Build the cube wooden enclosure

1. Plan full support and service space

Parts: Complete empty cube

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: This unbuilt dry indoor shell has no species, structural, thermal or containment certification.

1. Provide a flat, level support under the whole base. The bare body is 24 in (609.6 mm) wide × 24 in (609.6 mm) deep × 24 in (609.6 mm) high; the maximum veneered wood envelope is 24.092 in (611.94 mm) in each direction. Hardware projects farther.
2. Check the transport route, helpers and working space. Reserve 22 in (558.8 mm) in front for the supported leaf, 4 in (101.6 mm) above the upper pin and clear lifting room above the entire roof. Keep the side bolt sets accessible.
3. Record the complete enclosure, substrate, furnishing and equipment weights. Have the support and floor checked for that actual load; no stand, stacking capacity or tested load rating is supplied.

Check before continuing: The whole base is supported and the empty cube can be transported and serviced.

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2. Resolve the seven receiving holds

Parts: H01–H07 and current bill of materials

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: Primary replacement hardware dimensions are recorded. Actual stack, quarter-inch mesh gauge and supplier/qualified acceptance remain open; product identity does not approve the assembly.

1. Read H01–H07 before buying dependent materials. Confirm the proposed full-leaf hinge spacers, actual hasp support, mesh thickness, covered bolt tails and glazing-cushion compatibility.
2. Choose ONE maple, white-oak or walnut veneer system. Confirm its pressure-sensitive adhesive (PSA), backing, substrate/sealer, balance, indoor conditions, acclimation, application pressure and dwell with the supplier.
3. Record the answers and actual trials. The complete cured veneer stack must be no more than 0.046 in (1.17 mm). An added balancing layer or substituted hardware needs coordinated dimensional review.

Check before continuing: Required product and qualified-review answers are recorded before dependent work.

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3. Measure stock and identify every component

Parts: Plywood, pine, poplar, acrylic, gaskets, metal and hardware

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: Nominal lumber names are not measured finished dimensions.

1. Match exact product models and quantities to the materials list. Keep unknown-length kit screws separate. Measure plywood at several edges; reference is 45/64 in (17.86 mm), with the fitting worksheet covering uniform 11/16 in (17.46 mm) through 23/32 in (18.26 mm) stock.
2. Verify 3/4 in (19.05 mm) pine, solid 1 1/2 in (38.1 mm) square pine, 3/8 in (9.53 mm) pine spacers, 1/4 in (6.35 mm) poplar caps and 0.22 in (5.59 mm) acrylic. Reject bowed, split, twisted or locally voided stock where it bears or receives a screw.
3. Save offcuts as thickness gauges and label their measured thickness. Fit dependent parts between their real receivers, then record the actual sizes beside the reference cut list.

Check before continuing: Stock dimensions, condition and product identities are recorded.

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4. Trial pilots and head seats on matching offcuts

Parts: Actual #8 and #10 screws; matching wood and metal offcuts

Tools / setup: Drill, caliper, actual bits, countersink, depth stop, clamps and backing board

Before you begin: Clamp small pieces; never hold them by hand under the drill.

1. Clamp a representative stack over a backing board. A clearance hole passes the first member freely; a smaller pilot guides screw threads into the receiver. Start the #8 trial with 11/64 in (4.37 mm) clearance and a 7/64 in (2.78 mm) pilot, then match the received screw root.
2. Match the actual countersink angle, and stop with the head flush without crushing wood. Trial #10 hasp holes separately: reference 13/64 in (5.16 mm) clearance and 1/8 in (3.18 mm) pilot. Hardware countersinks must seat the actual heads.
3. Mark the intended tip and set a drill stop including the pointed end of the bit. Preserve at least 1/16 in (1.59 mm) wood beyond the screw tip. Inspect both sides after tightening; do not use a plywood edge as a threaded receiver.

Check before continuing: Joints close without splits, stripped threads, proud points or buried heads.

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5. Cut and label the five plywood panels

Parts: P01 floor, P02 roof, P03/P04 sides, P05 back

Tools / setup: Supported sheet saw, guide, clamps, square, tape and sacrificial surface

Before you begin: Support both sides of a cut; no store cutting service is assumed.

1. Support the sheet and waste on a sacrificial surface. Follow PLYWOOD-1, which fits a true 48 in (1219.2 mm) × 96 in (2438.4 mm) sheet with 1/8 in (3.18 mm) kerfs and edge trim. Finish floor P01 and roof P02 at 24 in (609.6 mm) square.
2. For the sides, subtract two actual plywood thicknesses from 24 in (609.6 mm). Reference side blanks are 24 in (609.6 mm) deep × 22 19/32 in (573.88 mm) high. Dry-clamp them on the floor and fit the back between: reference 22 19/32 in (573.88 mm) square.
3. Mark FRONT, LEFT/RIGHT, inside/outside and each part ID. Compare diagonals and mating edges before any opening is cut; retain the measuring offcuts.

Check before continuing: The dry-clamped bare shell has matching panels and the intended outside dimensions.

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6. Cut the matching side inlets

Parts: P03 and P04

Tools / setup: Square, drill, supported jigsaw/router, clamped guide, chisel and backing board

1. On each side mark an 8 in (203.2 mm) × 2 in (50.8 mm) through-opening. Its front edge is 8 in (203.2 mm) behind the panel FRONT; its bottom is 5 in (127 mm) above the panel bottom, which rests on the bare floor.
2. Clamp and back the panel. Drill a starter hole within the waste, cut with a supported jigsaw or guided router, and finish to the lines. Square routed corners without overcutting the wood.
3. Mirror the panel faces while preserving the same front/bottom datums. Veneer will cover the reveals; do not move the opening to compensate for a misplaced support.

Check before continuing: Both openings match their bare dimensions and remain clear of the supports.

