Nearly every kit in this shop goes together without glue. That is not a convenience feature bolted on afterwards: it changes how the parts are cut, how the model is meant to be handled, and what you should do when something does not fit. Understanding the joinery is most of the difference between a frustrating build and a pleasant one.
Where the parts come from
Each kit arrives as flat plywood sheets with the parts still held in place by small tabs. A laser has cut the outline and left those tabs deliberately, so nothing rattles loose in transit.
To release a part, push it out from the back with your thumb, evenly, near the tabs, never pull it from the front by an edge. If a piece resists, do not force it. Run a hobby knife through the remaining tab first. Most broken parts in a build are broken in the first ten minutes, before anyone has assembled anything.
Some of the tabs leave a small burr on the edge. A few seconds with fine sandpaper removes it. This matters on mating faces and does not matter anywhere else.
Mortise and tenon: the structural joint
A tongue on one part enters a slot on another. Done properly it is rigid in every direction and takes real load, which is why the structural kits use it throughout: The Long Way Round is 294 pieces of it.
The fit is designed to be firm. If a tenon will not enter its mortise, the usual cause is a burr or a slightly swollen edge, not a wrong part. Check the number against the manual, then sand the tenon, never the mortise, which you cannot easily undo.
Bayonet locks: the twist joint
Push in, rotate a quarter turn, and it locks. Hanami uses this system across all 535 of its pieces, which is how a structure that size stays square without a drop of adhesive.
The one rule: the rotation direction is not arbitrary. Follow the manual's arrow. A bayonet forced the wrong way will shear its lug, and that part is then finished.
Friction fit and layering
The flower kits work differently. Petals stack and pinch on a central stem, held by friction rather than a locking geometry. The Everbloom is 658 pieces assembled this way, and because friction fits are reversible, the arrangement is genuinely yours: you can pull a stem, rotate it, and put it back.
Handle pre-coloured petals by their edges. The finish is thin and fingerprints show on pale colours.
Gears, and the one thing worth doing
Every kit with a mechanism ships with a small block of candle wax or a wax stick. It is not packaging. Rub it lightly on the teeth of each gear and on any axle before assembly.
Wood on wood binds. Waxed wood on waxed wood does not. A gramophone like Seventy-Eight or a music box like The Wonder Works will run stiffly and noisily without it, and people who skip this step usually conclude the kit is faulty. It is not. It is dry.
Apply it thinly. Excess wax collects dust and eventually does the opposite of what you wanted.
Build order matters more than speed
Three rules that hold across every kit here:
- Back to front, bottom to top. In a book nook the deepest wall goes in first and the facade last. In a tree house the base is squared before anything stands on it.
- Test a mechanism before you enclose it. If a gear train is going to be covered by a panel, turn it by hand first and confirm it runs freely. Fixing it afterwards means dismantling what you just built.
- Do not part-build over two weeks. Plywood moves with humidity. A kit left half-assembled in a damp room for a month can end up with parts that no longer fit their slots.
If you are new to all of this
Start somewhere small enough that a mistake costs an hour, not a weekend. Evergreen at 115 pieces or Nocturne at 62 will teach you how much force a joint actually wants, which is the only thing here you cannot learn by reading.