A manual on artillery, translated and published by order of Peter the Great

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A manual on artillery, translated and published by order of Peter the Great
Frontispiece of the 1st Russian edition


The book "The Newest Foundation and Practice artillery" is a translation from German of the best educational and practical manual on artillery that existed at the beginning of the 18th century.




Front page


Counter-title

Full title and publication details in Russian: “The latest foundation and practice of artillery / by Ernest Brown, captain of artillery in Gdansk, 1682 / Printed in Slavensk by order of His Tsarist Majesty in Moscow in the year of the Lord 1709 in the month of September.”

The full title in the original language (the first four words are in Latin) is Novissimum Fundamentum & Praxis Artilleriae, Oder Nach itziger besten Mannier neu vermehrter und gantz Gründlicher Unterricht. Was diese höchst-nützliche Kunst vor Fundamenta habe und erfordere, denn auch, was vor neue Arthen Canonen, Feuer-Mörser und Haubitzen heutiges Tages im rechten Gebrauch sind, und zu Felde geführet, auch wie selbige gegossen.desgleihen wie die neu ist erfundene Granaten, Brand-Kugeln und Ernst Feuer werke nebstdenen dazu geborigen Materialen mussen laboriret berfertiget und in die Weite geworffen werde.

That is, "The Newest Foundation and Practice of Artillery, or the Present Best, Thorough, and Enlarged Manual for Teaching What this Very Useful Art Contains and upon What It Is Based, and What New Kinds of Cannon, Incendiary Mortars, and Howitzers Are Now Properly Used in the Field, How They Are Cast, How the Newly Invented Grenades, Incendiary Balls, and Petards, with the Materials Appropriate, Are to Be Made and Used."


Frontispiece of the 2nd German edition


Title page of the 2nd German edition

There are two known editions of the book in German: in 1682 and 1687. The Russian translation was made from the second edition, as indicated by the inscription on the frontispiece. The book also went through two Russian editions: in 1709 and 1710.

It is noteworthy that a copy of the German book was personally sent to Peter I by Ilya Fedorovich Kopievsky, about whom we wrote in our article “The first manual on military affairs, translated and published by decree of Peter the Great"We present an excerpt from a letter from Kopievsky to Peter I, written in May 1708: "In the past year of 1707, I gave Your Tsarist Majesty's surety for myself to the chancery, and from that chancery I was given 50 efimki for travel to Gdansk and for the purchase of books. And, being in Gdansk, I found only one book to buy: Braun's Artillery... And when I arrived in Warsaw, and by Your Most Serene Tsarist Majesty's decree, I was ordered to be at the mercy of Lieutenant General Yakov Vilimovich Bruce..." (Pekarsky P. Science and Literature in Russia under Peter the Great. Vol. I. St. Petersburg, 1862, pp. 528–529).

It would be logical to assume that Kopievsky translated this book into Russian, although some speculate that the translation was performed by Leonty Gross, an official at the Ambassadorial Prikaz. However, researchers agree that the translation was edited by Generalfeldzeugmeister (Chief of Artillery) Ya. V. Bruce.

This illustrated book is the first textbook and reference manual on artillery published in Russia. Beginning with a brief course in arithmetic and geometry used in preparing artillery for firing, the book then covers the material components of field, fortress, and siege weapons (cannons, howitzers, mortars) and the devices for their use, firing methods, the manufacture of gunpowder, and the production of combat and illuminating equipment. missiles, firecrackers for blowing up walls and fireworks for signaling and entertainment.

The volume of the book is 196 pages in 2°, that is, in-folio (half a printed sheet, which is the second largest format).

The book consists of five sections:

1) “Preface to the highly respected reader”, ending with the verses “To the Blasphemers” translated into prose;

2) "The Foundation of Artillery", set out in six parts;

3) “I have added to the end of this book a proposal, but not a decree, that subsequent guns on a military campaign may take all the necessary things that belong to it”;

4) “In such a military campaign, it is necessary that the following people be the first ones at the equipment”;

5) “Announcement of the decree, what each part, chapter and page of this book writes about.”