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7. Cut the single roof outlet

Parts: P02 roof

Tools / setup: Tape, square, starter drill, supported jigsaw/router and chisel

1. Mark one 18 in (457.2 mm) wide × 10 in (254 mm) deep opening. Its left edge is 3 in (76.2 mm) from LEFT and front edge 4 in (101.6 mm) from FRONT. Label the left fixture-support area.
2. Support the roof and waste independently. Cut inside the waste and finish to the lines with controlled passes; square the corners and remove splinters.
3. Preserve the surrounding roof, rear rib location and panel orientation. This is a real screened through-opening, not a shallow recess.

Check before continuing: The opening agrees with the roof drawing and leaves the specified perimeter.

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8. Cut the thirteen solid supports

Parts: C1–C13; three square-pine sticks

Tools / setup: Supported crosscut saw, stop setup, clamps, square and thickness gauges

Before you begin: Reject damaged or undersize stock; do not force long cleats into the shell.

1. Use the three SQUARE-PINE layouts with measured fitting lengths. C1–C4 are reference 22 19/32 in (573.88 mm) posts; C5–C8 are 18 51/64 in (477.44 mm) side supports; C9–C13 are 19 19/32 in (497.68 mm) front/back/rib members.
2. Use solid clear 1 1/2 in (38.1 mm) × 1 1/2 in (38.1 mm) stock. The tight third-stick plan puts C13 with C5–C8 and includes 1/8 in (3.18 mm) kerfs; do not add arbitrary length allowances or reorder it into a longer group.
3. Transfer actual between-part distances with offcut gauges, check square ends, and label each member. Keep the square stock full section; these cleats are not laminated strips.

Check before continuing: Thirteen labeled solid members fit their actual receiving spaces.

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9. Laminate the two rib bearing blocks

Parts: RB1-A/B and RB2-A/B; Titebond III

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: The glue maker excludes structural/load-bearing use and continuous immersion.

1. Cut four 2 1/4 in (57.15 mm) × 2 in (50.8 mm) × 3/4 in (19.05 mm) pine blanks. Pair them to form RB1 and RB2, each 1 1/2 in (38.1 mm) thick; dry-clamp all contacting faces on a flat bench.
2. Apply Titebond III to clean bare mating wood above 47°F (8.3°C). At 70°F (21°C) and 50% relative humidity, the maker gives 8–10 minutes open time and 20–25 minutes total assembly time.
3. Clamp uniformly with cauls, meaning straight boards that spread pressure. Remove squeeze-out and label the cured blocks; glue does not establish a structural rating.

Check before continuing: Both blocks are flat, fully contacting and at the intended size.

Required wait: Keep glue-ups clamped for this build’s 24-hour hold; do not stress or machine sooner. Extend for conditions and current maker instructions.

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10. Lay out the crossed front-frame layers

Parts: FAL/FAR/FAB/FAT and FBL/FBR/FBB/FBT

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

1. On a flat bench lay front layer A with full-height 2 in (50.8 mm) stiles, a 3 in (76.2 mm) bottom rail between them and a 2 in (50.8 mm) top rail between them.
2. Lay rear layer B with full-width top/bottom rails and its stiles between. Each layer bridges the other layer’s butt seams. The bare opening is reference 18 19/32 in (472.28 mm) wide × 17 19/32 in (446.88 mm) high.
3. Dry-clamp, compare diagonals and mark the sixteen rear-entry lamination holes before the shell blocks access. Use the actual-stock worksheet for dependent rail and stile lengths.

Check before continuing: All seams are crossed, both layers lie flat and the opening is square.

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11. Glue and screw the front frame on the bench

Parts: Front-frame layers; sixteen #8 × 1 1/4 in (31.75 mm) screws

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

1. Apply glue and clamp under the same temperature/time conditions as the bearing blocks. Keep the frame flat while measuring both diagonals.
2. From REAR, mark the stile lines 1 in (25.4 mm) from each outside frame edge at heights 1 1/2 in (38.1 mm), 6 in (152.4 mm), 11 in (279.4 mm) and 16 in (406.4 mm) above the frame bottom, plus 1 in (25.4 mm) below the top. Mark the rail rows at 1 1/2 in (38.1 mm) above bottom and 1 in (25.4 mm) below top, at center and 6 in (152.4 mm) either side.
3. Use the station drawing for all sixteen holes. Clearance-drill the rear layer and blind-pilot the front layer; fit the scheduled screws flush on the bench. Later supports obstruct these driver paths.

Check before continuing: Sixteen flush screws reinforce the flat, square lamination.

Required wait: Do not stress, machine or install until the 24-hour glue hold is complete.

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12. Fit the revised door perimeter

Parts: DAL/DAR/DAB/DAT and DBL/DBR/DBB/DBT

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: Do not use the original 1/8 in (3.18 mm) reveal dimensions for the full veneer option.

1. Fit the leaf to its own front opening with 3/16 in (4.76 mm) bare gaps at hinge, top and bottom and 5/32 in (3.97 mm) at the latch. Both opposing surfaces will receive veneer.
2. The revised bare leaf is 18 1/4 in (463.55 mm) wide × 17 7/32 in (437.36 mm) high. Retain the original 14 11/32 in (364.33 mm) × 13 11/32 in (338.93 mm) viewing opening and all glazing datums; only the outer perimeter is trimmed.
3. Layer A has full-height stiles, layer B full-width rails. Use each labeled cut and dry-lay the eight pieces so every butt seam is bridged.

Check before continuing: The leaf fits with the revised bare gauges and unchanged viewing opening.

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13. Glue and screw the leaf before adding retainers

Parts: Door layers; twelve #8 × 1 1/4 in (31.75 mm) screws

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

1. Glue the clean bare mating faces and clamp square on the bench under the established glue conditions. Check diagonals and flatness without using acrylic as a brace.
2. Use the appendix hole coordinates with the revised bare leaf: subtract 2 57/64 in (73.42 mm) from each X to mark from its LEFT edge, and 3 57/64 in (98.82 mm) from each Z to mark from its BOTTOM. Keep FRONT/REAR labels; do not reuse offsets from the old perimeter.
3. From REAR, clearance-drill layer B, blind-pilot layer A and fit twelve flush screws. Complete them before Q spacers and K caps block the driver approach.

Check before continuing: All twelve holes land in their intended receivers and the leaf remains flat.

