HMAV Bounty

Building the hull of the Bounty model became the first and one of the most important stages of work on this ship. The construction is classic: a plywood keel frame and bulkheads define the shape, while the keel and stem posts are made from solid walnut. The planking is double-layered — first the hull is planked with 1.5 mm limewood strips, followed by an outer layer of 0.5 mm walnut, which gives the model a rich tone and realistic wood texture.

Compared to the original kit, many modifications have been made. Balsa inserts were added to the bow and stern for smoother lines, and additional lower decks were installed beneath the hatches. The main deck is planked with 1 mm pearwood strips, carefully replicating the caulking seams and nail marks — this gives the surface an almost life‑like appearance. The sheer strakes were made according to 18th‑century drawings of the original ship. Above the waterline, nail heads and fastenings are partially imitated, while below the waterline, the hull is sheathed with miniature copper plates, just like on the real Bounty. This not only enhances the look of the model but also adds historical authenticity.

Alongside the hull, several auxiliary elements were extensively reworked. The windlass was completely rebuilt; the cannons were replaced with more historically accurate ones, together with improved gunport framing. The figurehead was also changed to a more faithful replica based on archival references. Special mention goes to the ship’s launch — built entirely from scratch with a framed hull, bent ribs, planking, and deck planks — faithfully reproducing full‑scale shipbuilding methods in miniature.

There are many more small refinements and improvements, too numerous to list in detail. Yet it is precisely these subtle details that give the model its sense of life, turning the Bounty from a standard kit into a truly original, handcrafted work with its own character and spirit.

Work on the Bounty’s masts and standing rigging followed the same sequence as on the real ship: from the bowsprit to the mizzen, from the deck to the mastheads. The bowsprit on the model is built up, just like on the prototype: the bowsprit itself and the jibboom, joined by a cap, carrying the forestays of the foremast as well as the rigging for jibs and staysails. All lower masts have been installed and fitted with tops, crosstrees, and caps for the topmasts; after that, the shrouds, stays, backstays, and other elements of the standing rigging were added step by step. In parallel, the “dressing” of the spars was carried out: blocks for the future running rigging were installed on masts and yards, and the connections that would be formed by wooldings on the real ship were carefully imitated with rope of the appropriate diameter.

Once the lower masts were in place, work began on the topmasts and topgallant masts. In total, the model has five topmasts: one for each mast plus two topgallant masts on the fore and main; the mizzen has no topgallant and consists of two spar elements. In terms of how they are secured, the topmasts follow the same principle as the lower masts: the heel sits in a cap on the head of the mast below, while several pairs of topmast shrouds, set up through smaller deadeyes, provide lateral support. In addition, the topmasts are held by backstays, which take most of the load, with the topmast shrouds acting as supplementary support. For the fore and main topgallant masts, separate shrouds are led through holes in the crosstrees and set up to the topmast deadeyes, and their stays are taken through blocks on the bowsprit or foremast and secured with eye splices in accordance with the prototype.

The standing rigging comprises all the lines that do not work dynamically under sail — shrouds, stays, backstays, and related elements — and provides both longitudinal and transverse stiffness for the spars. On the model, the shrouds are installed in pairs, alternating to port and starboard; if their number is odd, the aftermost “pair” is made up of two single shrouds. The lower deadeyes are pre-mounted in metal chainplates, which are set into the channels and connect the rigging to the hull. Each shroud is passed around its deadeye and secured with reliable seizings, then set up with lanyards in pairs, equalizing the tension and keeping the masts plumb. After this, the ratlines are tied in — a separate, labour‑intensive stage that creates the “ladders” between the shrouds and has a strong impact on the visual appearance of the standing rigging.

The colour scheme of the spars follows a pattern commonly used on eighteenth‑century sailing vessels. The lower masts and elements of the crosstrees are painted in a light colour, the yards predominantly in a dark one, with a few exceptions, while the topmasts are left unpainted to show the wood grain. Particular attention is paid to the form and section of the yards: on the main and fore lower yards, the transition from a round to an octagonal section in the middle part is reproduced, with battens fitted according to historical descriptions, and fittings for studdingsail booms are provided for the additional sails. As a result, the spars and standing rigging of the model not only meet the structural requirements for supporting the masts and yards under sail load, but also closely reproduce the documented configuration of the Bounty at the end of the eighteenth century.

Seventeen months after the start of the project, the model is finally finished. What surprised me most is the proportion of time: pure woodworking took less than half of that period, while the rest was spent on masting, rigging, and sails. This was my first fully rigged sailing ship; previous builds were limited to a yacht and a boat with only partial rigging, so the complexity here turned out to be on a completely different level.

Close-up photographs show where most of these months went: deadeyes, blocks, and lines forming a dense three-dimensional web around the masts and yards. The sails, with their panel seams, bolt ropes and reef points, also demanded far more time and attention than expected, from fabric preparation to final setting on the rig. Each new element added just a little visually, but required many carefully planned small operations.

Looking back, I can already see places where something could have been done more cleanly or more accurately, but this is normal for any long project. The important thing is that the model looks coherent as a whole, and I genuinely like the result. Now it is much easier to understand why experienced builders say that rigging is almost a separate discipline inside ship modeling – and why a finished fully rigged model feels like a small achievement on its own.