Three boards a customer can play before ordering one.
1-LK is a workshop in Moratuwa that has turned halmilla, jak and lac since 2009. It makes three Sri Lankan boards, tournament carrom, pancha keliya and the olinda poruwa, in ten finishes. Most of its customers are abroad and can't visit, so the site had to do what a showroom does.
The brief
People who grew up with these games know exactly how the boards look and how the pieces move, and a board that's slightly wrong would tell them the workshop doesn't know its craft. Buyers overseas needed to see the finishes, choose a board and order it, and the workshop needed those orders and questions to land somewhere it could manage them.
What made it hard
- Pancha keliya is barely documented online, and what exists is often wrong.
- Three games with different rules and physics, on one shared 3D table, in a browser on a phone.
- Ten finishes, five of them carved, to show without a photo shoot for every combination.
What we built for them
A showroom you can play in
All three boards are playable in 3D on the home page. Carrom is built from the tournament measurements, a 74 cm playing surface, 4.45 cm corner pockets, a 17 cm center circle, and the striker runs on a physics model with friction, cushion rebound and a pocket test, so a flick behaves the way it does on a real board. Pancha keliya throws its shells, locks its pieces and protects its safe squares by the real rules; olinda sows and captures the way it's played on the island, against a computer opponent. Every game keeps a live score and can be played entirely from the keyboard.
Pancha keliya, to the real board
Pancha keliya is barely documented online, and much of what exists is wrong, so we went to the sources: photographs of a real board, its pieces and its rules sheet, the workshop's own painted board artwork, which the 3D geometry is measured from, and the published record, including the Ludii games database citing Murray (1951) and Marin (1942). The board is square, thirteen cells a side: a circuit round the outside, a row across the middle, a column from the bottom edge, and two diagonals meeting at an apex. Shells thrown onto a coconut husk decide each move, and a piece stays locked on its corner until a one or a five releases it. A customer who knows the game sees the board they grew up with.
Ten finishes without a photo shoot
Every finish is drawn in code, from the Kandyan lacquer to the carved elephant, apsara and makara designs, and painted onto the 3D board as a visitor switches between them. Thirty combinations of board and finish, no photography, and a new finish is an afternoon's work rather than a studio day.
A configurator, and a console for the workshop
The shop drives the same 3D table: a customer picks a board, a finish, the extras that fit that board and a shipping method, sees a running total in rupees, and watches the exact board the workshop will make. A link can open the shop on a chosen board or finish, and one button sends the whole specification, with the quoted total and a message, to the workshop. Behind it we built the workshop's own software: orders and questions land in a private log on the site's own backend rather than an inbox, and a private console lets the workshop manage them and change prices, descriptions, availability, the carved-finish surcharge and which extras fit which board, without touching code. The shop reads those changes live.
In English, Sinhala and Tamil
Every page of the site is available in English, Sinhala and Tamil, so the workshop can speak to buyers on the island in their own language as well as to customers abroad.
Found for the searches buyers type
The site carries structured data for the workshop as a store, for each game, for how each is played and for the questions people ask, so someone searching for a carrom board from Sri Lanka, or asking an AI assistant how pancha keliya is played, finds 1-LK. Text pages never download the 3D engine, so the pages people land on from search stay light.
The board, to its real measurements
The plan the 3D board is measured from: thirteen cells a side, a circuit round the outside, a row across the middle, a column from the bottom edge, and two diagonals meeting at an apex. Crossed squares are the safe squares where a piece can't be taken.
Rendered from the live table
Every still is captured from the playable 3D table on 1-lk.com, with the controls hidden.
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