Required wait: Keep the lamination unstressed for at least 24 hours before machining or hanging.

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14. Plane the six-degree latch bevel

Parts: Cured unglazed leaf

Tools / setup: Block plane, padded vise, protractor, sliding bevel and straightedge

Before you begin: Do not shorten the latch edge further to cure a hardware error.

1. Mark FRONT and REAR. Preserve the new front latch arris, meaning the corner where the front and edge meet. Set a sliding bevel to 6° from square, or 84° from the face.
2. Trial a matching laminated offcut. On the 1 1/2 in (38.1 mm) leaf thickness, the rear edge retreats about 0.1577 in (4.01 mm); use the angle and straightedge to set the cut, not a rounded tape value.
3. Clamp the full leaf edge-up in padded jaws and plane light passes from the ends toward the middle. Keep the hinge edge square and recheck all bare gap gauges.

Check before continuing: The rear latch corner clears while the front arris and hasp-supporting wood remain intact.

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15. Cut the separate glazing spacers and caps

Parts: Q1–Q4 pine and K1–K4 poplar

Tools / setup: Supported ripping/crosscut setup, carrier, hold-downs, push blocks, square and caliper

1. Use purchased 3/8 in (9.53 mm) pine for the Q spacers and 1/4 in (6.35 mm) poplar for the K caps. Rip safely supported long stock to 5/8 in (15.88 mm) and 1 in (25.4 mm) widths respectively, then crosscut the scheduled lengths.
2. Reference Q1/Q2 are 16 19/32 in (421.48 mm) long and Q3/Q4 are 14 11/32 in (364.33 mm). K1/K2 are 16 19/32 in (421.48 mm) and K3/K4 are 13 19/32 in (345.28 mm). Horizontal pieces span the pocket; vertical pieces fit between.
3. Keep the parts labeled and separate. This design uses a spacer-built pocket; do not route the other build’s rear rabbet into this leaf.

Check before continuing: Four spacers and four caps fit their own rectangles without twisting.

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16. Dry-fit the glazing pocket and drill caps

Parts: Leaf, Q1–Q4, K1–K4; fourteen #8 × 1 1/4 in (31.75 mm) screws

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: Protect future pane surfaces from chips and metal filings.

1. Place the leaf front down on a padded bench. Mark a rectangle 1 1/8 in (28.58 mm) outside each unchanged viewing-opening edge. Align the OUTER edges of both Q spacers and K caps to this rectangle; their different widths form the pocket and retaining overlap. Clamp flat.
2. With acrylic absent, mark and drill all fourteen stations: four per vertical cap and three per horizontal cap. Clearance passes through cap and spacer; the stopped pilot enters the leaf.
3. Dry-fit a representative acrylic/gasket stack. Leave caps and spacers removable; do not glue them or drill the acrylic. Final pressure and fit will be checked again after full cure.

Check before continuing: Caps seat without forcing a bowed leaf and all holes are outside the pane perimeter.

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17. Cut and deburr the three mesh blanks

Parts: VML/VMR side mesh and M1 roof mesh

Tools / setup: Snips, file, caliper, gloves for wire handling and eye protection

Before you begin: Quarter-inch mesh is not insect-proof or universally animal-proof.

1. Cut two 10 in (254 mm) × 4 in (101.6 mm) side blanks and one 19 in (482.6 mm) × 11 in (279.4 mm) roof blank. Wear eye protection and suitable hand protection for sharp wire; file projections and inspect every weld.
2. The required clear aperture is 1/4 in (6.35 mm). The model assumes round 0.025 in (0.64 mm) wire at 0.275 in (6.99 mm) center pitch; the current listing does not establish gauge. Measure the actual welded crossings, which must not exceed 1/16 in (1.59 mm).
3. Check full overlap at each opening and flatten the captured perimeter without breaking welds. Every cut wire end must remain buried under its capture frame.

Check before continuing: All three screens fit, lie flat and have concealed sharp perimeters.

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18. Route the side-screen capture pockets

Parts: VL1–VL4 and VR1–VR4

Tools / setup: Router, template, carrier, clamps, chisel, depth gauge and coated sample

1. Dry-clamp each 11 in (279.4 mm) × 5 in (127 mm) capture frame from its two 11 in (279.4 mm) × 1 1/2 in (38.1 mm) rails and two 2 in (50.8 mm) × 1 1/2 in (38.1 mm) end pieces, all 3/4 in (19.05 mm) thick.
2. On the wall-facing side route the centered 10 in (254 mm) × 4 in (101.6 mm) mesh footprint plus 0.006 in (0.15 mm) relief at every perimeter edge, 1/8 in (3.18 mm) deep. Use a clamped carrier/template, never loose narrow strips.
3. Test the actual wire and cured coating. The continuous 0.494 in (12.55 mm) outer land must bear flat on the wall while the pocket contains the wire; square corners and remove sharp fibers.

Check before continuing: The outer wood land bears without being jacked off the wall by wire crossings.

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19. Transfer twenty side bolts through open cells

Parts: Both inlet captures; twenty #10-24 bolt sets

Tools / setup: Actual mesh, clamps, transfer jig, drill, 7/32 in (5.56 mm) bit and backing board

Before you begin: Do not cut a mesh wire to make a hole fit. The receiving trial must preserve full wood bearing and tool access.

1. Clamp each mesh and capture with the land seated. Use the revised drawing’s stations, then adjust only by a documented received-mesh transfer that preserves support and clearances.
2. Reference depth stations from side FRONT are 7 1/4 in (184.15 mm), 10.55 in (267.97 mm), 13.575 in (344.81 mm) and 16.6 in (421.64 mm). Lower/upper rows are 4 61/64 in (125.81 mm) and 8.528125 in (216.61 mm) above FLOOR UNDERSIDE; the two end-column middle holes are at 6.603125 in (167.72 mm). The side panel bottom is one plywood thickness above that datum.
3. Drill ten 7/32 in (5.56 mm) through-holes per side through actual open cells. Clamp and back the stack; never cut a wire or weld to pass the bolt.

Check before continuing: Twenty bolts pass open cells with fully supported washers and concealed wire ends.