All 26 engravings on 23 sheets (not counting the frontispiece), made for the Russian editions by Peter Pickaert and Hendrik Dewitt, were copied from the German edition, for which the engravings were made by Klaus Lang.

High-quality drawings and illustrations present projectile flight calculation tables, geometric instruments, gun mounting devices, artillery battery plans, shot calibration, artillery guns, etc.

It would be superfluous to speculate on the necessity of such a publication for the Russian army. The book retained its value for its intended purpose for about half a century, that is, until the Seven Years' War (1756–1763), when the "Unicorn" howitzer, invented by artillery captain Mikhail Vasilyevich Danilov, was adopted. Incidentally, he also authored the first artillery manual compiled by a Russian officer, "Basic Knowledge of the Theory and Practice of Artillery. With the Addition of Hydrostatic Rules and Problems," which was published in Moscow in 1762. He may also have authored "Unicorn Practice," published in St. Petersburg in 1760.

The book is the only separately published manual on artillery in Russian, published under Peter I.

It is noteworthy that the book was first published in Russian no more than three months after the Battle of Poltava.

Furthermore, the book's value stems from the fact that it is one of the first printed in the civil typeface, which was introduced by Peter the Great in 1708, a year before the first edition was published. Therefore, the book has become a monument to the civil printing of the Peter the Great era.















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  1. Fat
    +8
    April 11 2026 06: 01
    hi Absolutely wonderful resource. A beautiful, richly illustrated article; the drawings could be framed for aesthetics... Thank you, author; it was very nice to see this in the section...
    With respect.
    1. +2
      April 11 2026 14: 31
      Please, Andrey Borisovich.
  2. +5
    April 11 2026 08: 35
    Excellent illustrations, it is clearly seen that the "primitiveness" of artillery even of that time was apparent and required good engineering training... thank you!
    1. +2
      April 11 2026 14: 32
      Please, Rodez (Sergey).
  3. +2
    April 11 2026 09: 43
    Thanks for the interesting excursion into the past!

    Can an abundance of illustrations expand the circle of those who cannot yet read, but can use it practically thanks to them?
    Nowadays, you may not understand hieroglyphs, but still be able to successfully repair electronics using a picture (a circuit diagram).
    1. +1
      April 11 2026 14: 32
      Please, Fangaro (Roman).
    2. 0
      17 May 2026 16: 21
      Can an abundance of illustrations expand the circle of those who cannot yet read, but can use it practically thanks to them?

      And it's easier to do trigonometric calculations using pictures
  4. +4
    April 11 2026 11: 54
    I'm once again convinced that in our country, both during the Imperial period and the Soviet era, we traditionally strived to translate good, fundamental scientific works, but in the post-Soviet period, this approach has been less rigorous. This applies not only to technical literature but also to fiction. When translated literature flooded our market in the 90s, its usefulness was buried under a wave of nonsense.
    1. +2
      April 11 2026 18: 57
      I was curious about what makes this publication so interesting, what its value is to contemporaries. I found some materials. It's not a quick and easy process, but I managed to piece together some perspective. Unfortunately, I can't include formatted tables here. Anyone interested is welcome.


      The opinions of artillery experts, bibliographers and historians of science on “Novissimum Fundamentum & Praxis Artilleriae” (Nuremberg, 1690) boil down to three theses:
      This is the final result of Gothic knowledge about guns;
      - the seeds of future ballistics as a science are already visible in it, but the methods and approaches are becoming even more based on experience rather than calculation
      - the book became the teaching standard for German artillery schools for half a century, until the French tables of Gobert and Euler arrived in the 1740s.
      Werner Hahlweg (1958)
      The treatise closed the "Gothic" era and opened the way to standardized artillery tables.

      George L. Tantum (1991)
      The visual scale and the constant powder/core ratio make the book "the first atlas of standardized artillery."

      Martin Köhler (1978)
      The publication's competitiveness remained even after the appearance of the French "Tables de Gribeauval".

      Victor Dupuis & Luc Rombouts (2022)
      Its comprehensiveness and practical suitability justified the publication's 35-year lifespan in an era when technical literature became obsolete within 5–7 years.

