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Dutch frigate ca. 1700 by Hendrick Bindem — the magic of the Northern tradition

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Among all previous presentations in this field, the content of this thread in particular can be seen as a kind of rehabilitation of those early modern Dutch shipbuilders who, according to rumours fabricated in modern times and widely disseminated by academics and other authors, were so geometrically challenged that they were only capable of shaping ship hulls ‘by eye’, and in combination with some rules of thumb that were not very clearly related to this particular aspect of design.

In fact, as will be shown later, they were at least several decades ahead of the famous ship designer Fredrik Henrik af Chapman in the wide application of ‘parabolically’ constructed entities in ship design, which today is commonly attributed only to the Swedish designer. Therefore, if anyone is to be blamed for geometric indolence, it is not the early modern Dutch shipwrights, but those who today deny them such abilities, perhaps due to their own incompetence in this field.

The design in question is found in papers collected by the Russian ruler Peter I, or at least during his reign and on his initiative, so it can be dated with reasonable certainty to the turn of the 17th and 18th centuries. The drawing is accompanied by a very sparse and rather deliberately vague and mysterious text description in Dutch, which, quite tellingly, also includes a statement that the way of designing this frigate can be explained verbally (most likely to Peter himself). Despite this cryptic statement by Hendrik Bindem, the use of ‘reverse engineering’ has made it possible to reconstruct the design method he employed, and it must be said that it is astonishing in its sophistication for that early period, or perhaps even more so in the modernity of its engineering approach to ship design!

Although Witsen, a humanist, was actually shown the ship plans and perhaps even had an attempt made to explain the design process to him, he ultimately gave up trying to understand the issue and, as a result, was unable to include an appropriate account in his 1671 publication, limiting himself to merely a very rudimentary comment on this particular aspect, and what is more, perhaps even partially outdated in technical terms already at the time of publication of his ‘Aeloude en Hedendaegsche Scheeps-bouw en Bestier’ (‘Ancient and Modern Shipbuilding and Management’), focusing instead on carpentry and historical issues, which were apparently easier for him to understand.

Similarly, ship carpenter van Yk left rather residual clues as to what ship architecture at his time actually was, which is not surprising considering that the vast majority of ship carpenters did not participate in the ship design process and had no real need to be fluent with such issues. However, he must have known that ships were routinely designed before their actual construction, since already in the preface to his work he refers on this matter to the French publication from 1677 by Dassié, L'architecture navale. In addition, evidence of proper design, albeit conveyed indirectly or fragmentarily, can be found later in his work, including in the content of actual shipbuilding contracts he cites.

Returning to Bindem's frigate and the accompanying restrictive statement by the Dutch shipwright about the oral transmission of design secrets, these must ultimately have been revealed to Peter in one way or another, since the collection of ship plans drawn up personally by the Russian ruler also includes designs of vessels using Dutch design methods (which in turn fit into the general paradigms of the Northern tradition of ship design), alongside those in the English and French (or more precisely: diagonal) fashion.

So much for the introduction, and below is a copy of the discussed frigate design by Hendrik Bindem (Russian archives).


Dutch frigate design ca 1700  by Hendrik Bindem.jpg
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Absolute perfection! Both in terms of engineering elegance and (automatically) achieved harmony of shapes. There is not a single straight line or even a regular circle in the cross-sections; instead, the contours of all the ribs are defined by mathematically advanced geometric curves that guarantee flawlessly smooth surfaces.

Despite this mathematical sophistication, the contours of the frames are generated in an ingeniously simple, foolproof manner, and at the same time with guaranteed precision resulting from the possibility of tracing them immediately in actual size on the mould loft. No need for huge upscaling of the contours of the frames taken from plans drawn to scale, which inevitably leads to greater or lesser inaccuracies. And no clumsy synchronisation of different lines taken from rectangular projections (waterlines, buttock lines, cross-sections), which is downright barbaric in terms of engineering finesse, as it is messy, inefficient and usually far from perfect in terms of the results obtained.

At the same time, this design method retains flexibility, allowing for the generating of a wide range of ship types, from predatory vessels sporting sharp lines to boxy merchant ‘barns’, depending on the shape of (only two!) main longitudinal design lines.

At this point, it is worth mentioning that the first known ship project using parabolic curves, specifically the French fluit Le Profond built in the Rochefort arsenal, dates back to 1684, and the first known archaeological example is the French transport vessel La Belle, originating from the same yard and year.