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20. Countersink only the outside plywood faces

Parts: P03/P04 and later P02; bolts actual flat-head sample

Tools / setup: 82° countersink, stopped drill, actual bolts sample, 1/8 in (3.18 mm) hex key, caliper, clamps and backing

Before you begin: H05 offcut fit and H07 qualified bearing review remain required. A digital model cannot establish connection strength.

1. After transferring the 7/32 in (5.56 mm) through-holes, separate the stack. Clamp the plywood over sacrificial backing. Use an 82° countersink on the OUTSIDE face only; the cone supports the flat screw head.
2. Practice in matching offcuts first. Advance in small cuts, stop the drill and test the actual screw each time. Its top must be flush with bare wood. Published head diameter is 0.359 in (9.12 mm) – 0.411 in (10.44 mm); the maximum reference cone is about 0.127 in (3.23 mm) deep, leaving about 0.576 in (14.63 mm) of reference plywood below it.
3. Reject splitting, crushed fibers, voids, an oversized seat or a head below the face. Do not use a 90° countersink. Mark 0.43 in (10.92 mm) circular access in the later veneer so a 1/8 in (3.18 mm) hex key can reach each head; veneer must not carry clamping pressure.

Check before continuing: All outside heads seat flat and flush; the original through-hole and interior capture stay aligned.

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21. Fit bolt lengths and blind covers

Parts: bolts flat-head screws; washers interior washers; nuts locknuts; caps covers

Tools / setup: 1/8 in (3.18 mm) hex key, two slim 3/8 in (9.53 mm) wrenches, socket, caliper, vise, hacksaw and file

Before you begin: Stainless threads can seize. Work slowly by hand; stop for binding and follow supplier galling guidance. Any lubricant needs separate contact/finish approval. Never cut metal beside mesh or glazing.

1. Insert each flat head from outside. Inside, place ONE washer against the capture and add the nylon locknut. Hold the head with a 1/8 in (3.18 mm) hex key and seat the nut slowly with a 3/8 in (9.53 mm) tool. Stop when lands touch; do not crush wood. A 5/8 in (15.88 mm)-outside-diameter-or-smaller socket and two slim wrenches must fit the actual trial.
2. Start with purchased 2 in (50.8 mm) screws, measured from the top of the head. Reference fitted length is 1 7/8 in (47.63 mm). Measure the actual plywood/capture grip, washer and nut; leave 7/64 in (2.78 mm) – 9/64 in (3.57 mm) beyond the nut. Remove the screw, clamp in a vise, cut and file with no more than 1/64 in (0.4 mm) chamfer. Keep at least two complete cap threads after the chamfer.
3. Refit the screw, washer and locknut. Thread on the closed cover by hand. Its 3/16 in (4.76 mm) blind depth must not bottom on the tip; leave at least 3/64 in (1.19 mm) spare depth. Hold the locknut stationary with one wrench while snugging the cover with another. The locknut retains the joint; the cap only covers the tail.

Check before continuing: Every head is flush outside; every interior tail is covered, positively engaged and accessible without crushing wood.

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22. Attach the side supports on the bench

Parts: P03/P04, C1–C8; thirty-two #8 × 1 3/4 in (44.45 mm) screws

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

1. Lay each side inside-up. Front posts begin 1 1/2 in (38.1 mm) behind FRONT; rear posts meet the future back. Fit upper/lower side supports between posts, flush to the panel top/bottom.
2. Clamp and transfer each post centerline to the outside. Mark 3 in (76.2 mm), 8 in (203.2 mm), 13 in (330.2 mm) and 18 in (457.2 mm) above the side panel bottom, four screws per post.
3. For the horizontal supports, mark 5 in (127 mm), 10 in (254 mm), 15 in (381 mm) and 20 in (508 mm) behind FRONT, 3/4 in (19.05 mm) from the panel top or bottom. Clearance-drill plywood, blind-pilot solid pine and fit the thirty-two screws.

Check before continuing: Posts and supports bear flat without obstructing the inlet captures.

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23. Brace the shell and fasten the back

Parts: P01, side assemblies, P05, C10/C12; sixteen back screws

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: Do not leave the loose-bottom U-shaped shell unsupported.

1. On full support, stand the sides on the floor and dry-fit the back between them. Use clamps, temporary braces and a helper; the floor has not yet been fastened.
2. Transfer rear-post centerlines to P05. Mark 5 in (127 mm), 10 in (254 mm), 15 in (381 mm) and 20 in (508 mm) above its bottom, 3/4 in (19.05 mm) from each back side edge. Fit eight #8 × 1 3/4 in (44.45 mm) screws after checking diagonals.
3. Fit C10/C12 between the posts, flush to the back panel bottom/top. Mark 4 in (101.6 mm) and 9 in (228.6 mm) from each back side edge, 3/4 in (19.05 mm) from top/bottom, and fit eight more screws.

Check before continuing: Both diagonals agree, the back is flush and the braced shell remains square.

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24. Fit the front and secure the floor

Parts: Completed frame, C9/C11, shell; twenty-eight screws

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: Use the complete station drawing for transferred centerlines; do not drill into a plywood edge.

1. Fit the cured front frame between the sides with its front flush. Fit C9/C11 behind its lower/upper rails, between the front posts. Clamp and compare diagonals.
2. Use sixteen #8 × 2 1/2 in (63.5 mm) front screws: post rows 3/4 in (19.05 mm) from frame sides at 4 in (101.6 mm), 9 in (228.6 mm), 14 in (355.6 mm) and 19 in (482.6 mm) above frame bottom; rail rows 3/4 in (19.05 mm) from bottom/top at 4 in (101.6 mm), 9 in (228.6 mm), 14 in (355.6 mm) and 19 in (482.6 mm) from SHELL LEFT.
3. With helpers and the case braced, access the floor underside. Fit twelve #8 × 1 3/4 in (44.45 mm) screws: three per side-support centerline at 6 1/2 in (165.1 mm), 11 1/2 in (292.1 mm) and 18 1/2 in (469.9 mm) behind FRONT; front/back ledger rows at 6 1/2 in (165.1 mm), 11 1/2 in (292.1 mm) and 17 1/2 in (444.5 mm) from LEFT.