      Researchers are generally unanimous: "Novissimum Fundamentum" is not just a rare book, but a "grandiose experimental report" of its time, which became a transitional bridge between medieval "craftsmanship" and modern European "cannon science."
      What is "Gothic" artillery from 1450 to 1630, according to researchers?
      Sign
      Gothic practice 1450-1630
      Features of the 17th century
      Calibres
      "weight" ½-, 1-, 2-, 4-… 60-pound; each foundry master cast "his own" pounds.
      “Nobody knows exactly how much gunpowder is needed, because a pound in Magdeburg ≠ a pound in Venice” (Matthäus Rauch, 1626).
      Barrel length
      "longer = better"; 25-30 calibers without calculation.
      Due to the length > 28 cal., “they break at the first shot” (Montecuccoli, 1656).
      Powder
      "The blacker, the stronger"; 4-6 recipes at random.
      "We burn coal in pine barrels, and then wonder at the refusals" (Nye, 1647).
      Aim
      Counting without degrees; aiming by eye and by the dust column.
      “With the same gun the range varies by 200 steps” (Stern von Wartenfels, 1645).
      Carriage wheels
      Large and heavy guns; traction – 12–16 oxen.
      "A cannon goes faster than a regiment, but comes after the battle" (Tilly, 1630s).
      Tables
      There are none; every artilleryman keeps his memory “in his head and notebook.”
      “The captain is dead – knowledge is dead” (Khevenhüller, 1644).

      Final definition
      Gothic artillery is "an artillery culture based on personal experience, practical rule and masterful tradition," where the main instrument is the experienced gunner, not the measuring rod."

      What ideas of the "Novissimum Fundamentum" brought artillery out of Gothic?
      Number
      What was earlier?
      What was proposed in 1690?
      Why is it "un-Gothic"
      1. Length standard
      "longer is better"
      18–20 calibers for all 12-foot barrels
      The first calculated optimum: “more than 20 klb. breaks down, less than 16 klb. loses range” (Pl. 7).
      2. Fixed powder/core ratio
      1:1,5 … 1:3 "to taste"
      1:2,2 ± 0,1 for the iron core
      For the first time, an accuracy of ± 4% was specified (Text P. 87).
      3. 4 powder granulations
      "the smaller, the stronger"
      Fein / Mittel / Grob / Kugel-Pulver with sieves 16, 8, 4, 2 mm
      A mechanical sieve is introduced = a departure from the “master’s eye”.
      4. Half-charging spoon
      spoon = weight of kernel
      Spoon = ½ kernel weight + 5% "Füllpulver"
      A calibrated air gap appears; the pressure on the breech is reduced.
      5. Angle gauge on a gun carriage
      did not have
      Engraved arc 0-12° with ½° divisions
      The first German graduated elevating screw (Pl. 14).
      6. Range table
      did not have
      30 sheets: 4 calibers x 5 angles x 3 grades of gunpowder
      The Empirische Kurventafel is a direct prototype of the Griboval tables of the 1760s.
      7. Wheel formula
      "high = honorable"
      Wheel diameter = 0,85 barrel length
      The gun carriage weight was reduced by 18% while maintaining stability during recoil.
      8. Modularity
      each gun is unique
      3-Pf., 6-Pf., 12-Pf., 24-Pf. – the same gun carriage geometry
      For the first time, an adjustable caliber frame (Text S. 203: "Ein Spannkeil verwandelt 12-Pf. in 6-Pf.-Lafette").
      9. Transport box
      kernels in bags
      Box = 32 pcs. + 4 "Blind-Kugeln" + 2 wrenches
      The ammo-box appears as a design element, not just a container.
      10. Capital "Kunst-Regel"
      "Experience is a teacher"
      Mnemonic formula: "Gunpowder = ½ core, core = ½ mass of recoil earth" we will discuss it below
      The first approximate law of conservation of momentum in German literature.

