for right angles and diagonal lengths. Use a carpenter's square to confirm all four inside angles measure 90°, and measure two diagonals with tape measure to ensure difference is within 2mm. If out of alignment, loosen screws and correct with clamps before retightening.

    Inspect
    No wobble ✓
    InspectSTEP 8 / 13

    Tip

    • Diagonal difference is indicator of assembly error; within 2mm is acceptable.
    • Perform measurement on a level surface to avoid errors.
    • Manually check all screws to ensure none are loose.

    Watch out

    • Ignoring distortions causes doors or lids to not open or close smoothly.
    • Loose screws risk wobbling or structural failure when loaded by shoes.
  9. 9

    Painting Preparation and Sanding

    ≈ 15 min

    Lightly sand the entire assembly with #240 grit, then wipe dust with a damp cloth. Smooth screw heads and edges to be level. For indoor use, Watco Oil or Briwax are easy to use finishes.

    Sand
    #240
    SandSTEP 9 / 13

    Tip

    • Cedar absorbs paint heavily; plan on two coats.
    • Apply more finish to cut ends, which expose fibers and absorb more.
    • Apply Watco Oil by rubbing with cloth rather than brush for uniform finish.

    Watch out

    • Rough sanding before painting causes uneven coverage and fuzziness.
    • Painting over dust causes surface roughness.
  10. 10

    First Coat of Finish

    ≈ 30 min

    Apply Watco Oil or water-based paint over entire surface. Use brush or rag to apply along wood grain in one direction, let penetrate 15-20 minutes, then wipe off excess with dry cloth. Apply paint into ventilation slits at an angle to avoid misses. Allow natural drying for at least 2 hours.

    Paint
    Watco oil / varnish
    PaintSTEP 10 / 13

    Tip

    • 'Apply and wipe' method with Watco Oil enhances wood feel.
    • Residual finish in ventilation slits delays drying; wipe well.
    • For indoor work, ventilate well by opening windows to reduce fumes.

    Watch out

    • Failure to wipe causes sticky feel lasting several days.
    • Thick coats cause uneven drying and peeling later; thin two coats is best practice.
  11. 11

    Intermediate Sanding and Second Coat of Finish

    ≈ 25 min

    After first coat fully dries, lightly sand surface with #320 grit sandpaper as intermediate sanding. Remove dust and apply second coat thinner than first, wiping off excess similarly. Allow 24 hours for complete curing.

    Paint
    Watco oil / varnish
    PaintSTEP 11 / 13

    Tip

    • Intermediate sanding only smoothens raised fibers without removing first coat.
    • Two coats significantly improve wood protection; do not skip second coat.
    • Place in low-dust environment during drying.

    Watch out

    • Too aggressive sanding removes first coat.
    • Skipping second coat halves protection, especially important for damp entrance areas.
  12. 12

    Apply Foot Pads and Waterproofing Measures

    ≈ 15 min

    Attach felt pads or anti-slip rubber pads to bottom ends of corner posts. Since entrances are often wet, rubber or silicon pads with water repellency are recommended. For tile surfaces, silicon pads prevent slipping.

    Fix to the wall
    Anchor to studs
    InstallSTEP 12 / 13

    Tip

    • Felt pads absorb water and get dirty; rubber or silicon is preferred for entrance.
    • Place pads on all four corner posts; omitting center supports causes tilt.
    • After installation, ventilate for one week to dissipate finish fumes.

    Watch out

    • No pads cause floor scratches and slipping on wet floors.
    • Some silicon pads have weak adhesive; using double-sided strong tape ensures secure attachment.
  13. 13

    Final Check and Shoe Storage

    ≈ 15 min

    Confirm all screws are tight, ventilation gaps are uniform, and finish has no unevenness. Use level to check for wobble; adjust pad thickness to level if needed. Avoid placing heavy objects for one week until finish cures completely. Store shoes only when dry.

    Done!
    Done — nice work!
    DoneSTEP 13 / 13

    Tip

    • Dry wet shoes thoroughly on entrance mats before storing to prevent moisture buildup.
    • Ideal shoe load is 80% capacity; overfilling blocks ventilation.
    • Ventilate empty shoe box monthly using fan drying to extend lifespan.

    Watch out

    • Placing wet shoes before finish cures leaves shoe-shaped marks.
    • Overstuffing causes deformation of boards.

Warnings

  • ⚠️Drill pilot holes before screwing to prevent wood splitting.

Custom design

Changing the dimensions roughly scales the cut list. Get the precise calculation in the app.

Enter dimensions (mm)

Quick estimate

Width W

Depth D

Height H

Base size 1200×350×900 mm

Cut list (preview)

PartSize (T×W×L)Qty
Front panel19×120×1200×16
Side panel19×120×350×16
Bottom panel12×312×1162×1
Corner post38×89×900×4

Total board length ≈ 29.6 m · Available at: カインズ / コメリ / コーナン / DCM

Accurate materials, prices, and cuts in the app

Per-retailer pricing, purchase links, and optimal cut layouts are auto-calculated in the app.

Calculate accurately in the app

Examples4 examples

View all →
Large Shoe CabinetLarge Shoe Cabinet
roomie_diy
roomie_diy2026-04-18
4.0(16)

Actual cost

¥5,834

Build time

3 h 55 min

Home center

コメリ

市販品ではしっくりこなかったので大容量シューズボックスを自分で組みました。賃貸でも置けるサイズで設計してます。段ごとに高さを変えて、ブーツとスニーカーで使い分け。次は別のサイズで再チャレンジ予定です。

Large Shoe CabinetLarge Shoe Cabinet
yuko_ベランダ部
yuko_ベランダ部2026-02-01
3.8(11)

Actual cost

¥12,947

Build time

4 h 2 min

Home center

DCM

市販品ではしっくりこなかったので大容量シューズボックスを自分で組みました。一人暮らしなので一人で組み立てられる構造に。段ごとに高さを変えて、ブーツとスニーカーで使い分け。結果には満足してます。

Large Shoe CabinetLarge Shoe Cabinet
Yuri / ユリ
Yuri / ユリ2025-12-06
3.8(5)

Actual cost

¥7,590

Build time

2 h 56 min

Home center

ロイヤルホームセンター

今回は大容量シューズボックスにトライ。マンション住まいなので搬入できる寸法を最優先。段ごとに高さを変えて、ブーツとスニーカーで使い分け。結果には満足してます。

Large Shoe CabinetLarge Shoe Cabinet
Yuto_workshop
Yuto_workshop2025-11-01
4.0(4)

Actual cost

¥9,560

Build time

3 h 16 min

Home center

DCM

週末を使って大容量シューズボックスを作りました。段ごとに高さを変えて、ブーツとスニーカーで使い分け。完成までトータル 1 ヶ月、ゆるゆる進めて楽しかったです。

Post your build

Post photos, actual cost, and a comment from the app and they'll appear here.

Free

Ratings

3.9/ 5
(17 ratings)Rate in the app

Comments3

  • DIY読書中_57's avatar
    DIY読書中_57
    2026/04/26

    サイズ感がちょうどよくて、うちのリビングにも置けそう

  • Hayate木工's avatar
    Hayate木工
    2026/04/26

    天板と側板を相欠きで組むとさらに剛性出ますよ。次回試してみてください

  • DIY備忘録_50's avatar
    DIY備忘録_50
    2026/04/26

    初めて棚を作るのに参考にさせてください。工具はインパクトドライバーだけで足りますか?

Post comments from the app

Open in app

Customize the size in the app

Enter width, depth, and height in the app — the blueprint and material list are generated for you.

Free download (iPhone)

Find more blueprints in this category or store

Related blueprints