Check before continuing: Front, back and floor are square and every screw enters solid pine.

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25. Install the lower door stops

Parts: ST1/ST2; four #8 × 1 1/4 in (31.75 mm) screws

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

1. Place the 1 in (25.4 mm) square stops on the back of the lower front rail at their retained absolute locations. Their top edges overlap the closed leaf while staying clear of the glazing caps.
2. For each stop, mark holes 1/4 in (6.35 mm) and 3/4 in (19.05 mm) from its left edge, 1/4 in (6.35 mm) above its bottom. Clamp, clearance-drill the stop and blind-pilot the frame from the rear.
3. Fit four flush screws and trial the unglazed leaf against both stops. Neither block may twist the door or contact a cap.

Check before continuing: Both stops support the closed leaf evenly with glazing access clear.

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26. Fasten the rib bearing blocks

Parts: RB1/RB2; four #8 × 1 3/4 in (44.45 mm) screws

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

1. Clamp the cured blocks against the inside side panels, front at 15 3/4 in (400.05 mm) behind FRONT. The reference underside is 20 19/64 in (515.54 mm) above FLOOR UNDERSIDE; transfer the actual rib/support height instead of accumulating rounded measurements.
2. From each side mark two holes 1/2 in (12.7 mm) and 1 1/2 in (38.1 mm) behind the block front, 3/4 in (19.05 mm) above its bottom. Clearance-drill the plywood and blind-pilot the block.
3. Fit two screws per block, recheck level and keep the roof off for the next vertical screws.

Check before continuing: Blocks bear flat at equal heights and accept both rib ends.

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27. Seat and screw the rear roof rib

Parts: C13, RB1/RB2; two #8 × 2 1/2 in (63.5 mm) screws

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

1. Place C13 across the blocks with its front 16 in (406.4 mm) behind FRONT. Each end bears 3/4 in (19.05 mm) along the span and 1 1/2 in (38.1 mm) front-to-back; the rib top aligns with the perimeter supports.
2. Mark one downward screw 3/8 in (9.53 mm) from each rib end and 3/4 in (19.05 mm) behind its front. Clamp and clearance-drill the rib, blind-pilot each block, and fit the two screws.
3. Use a straightedge across the roof supports and rib. Complete these vertical screws now; the roof would block the driver later.

Check before continuing: The rib is level, both bearing faces contact and no screw tip is exposed.

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28. Machine the roof screen and steel seats

Parts: R1–R4 roof capture

Tools / setup: Router, clamped carrier/template, chisel, depth gauge and actual steel/mesh

Before you begin: Only the two specified steel crossings interrupt the outer land.

1. Dry-clamp the roof capture in its 19 1/2 in (495.3 mm) × 11 1/2 in (292.1 mm) rectangle. Its front-left is 2 1/4 in (57.15 mm) from roof LEFT and 3 1/4 in (82.55 mm) behind FRONT.
2. From the roof-facing side route the 19 in (482.6 mm) × 11 in (279.4 mm) mesh footprint plus 0.006 in (0.15 mm) relief per edge, 1/8 in (3.18 mm) deep. The outer land is 0.244 in (6.2 mm) wide. Work on a clamped carrier and square the corners.
3. Cut the two support-bar crossings in R1/R2 to the machining drawing. Relative to the new top bearing face, the steel-seat floor is 3/16 in (4.76 mm) down; the 1/8 in (3.18 mm) steel top meets the underside of the nominal mesh. Trial the actual coated stack.

Check before continuing: Roof lands bear flat and the steel/mesh stack fits without lifting the roof.

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29. Cut and drill the two steel strips

Parts: LB1/LB2; one 1 in (25.4 mm) × 1/8 in (3.18 mm) × 36 in (914.4 mm) steel bar

Tools / setup: Vise, hacksaw, file, drill, 1/4 in (6.35 mm) bit and backing board

1. Clamp the bar and waste, cut two 11 1/2 in (292.1 mm) lengths, and file edges and corners smooth. Place the strips at X 5 1/2 in (139.7 mm) and 9 1/2 in (241.3 mm) from LEFT, running from Y 3 1/4 in (82.55 mm) to 14 3/4 in (374.65 mm) behind FRONT.
2. Transfer the four revised mesh-cell centers through the actual clamped stack. Reference X coordinates are 5.975 in (151.77 mm) and 10.1 in (256.54 mm), with Y 3.65 in (92.71 mm) and 14 3/8 in (365.13 mm); do not reuse the superseded exact strip-center holes.
3. Remove each strip, clamp it over backing and drill 1/4 in (6.35 mm) clearance at the transferred points, then deburr both faces. Refit the strip fully in its seats.

Check before continuing: Both strips sit flat and all four holes preserve supported metal around the bolt.

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30. Bolt the roof screen on the bench

Parts: P02, M1, R1–R4, LB1/LB2; eighteen bolt sets

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: The screen and 2-pound fixture provision remain physically untested.

1. With the roof supported underside-up, position the mesh, seated steel and capture. Keep the front/left labels visible and all cut wire buried.
2. Use the revised roof station drawing to transfer eighteen 7/32 in (5.56 mm) wood paths through actual open mesh cells. Four paths also use the steel clearance holes. Check every washer seat and the uninterrupted lands.
3. Separate the roof and countersink its OUTSIDE top face at 82° as in the side trial. Fit eighteen sets: flat head above, one washer/locknut/closed cover below. Four pass recessed steel without added grip thickness. Fit and shorten removed screws by the measured-tail rule; assemble the roof screens on the padded bench before installing the roof.

Check before continuing: The complete assembly is flat, all eighteen bolts engage and caps cover smooth tails.