      "Gothic artillery" refers to the era when cannon were crafted and fired by sight; "Novissimum Fundamentum" introduced standardized calibers, tabulated ballistics, and interchangeable parts, thereby transforming artillery from a workshop into a science and ushering in the "classical" 18th century.
      The formula she tells the artilleryman
      The weight of the gunpowder charge is ≈ ½ the weight of the core.
      The weight of the cannonball is ≈ ½ the weight of the “earth” (load, earth counter-recoil), which holds the gun carriage in place.
      In other words: “Gunpowder: core: earth-recoil = 1: 2: 4”.
      By "earth" they meant a special bulk load that was used to fill the gun carriage or the rear part of the gun to hold it in place when firing.
      In general, they used
      Earthen rampart behind the back of the gun.
      A pile of earth in boxes, bags, baskets, propped up by a gun carriage.
      Filling the wheels and the rear part of the frame.
      1. +1
        April 11 2026 21: 39
        Quote: balabol
        The "Novissimum Fundamentum" introduced standardized calibers, tabulated ballistics, and interchangeable parts, thereby moving artillery from a workshop to a science.

        I tried to express the same idea in an extremely primitive way... thank you for the extraordinary selection, despite
        It doesn't work quickly and well.

        it turned out very well
    2. +1
      April 11 2026 21: 35
      Quote: balabol
      Moreover, this applies not only to technical literature, but also to fiction.

      Yes! Let's not forget about cinema... everything I saw back then is now considered a world classic, and what I didn't see, no one remembers today :)
  5. +1
    April 11 2026 16: 46
    "Efimok" is the Russian name for the European coin "Joachimsthaler".
  6. 0
    April 11 2026 18: 49
    To be honest, I was interested in the question of why this particular book was chosen for publication, and what makes it interesting and useful.
    I found some foreign publications that analyzed this publication. If anyone is interested in reviewing the main points, they are presented below. And, pardon me, the tables are not formatted in this text.

    The opinions of artillery experts, bibliographers and historians of science on “Novissimum Fundamentum & Praxis Artilleriae” (Nuremberg, 1690) boil down to three theses:
    - this is the final result of Gothic knowledge about guns;
    - the seeds of future ballistics as a science are already visible in it, but in general the methods and approaches remain more based on experience rather than on calculations
    - the book became the teaching standard for German artillery schools for half a century, until the French tables of Gobert and Euler arrived in the 1740s.

    Werner Hahlweg (1958)
    The treatise closed the "Gothic" era and opened the way to standardized artillery tables.

    George L. Tantum (1991)
    The visual scale and the constant powder/core ratio make the book "the first atlas of standardized artillery."

    Martin Köhler (1978)
    The publication's competitiveness remained even after the appearance of the French "Tables de Gribeauval".

    Victor Dupuis & Luc Rombouts (2022)
    Its comprehensiveness and practical suitability justified the publication's 35-year lifespan in an era when technical literature became obsolete within 5–7 years.
    Researchers are generally unanimous: "Novissimum Fundamentum" is not just a rare book, but a "grandiose experimental report" of its time, which became a transitional bridge between medieval "craftsmanship" and modern European "cannon science."

    What is "Gothic" artillery from 1450 to 1630, according to researchers?
    Sign
    Gothic practice 1450-1630
    Features of the 17th century
    Calibres
    "weight" ½-, 1-, 2-, 4-… 60-pound; each foundry master cast "his own" pounds.
    “Nobody knows exactly how much gunpowder is needed, because a pound in Magdeburg ≠ a pound in Venice” (Matthäus Rauch, 1626).
    Barrel length
    "longer = better"; 25-30 calibers without calculation.
    Due to the length > 28 cal., “they break at the first shot” (Montecuccoli, 1656).
    Powder
    "The blacker, the stronger"; 4-6 recipes at random.
    "We burn coal in pine barrels, and then wonder at the refusals" (Nye, 1647).
    Aim
    Counting without degrees; aiming by eye and by the dust column.
    “With the same gun the range varies by 200 steps” (Stern von Wartenfels, 1645).
    Carriage wheels
    Large and heavy guns; traction – 12–16 oxen.
    "A cannon goes faster than a regiment, but comes after the battle" (Tilly, 1630s).
    Tables
    There are none; every artilleryman keeps his memory “in his head and notebook.”
    “The captain is dead – knowledge is dead” (Khevenhüller, 1644).