The material is not yet ready for regular presentation, instead, below are a few renders from the so-called ‘work in progress’ stage.


Dutch frigate 1700 by Hendrik Bindem.jpg

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If this extremely sloppy sketch made ca. 1700 was intended to be purely educational, then it has certainly fulfilled its purpose, because, requiring particularly arduous reconstruction efforts today to recreate the logic of its creation, it has, at least for me, proved to be groundbreaking in understanding the essence of Dutch style design.

Although the work is not yet fully completed for further presentation, it is already at a very advanced, final stage, and at least a few renders of the current state can now be shown.

It can also be said that this particular design technique provides an extremely elegant, effective engineering tool for generating flawlessly harmonious shapes. And not just limited to a few conceptual bends that usually appear on plans, but for all frames along the entire length of the ship's hull. This design technique, admittedly, does require a certain amount of intuition and care, but the same can probably be said about the requirements of any other design method.



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Let us try to reconstruct the course of a possible conversation in which Hendrik Bindem verbally reveals the secrets of shipbuilding to Peter, the tsar of Russia.


According to modern scholarship, such a dialogue could proceed more or less as follows, from start to end:

Peter: — And? Our intention is to build a powerful fleet from scratch, and you assured us in your earlier letter that you would reveal the secrets of proper way to design ships. We need your advice now.

Hendrik: — Your Imperial Highness, this closely guarded secret is that ship hulls are formed by eye! Try it yourself and do as you please, for Your Imperial Highness can never be wrong! All that needs to be remembered is that inferior quality materials can be used in order to maintain the proper standards!


However, according to my personal interpretation, those explanations could begin something like this:

Hendrik: — Your Imperial Highness, I intend to present the details of a universal ship design technique capable of creating both unrivalled predators, such as the notorious privateers of Dunkirk, which can reach speeds of up to 16 knots, as well as cargo ships with enormous carrying capacity. The method is not overly complicated and never fails to produce perfectly smooth hull forms. Our maritime competitors are already beginning to literally copy the more successful designs, albeit, as it seems, without understanding the essence of this method, I therefore insist on discretion in this matter.

— The explanations will be based on the example of a frigate with a fairly universal purpose and consequently moderate forms, that is without extreme, more specialised shapes, and this vessel will work well both as a warship and a cargo ship if need be. Its relatively shallow draught will allow it to enter most ports, and the gun ports will be as high as 6 feet above the water. The final result of the entire conceptual process will be the ship's body plan, as shown below
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ViewCapture20260126_122318.jpg

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I therefore insist on discretion in this matter.
There enters a very curious political/PR aspect, of whether the Dutch shipbuilders considered discretion more important than reputation, or, indeed, thought that if everybody thinks they do quality designs by eye, it would reinforce, rather than impede, their renown.
 
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Let's play around with this dialogue convention a little more.


Hendrik: — Your Imperial Highness, it is also worth mentioning that the ships of king Louis XIV of France himself, including the largest ones fitted with a hundred cannons, are also designed using this method, and due to their agility, this fleet easily outperforms enemy ships at sea. Only very unfavourable circumstances — a significant numerical superiority of the opponent — could recently lead to their downfall in battle.


ViewCapture20260128_121526.jpg


... hmm, perhaps it would be better to explain this design method, step by step, using this very design by Laurent Hubac as an example, rather than Bindem's educational frigate...?

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Why not?

Just below, hastily made test waterlines for a French battleship. They are admittedly still far from perfect, but they already show the character of the hull very well. Both the entry and the run are ultra-sharp for a capital ship of such a size, and as a result, most of the volume is concentrated in the midship area. This must have had its negative consequences, but the speed (in moderate weather) and weatherliness of such a ship must have been outstanding.


ViewCapture20260128_202621.jpg

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Yesss, those French hulls. You can literally see the hydrodynamic here. I must admit I have a weakness for such hulls with very bluff bow above the waterline with sharp entry below, and frequently find them to be the most attractive. If only the author had followed the King's order and make a round tuck stern, but I know no one in France did that at the time.

I am not sure about negative consequences here, it's a very good example of a warship hull, with relatively spacious hold, weatherly and probably quite maneuverable - for it's size.

Can you show the regular body plan? The quarter frames on the original are not exactly telling in this context.
 
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