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31. Trial the removable roof

Parts: Complete roof assembly; fifteen #8 × 1 3/4 in (44.45 mm) screws

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

1. With help, lower the roof onto the square shell and rib. The internal capture must clear the side supports by at least 1/64 in (0.4 mm) each side after coating; do not force or hammer it down.
2. Transfer support centerlines. Side rows use depth marks 6 1/2 in (165.1 mm), 11 1/2 in (292.1 mm) and 18 1/2 in (469.9 mm); front/back rows use width marks 6 1/2 in (165.1 mm), 11 1/2 in (292.1 mm) and 17 1/2 in (444.5 mm). The rib row is 16 3/4 in (425.45 mm) behind FRONT at width marks 5 in (127 mm), 12 in (304.8 mm) and 19 in (482.6 mm).
3. Clearance-drill the roof and blind-pilot the receivers, then fit fifteen flush screws. Keep the roof removable and mark its matched holes.

Check before continuing: The roof seats on all supports and the bare cube measures 24 in (609.6 mm) in each direction.

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32. Make the four proposed hinge spacers

Parts: SP-H1-fixed/moving, SP-H2-fixed/moving; aluminium bar

Tools / setup: Vise, hacksaw, file, caliper, drill and 11/64 in (4.37 mm) bit

Before you begin: This custom mounting method has no supplier approval or tested capacity yet.

1. After H01 mounting acceptance, cut four 3 in (76.2 mm) × 1 1/16 in (26.99 mm) × 1/8 in (3.18 mm) full-leaf spacers. Clamp the bar and waste, file smooth and preserve flat bearing faces.
2. Match the actual hinge leaf footprint and equal spacer thicknesses, minimum 7/64 in (2.78 mm). Keep wood and metal bearing seats free of veneer, adhesive and compressible pads.
3. Clamp the actual leaf to each labeled spacer, transfer three holes and drill 11/64 in (4.37 mm) clearance through aluminium over backing. Deburr and trial the screw heads in the hinge.

Check before continuing: Each entire leaf and its holes are supported on an equal solid spacer.

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33. Transfer the hinge holes with the leaf supported

Parts: Two 1798A21 hinges; twelve #8 × 1 1/4 in (31.75 mm) screws

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: Keep the heavy leaf supported throughout fitting; nominal screw engagement is not a strength approval.

1. Support the unglazed leaf in the revised bare gaps. Retain the two absolute hinge centers at Z 7 53/64 in (198.83 mm) and 17 11/64 in (436.17 mm) above FLOOR UNDERSIDE, with pivot X 2 49/64 in (70.25 mm) from LEFT.
2. With matched spacers behind fixed and moving leaves, clamp the actual hinge and transfer its three holes per leaf. Its nominal pivot lies 5/16 in (7.94 mm) in front of the bare front plane.
3. Use the actual screw/head trial and stopped pilots; fit twelve #8 × 1 1/4 in (31.75 mm) screws. Reference tips reach Y 1.045 in (26.54 mm), entering the rear layer by 0.295 in (7.49 mm). Do not substitute longer kit screws.

Check before continuing: Both axes align and each plate sits on fully supported bare bearing surfaces.

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34. Check the supported door swing

Parts: Unglazed leaf, hinges, spacers and gap gauges

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

1. With a helper carrying the leaf weight, move it slowly from closed to 100°. Watch the front latch arris, rear bevel, hinge edges and stops for contact.
2. Use the maximum 0.046 in (1.17 mm) veneer-stack samples on both opposing faces. Closed hinge/top/bottom gaps calculate to 0.0955 in (2.43 mm) and latch gap to 0.06425 in (1.63 mm). Check the actual whole swing freely after finishing.
3. If the hinge, hasp footprint or finished gap cannot pass, stop and revise the coordinated construction. Do not force the leaf or shave unsupported latch wood.

Check before continuing: The supported leaf moves freely through its full intended arc and closes evenly.

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35. Fit the independent swivel-staple hasp

Parts: N305-979 and seven #10 × 5/8 in (15.88 mm) screws

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: Formed hasp geometry is illustrative; the received hardware is the drilling template.

1. Keep the fixed mounting leaf on FAR pointing left, and the swivel plate on DAR at the source center X 20 5/16 in (515.94 mm), Z 12 1/2 in (317.5 mm). Trial the actual folded offsets with the leaf supported.
2. Trace the real metal bearing footprints and holes. The nominal latch-edge plate margin is only 0.033125 in (0.84 mm) after trim; every plate and hole must remain on sound wood. Leave those seats free of veneer.
3. Drill stopped pilots and fit the seven specified #10 × 5/8 in (15.88 mm) screws. Turn the staple a quarter-turn, swing the flap fully away, then open the door. Close the flap and turn the staple across its slot to secure.

Check before continuing: The closure operates by hand without a key, binds nowhere and has supported screws.

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36. Prove roof-on pin and door removal

Parts: Supported leaf and both removable hinge pins

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: Never allow an unpinned or partly pinned door to carry its own weight.

1. With the roof installed, release the hasp and open the supported door to 90°. Confirm actual total pin length no more than 3 7/16 in (87.31 mm) and head diameter no more than 3/8 in (9.53 mm).
2. Remove the upper pin first, then the lower while a helper holds the leaf. Lift each only until its tip clears its own barrel, then bring it forward; do not drive a lower pin into the hinge above.
3. Move the unpinned leaf forward onto a padded bench. Refit lower pin first, then upper, while aligning and supporting the leaf. Repeat after veneer and coating cure.

Check before continuing: Both pins, the complete leaf and the pane-service route are accessible with the roof on.

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37. Trial the proposed fixture provision

Parts: LB1/LB2 and actual external screen-top fixture

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: Do not energize an unaccepted installation; acrylic is not a heat shield or ultraviolet-B delivery method.

1. After H07 review, position the proposed fixture center 8 in (203.2 mm) from LEFT and 9 in (228.6 mm) behind FRONT. Its rigid flat rim must be 5 1/2 in (139.7 mm)–6 in (152.4 mm) in diameter, overall diameter no more than 6 in (152.4 mm).
2. Verify all four stable rim contacts on the two steel strips through mesh. Weigh the complete fixture and bulb; 2 lb (0.91 kg) is the proposed scenario, not a tested roof rating.
3. Keep the right side free of heat equipment. Follow actual fixture/bulb clearances, independent controls and measured thermal commissioning; equipment is not selected by this generic shell guide.

