Bruships 122: Patreon Special - how wooden ships between 1700 to 1860 are built

A Surrey timber-gathering point shows the inland collection network that supplied the wooden navy before oak reached a dockyard.

The G3 class is the preferred choice, although completed Lexington, Amagi, and Tosa programmes could also have reshaped fleet development.

Woolwich Arsenal and Chatham Dockyard were linked by the Thames, so guns could be carried downriver to ships fitting out at Chatham.

A history of how seventeenth-century warship dimensions, armament, stability, and political control shaped English naval design.

Samuel Pepys illustrates why an effective administrator can be as important to a navy as a celebrated commander.

There were too few existing guns, and an eight-gun 18-inch battery would have required a substantially different Vanguard design.

The Americans may have inquired, but Britain could not spare Duke of York after its own severe capital-ship losses.

She was a formidable locally built ship, but without a large St Lawrence seaway the Royal Navy could not simply send ocean-going ships of the line into the lakes.

About four feet six inches, or roughly 1.4 metres, above the waterline.

They were not the sole cause, but they narrowed the command pool and removed officers such as Reginald Henderson who could manage both fleets and politicians.

The 18-inch weapon fitted to HMS Furious had been shortened for the ship, suggesting that the underlying design was longer than the familiar 40-calibre form.

Seven-year apprenticeships produced skilled hull builders while increasingly complex warships encouraged naval architecture to emerge as a scientific design specialism.

The Company of Shipwrights reviewed professional standards, licensed practitioners, and offered sick pay and superannuation to members.

Royal dockyards retained skilled labour through comparatively good pay, material privileges, continuity of work, and a route from shipwright to the Navy Board.

Shipwrights often carved warship decoration, while Portsmouth's carving school and Pierre Puget's Toulon workshop show how the specialist craft was organized.

A practical tour of the adze, axes, saws, chisels, mauls, and caulking tools behind wooden-hull construction.

Major differences were uncommon because the Royal Navy standardized hulls; variation was more often the personal style of individual artisans in finishing details.

The first three could test production before later batches supplied six service guns and enough spare barrels for rotation.

It would likely have become a combined naval and amphibious corridor for warships, troops, and supplies rather than a lone blockade run.

Some generals were lost, but the provisional assessment is that the Army's losses were not as severe as the Navy's.

Yes, provided the timber was seasoned properly; it was usable even if not always the very best naval wood.

Probably. They offered a powerful cruiser that medium yards could build without displacing urgent carrier and capital-ship work.

Yes. She was less heavily constructed and reinforced than the strongest ships usually grouped with her.

Yes. Large timber buildings could use an inverted-hull logic, with structural ribs arranged much like those in a ship.

Chatham Dockyard preserves many examples, while specialist books and reconstructed teaching sets show how the full tool kit worked together.

The practice appears very early, perhaps before the best surviving evidence; early methods may have used rudimentary heated or steam-filled structures rather than modern steam boxes.

It would have accelerated turreted cruiser development and could have produced much larger Hawkins successors with 9.2-inch guns.

They may have used a rudimentary steam process in a simple enclosed structure, but the evidence does not support imagining a modern steam box.

Oak was stacked in dry, ventilated stores for roughly three years so lower moisture content and a settled structure reduced later warping in a working hull.

Seasoning and stockpiling naval timber created enormous dockyard stores that were essential to construction but dangerously combustible.

Apparently not. Bombing came close, but she does not seem to have been singled out as a target.

Pests, transport volume, storage needs, and security outweighed the climatic advantage of seasoning the timber overseas.

Iron reinforcement grew alongside copper sheathing, but the metals caused serious corrosion when paired directly, so builders used insulating wood layers and retained much timber structure for a long time.

Oak planted around the Armada era could supply ships built before Trafalgar, making naval forestry an intergenerational procurement system.

Yes. The barrel was heated and the liner cooled for removal, then contraction fixed the replacement liner in place.

Its use expanded when the Royal Navy gained access to East India Company dockyards in India, where teak shipbuilding was already established.

They likely would have gained a mixture of reserve shipbuilding capacity, infrastructure, and civilian construction because steel was treated as a critical industry.

A forestry department reportedly notified the Ministry of Defence that oaks planted after Copenhagen had finally reached naval maturity.

After flawed 80-gun ships discredited the type, British designers reduced upperworks, redistributed guns, and refined hull form to produce successful later three-deckers such as HMS Victory.

Ville de Paris, Royal Louis, Bretagne, and the later 110-gun programme restored the French three-decker through reduced upperworks, public funding, and renewed wartime demand.

Spain enlarged Santísima Trinidad upward into a nominal 140-gun four-decker, gaining spectacle and armament at the cost of handling and sailing quality.

Naturally shaped live oak was useful for knees and curved framing, while other oak timber better suited straight planking and different structural jobs.

Partly, but plywood and other modern wooden structures created a different material demand from traditional heavy-timber hulls.

They would probably have been upgraded much like the Mark I turrets, including elevation to roughly forty degrees.

Yes, protective arrangements remain for that kind of requirement.

Bracing was a key route to greater hull strength and rigidity, changing what a large wooden ship could safely carry and endure.

She influenced later first rates more clearly; third rates had other established design models.

Only if Britain became a superpower suddenly in the 1990s; a state that had retained superpower status since 1945 would likely have inherited a very different fleet.

Yes. With adequate infrastructure, Britain would favour the larger designs and might pursue even bigger ships.

No. Once installed, the machinery was too deeply integrated into an advanced carrier hull to be a practical donor.

Japan would have strong reason to seek a treaty, while the United States would need either a larger building programme or a negotiated limit.

Yes, if the empire retained enough industrial and institutional links for a joint programme to remain practical.

Its existing displacement was close enough that 16-inch guns and modest internal rearrangement could bring it within the limit.

Its armour coverage and subdivision were less comprehensive than a battleship's, despite its heavy guns and high speed.

The key difference would be many more carriers and therefore a much larger, better-supported Fleet Air Arm, not simply bigger individual ships.

Not really. The structural changes would be immense, and two 100-gun first rates would usually be more flexible and useful than one super-sized ship.

The carriers' publicly stated 32-knot test performance does not disclose the cruising speed used for their quoted 10,000-nautical-mile range.

Fighters could accompany each wave, drop flares, and suppress balloons while torpedo and dive bombers attacked separate target sets.

Add roughly 36,000 shaft horsepower and lengthen the hull by perhaps five to ten metres while making it proportionally finer.

They funded apprenticeships and specific skills such as welding, but usually as job training rather than broad education.

It needed six or seven hulls to cover multiple stations, so global presence mattered more than maximizing each individual carrier.

It would need either a large building programme or a treaty that reduced the British advantage while preserving an acceptable balance.

They could stage discussions around inflated but credible red lines, making the Americans concede more to preserve an agreement.

It would depend on the mission, available replacements, and British modifications rather than on a fixed date alone.

Four compact Dunkerque-like ships with six 16-inch guns forward and a speed of about 28 knots could fit the class-wide limit.

It would probably receive a ratio comparable to Japan's, which would make United States naval planners very uneasy.

A roughly 33-knot ship with twelve heavy guns in four triple turrets, choosing between 16.5- and 18-inch weapons.

A shore party or trained artillery observer passes coordinates through naval communications personnel, allowing the ship to calculate and fire on the designated target.

It would probably show little strategic concern because eight destroyers were far below US fleet scale, while American firms might still supply their parts.