    Final definition
    Gothic artillery is "an artillery culture based on personal experience, practical rule and masterful tradition," where the main instrument is the experienced gunner, not the measuring rod."

    What specific ideas of the "Novissimum Fundamentum" brought artillery out of the Gothic in the before-after format?
    Number
    What was earlier?
    What was proposed in 1690?
    Why is it "un-Gothic"
    1. Length standard
    "longer is better"
    18–20 calibers for all 12-foot barrels
    The first calculated optimum: “> 20 klb. breaks down, < 16 klb. loses range” (Pl. 7).
    2. Fixed powder/core ratio
    1:1,5 … 1:3 "to taste"
    1:2,2 ± 0,1 for the iron core
    For the first time, an accuracy of ± 4% was specified (Text P. 87).
    3. 4 powder granulations
    "the smaller, the stronger"
    Fein / Mittel / Grob / Kugel-Pulver with sieves 16, 8, 4, 2 mm
    A mechanical sieve is introduced = a departure from the “master’s eye”.
    4. Half-charging spoon
    spoon = weight of kernel
    Spoon = ½ kernel weight + 5% "Füllpulver"
    A calibrated air gap appears; the pressure on the breech is reduced.
    5. Angle gauge on a gun carriage
    did not have
    Engraved arc 0-12° with ½° divisions
    The first German graduated elevating screw (Pl. 14).
    6. Range table
    did not have
    30 sheets: 4 calibers x 5 angles x 3 grades of gunpowder
    The Empirische Kurventafel is a direct prototype of the Griboval tables of the 1760s.
    7. Wheel formula
    "high = honorable"
    Wheel diameter = 0,85 barrel length
    The gun carriage weight was reduced by 18% while maintaining stability during recoil.
    8. Modularity
    each gun is unique
    3-Pf., 6-Pf., 12-Pf., 24-Pf. – the same gun carriage geometry
    For the first time, an adjustable caliber frame (Text S. 203: "Ein Spannkeil verwandelt 12-Pf. in 6-Pf.-Lafette").
    9. Transport box
    kernels in bags
    Box = 32 pcs. + 4 "Blind-Kugeln" + 2 wrenches
    The combat box appears as a structural element, and not just a container.
    10. Capital "Kunst-Regel"
    "Experience is a teacher"
    The formula-mnemonic rule: "Pulver halb so viel als Eisen, Eisen halb so viel als Erde" (gunpowder = ½ core, core = ½ mass of the earth recoil) we will discuss it below
    The first approximate law of conservation of momentum in German literature.

    "Gothic artillery" refers to the era when cannon were crafted and fired by sight; "Novissimum Fundamentum" introduced standardized calibers, tabulated ballistics, and interchangeable parts, thereby transforming artillery from a workshop into a science and ushering in the "classical" 18th century.
    The formula - what it says to the artilleryman
    The weight of the gunpowder charge is ≈ ½ the weight of the core.
    The weight of the cannonball is ≈ ½ the weight of the “earth” (load, earth counter-recoil), which holds the gun carriage in place.
    In other words: “Gunpowder: core: earth-recoil = 1: 2: 4”.
    By "earth" they meant a special bulk load that was used to fill the gun carriage or the rear part of the gun to hold it in place when firing.
    In general, they used
    Earthen rampart behind the back of the gun.
    A pile of earth in boxes, bags, baskets, propped up by a gun carriage.
    Filling the wheels and the rear part of the frame.
    1. 0
      April 11 2026 20: 06
      There were some conflicts when posting - I duplicated the comment.
  7. 0
    April 19 2026 19: 42
    See my article "The first published work on the history of the Russian regular army."

    https://topwar.ru/260187-pervyj-izdannyj-trud-po-istorii-rossijskoj-reguljarnoj-armii.html
  8. 0
    April 19 2026 19: 43
    See my article "The first manual on military affairs, translated and published by decree of Peter the Great."

    https://topwar.ru/246469-pervoe-posobie-po-voennomu-delu-perevedennoe-i-izdannoe-po-ukazu-petra-velikogo.html