Check before continuing: Actual contacts, weight and qualified load/thermal disposition are recorded.

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38. Label and dismantle for finishing

Parts: Dry-fitted cube and labeled fastener sets

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

1. Photograph and label all matched positions. Remove the supported leaf, roof, mesh, metal and glazing trials; dismantle screwed wood joints with helpers while keeping cured glue-ups intact.
2. Mark each bare hinge/spacer, hasp and flush-head access opening, service screw opening and removable seam. Protect those datums from an added veneer or adhesive layer.
3. Lay parts flat on clean supports so faces, edges, concealed surfaces and glazing pockets can be prepared. Keep metal filings and sanding dust away from acrylic.

Check before continuing: Every coating surface is accessible and original matched positions are recorded.

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39. Approve the veneer and finish sample

Parts: Matched offcuts, chosen PSA veneer, sealer and topcoat

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

1. Make flat-face, edge, reveal, metal-seat and door-gap samples with the supplier-approved system. Confirm panel balance and the actual indoor moisture/cleaner exposure.
2. Measure the complete cured veneer/backing/adhesive/coating stack: reference 0.0305 in (0.77 mm) and maximum 0.046 in (1.17 mm). Inspect for weak bond, lifting edges or bow after the required dwell.
3. Record the supplier’s acclimation, application pressure, sealer cure and adhesive dwell. No universal numerical PSA wait is invented; a balancing layer or failed sample requires revised construction.

Check before continuing: H03/H06 acceptance, measured stack and required waits are recorded.

Required wait: Supplier-specified acclimation and adhesive dwell plus full coating cure before accepting the sample.

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40. Prepare, seal and cure the wood

Parts: All intended wood faces; approved coating system

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: Resolve the maker’s floor-use exclusion for this enclosure floor before coating it. No immersed-use or animal-safety approval is implied.

1. Sand clean dry wood from 120 through 220 grit, vacuum and wipe with a clean lint-free cloth. Mask future glue faces and specified bare metal bearing seats.
2. For the selected Varathane Triple Thick satin, stir rather than shake; apply its uniform coat along the grain with a synthetic-bristle brush at 60–90°F (16–32°C), below 85% relative humidity, with ventilation. Follow the accepted PSA-substrate sequence.
3. The conservative coating allowance is 110.63 ft² (10.28 m²), including veneer and trial. Three quarts are required at the 50 ft² (4.65 m²) per-quart basis; buy two two-quart packs. The extra contingency is this plan’s reserve, not a second manufacturer requirement.

Check before continuing: Required faces and concealed edges are treated without flooding fits.

Required wait: Seven-day reference full cure after the final/repair coat at 70°F (21°C), 50% relative humidity; extend for adverse conditions and approved veneer preparation.

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41. Cut the forty-nine veneer pieces

Parts: One chosen 48 in (1219.2 mm) × 120 in (3048 mm) veneer sheet; V-parts

Tools / setup: Sharp knife, straightedge, sacrificial board, labels and layout

1. Follow VENEER-1 and its coordinate table. Buy one species, not three complete sets. Keep the scheduled grain direction, rough trimming allowances and separate trial piece.
2. With backing intact, cut rough blanks on a sacrificial surface using a sharp knife and straightedge. Label each V-ID, parent wood part and grain direction.
3. Sort face sheets, edge strips and opening reveals. The roof, underside, sides, back, front and all exposed wooden edges receive named pieces; no strip bridges a removable joint.

Check before continuing: All forty-nine pieces are allocated with the same chosen species.

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42. Apply edge and opening-reveal strips

Parts: V-edge and V-reveal pieces; approved substrate

Tools / setup: Veneer scraper, knife, backing block, straightedge and approved supplies

1. Dry-position each strip and follow the supplier’s surface preparation and pressure instructions. Apply the recommended firm scraper pressure without trapping air.
2. Use separate strips for square corners. Support the fibers with a block, flush-trim in shallow passes and ease sharp edges lightly; do not fold a flat strip around a sharp arris.
3. Cover roof/side opening reveals and door edges. Door viewing reveals end at the rear face before gasket bearing surfaces; keep the glazing pocket and all bare metal seats free. Preserve separate roof and door seams.

Check before continuing: Exposed edges are covered while all bearing datums and removable joints remain clear.

Required wait: Observe the confirmed adhesive dwell before loading or coating the bond.

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43. Apply matching faces and preserve hardware access

Parts: V-face sheets and actual hardware templates

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

1. Apply each sheet in the recorded grain direction. Face sheets meet or cover the ends of the edge strips as drawn; trim without gouging the underlying wood.
2. Cover the roof top, floor underside, sides, back, frame and door fronts. Keep grain straight at physical scale, including a continuous width direction over the roof front edge.
3. Transfer and open the scheduled metal bearing footprints and screw-head service holes. Metal remains on its original wood datum or solid hinge spacer; do not conceal a removable screw under veneer.

Check before continuing: The visible wooden exterior is uniform and service access remains available.

Required wait: Supplier-confirmed dwell before topcoating or assembly.

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44. Topcoat and record the full cure

Parts: Accepted veneer and compatible topcoat

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

1. After the accepted adhesive dwell, apply the compatible finish along the grain. Check narrow reveals, corners, masked seats and removable seams for runs or bridges.
2. For this one-coat Varathane formula, add a further coat only when needed and count the added area. Sand with 220 grit first; the reference recoat wait is two hours under the maker’s stated conditions.
3. Record the last coat time, temperature and relative humidity. Touch-dry, lack of odor and 48-hour light-use timing do not establish full cure; inspect bond and flatness again after cure.

Check before continuing: The finish is uniform, fully cured and free of lifted veneer or bridged joints.

Required wait: At least seven days after the final or repaired coat at 70°F (21°C), 50% relative humidity, longer as conditions or current instructions require.

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45. Measure and cut the floating acrylic

Parts: G1; actual cured glazing pocket

Tools / setup: Acrylic-appropriate supported saw, guide, backing, deburring tool and caliper

1. At room temperature measure the pocket inside the coated Q spacers. The reference un-drilled pane is 15 3/32 in (383.38 mm) × 14 3/32 in (357.98 mm) × 0.22 in (5.59 mm), with 1/8 in (3.18 mm) raw edge float and a calculated 0.122 in (3.1 mm) beside each coated pocket edge.
2. Keep protective film during cutting. Use a supported guided saw and blade suitable for acrylic, with a backed edge and controlled feed to avoid melting or chipping. Follow the sheet maker’s fabrication guide; do not force a score-and-snap method for this thickness.
3. Deburr without reducing the edge allowance, clean with an acrylic-compatible method and dry-fit freely. Do not drill holes, glue the pane or clamp it to correct a warped leaf.

Check before continuing: The pane lies flat with free expansion space and no cracks or binding.

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46. Cut and trial both gasket layers

Parts: GF1–GF4 neoprene; GR1–GR4 V23WA EPDM

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: Exact gasket/adhesive/acrylic compatibility and contact exposure remain H04.

1. For EACH layer cut two 15 3/32 in (383.38 mm) horizontal strips and two 13 11/32 in (338.93 mm) vertical strips, all 3/8 in (9.53 mm) wide. Front solid neoprene is 1/16 in (1.59 mm) thick; rear EPDM is 1/8 in (3.18 mm) before compression.
2. Butt corners without overlapping. Place the solid front gasket unbonded against the cured door face; place rear-strip adhesive on the fully cured cap, away from acrylic. Follow the weatherstrip’s clean/dry preparation and application-temperature instructions.
3. Trial the actual coated stack. The coated 3/8 in (9.53 mm) spacer gives a nominal 0.381 in (9.68 mm) stand-off and 0.0985 in (2.5 mm) rear-cushion space, about 21.2% compression. This calculation is not pressure measurement or exact foam/adhesive approval.

Check before continuing: The sample seats without bow, rattle, hard points or exposed adhesive.

Required wait: Follow the actual adhesive’s stated bonding conditions before loading the strip.

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47. Reassemble the cured shell and screens

Parts: Matched shell, supports, captures and roof

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

1. Reassemble the labeled parts in the same braced sequence, checking diagonals and real finished contact. Keep bare metal seats, screw holes and removable seams clear.
2. Refit all three screens and steel strips with outside flush heads and one interior washer, locknut and closed cover per screw. Check wood lands, open cells, measured tails and cap seating again. Assemble the roof screen on the padded bench; finishing must not change the measured grip.
3. Fit the roof with its fifteen service screws and verify capture clearance. Keep the leaf on the bench until glazing is complete; recheck the planned full-base support.

Check before continuing: The finished shell is square, stable, fully supported and serviceable.

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48. Capture the pane on a padded bench

Parts: Door, Q spacers, gaskets, G1, K caps and fourteen screws

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: A failed actual gasket sample must be resolved before final assembly.

1. Lay the leaf front-down on a clean padded level bench. Place the unbonded front gasket, center the acrylic with equal edge allowance, then position the rear cushion and four caps.
2. Fit the fourteen cap screws progressively and evenly with a hand driver. Caps must seat on the spacers without using extra torque to bend or pressure the acrylic.
3. Check for hard spots, bow, rattle and unobstructed edge float. Remove protective film when clean assembly is ready. Keep the caps screwed and removable for future pane service.

Check before continuing: The pane is retained evenly and can be removed without bending or destroying the door.

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49. Hang the glazed leaf and check final operation

Parts: Complete leaf, hinges, spacers, pins and hasp

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: Digital motion does not establish actual hinge capacity or finished fit.

1. With helpers supporting the glazed leaf, align the hinge knuckles and insert the lower pin first, then the upper. Confirm full seating without hammering a misaligned hinge.
2. Release the staple and flap, move slowly through the complete 100° arc and close against both stops. Measure at least 1/16 in (1.59 mm) closed reveal at every point; check free swing, plate support and no veneer bridging.
3. Repeat roof-on pin withdrawal, leaf removal and reinstall with controlled support. Check the hasp by hand and inspect screw seating after the actual loaded trial.

Check before continuing: The finished glazed leaf opens, closes, secures and removes without binding.

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50. Commission the empty enclosure

Parts: Complete empty enclosure and documented equipment plan

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: No animal use is approved by a picture, PDF or passed digital check.

1. Inspect every interior surface for exposed points, sharp wire, loose pieces and incomplete finish. Mark maximum dry substrate 2 1/2 in (63.5 mm) above the finished floor; the inlet remains about 2.5275 in (64.2 mm) above that line at reference veneer/film.
2. Keep both exterior sides and inner inlet areas at least 2 in (50.8 mm) clear. Verify the animal-specific containment, ventilation, equipment, heat/lighting and maintenance plan separately; this generic build selects no animal.
3. Record prototype construction, physical load/stability/service tests, environmental measurements and qualified review as separate outcomes. Resolve H01–H07 before putting the enclosure into service.

Check before continuing: All commissioning records and holds have explicit dispositions.

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51. Service the roof, screens and glazing

Parts: Supported empty enclosure; matched removal tools

Tools / setup: Tape, square, pencil, clamps and the tools named in the operation

Before you begin: Follow compatible cleaner instructions and inspect veneer bonds, corrosion, gaskets and fasteners regularly.

1. Remove the animal to suitable temporary housing and disconnect/cool equipment before service. Keep the entire base supported. Support the roof while removing its fifteen screws, then lift the complete roof assembly.
2. Release the hasp and remove the supported leaf by upper then lower pins. On a padded bench remove fourteen cap screws, lift the caps/cushions and then the floating pane. Do not flex acrylic out of a fixed frame.
3. With the roof on a padded bench or the single leaf supported open for side access, support mesh and capture. Hold the outside head with a 1/8 in (3.18 mm) hex key. Hold the inside locknut with a slim 3/8 in (9.53 mm) wrench while removing the cap with a second wrench; then remove nut and washer. Control sharp mesh edges. Refit all thirty-eight sets and repeat the bearing, tail, two-thread, no-bottoming, gap and commissioning checks.

Check before continuing: Every maintained component returns to its checked condition before reuse.

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