Je mi ctí čtenářům představit práci Elišky Chudomelové (skupina Herjan), která se věnuje textilním vazbám užitým na fragmentech nalezených ve skandinávských hrobech doby vikinské. Tato práce, která jako první pojednává o problematice v českém jazyce, je určena reenactorům, kteří chtějí věrohodně rekonstruovat oděvy jednotlivých skandinávských zemí. Pevně doufáme, že se Vám práce bude líbit!
Dokument si můžete otevřít či stáhnout pomocí následujícího tlačítka.
A note for English speakers
This short work discusses textile weaves found in Scandinavian Viking Age graves and is dedicated to reenactors interested in Viking Age textiles. The author, Eliška Chudomelová from Herjan group, prepared not only the text, but also beautiful charts in English. The most textiles were found rusted to oval brooches or imprinted to their inner shells. Therefore, it is suggested that linen/nettle/hemp tabby fragments come mostly from shirts, while different twill weaves reflect dissimilarities of local traditions – in various corners of Scandinavia, the most females made their aprons and shawls of slightly different combinations of materials.
Třebaže oteplování naší planety sebou nese mnoho negativních dopadů, archeologii poskytla tato globální hrozba přinejmenším jednu drobnou satisfakci – a sice možnost zkoumat nálezy, které byly ukryty pod ledem. Z toho důvodu svévolně vzniklo odvětví archeologie, jež hledá, vyprošťuje a konzervuje právě takové objekty ukryté pod ledovci, takzvaná glaciální archeologie. A ačkoli je toto odvětví prozatím v plenkách, slaví ohromné úspěchy. Může za to především perfektní stav artefaktů, které jsou pomocí médií prezentovány širšímu publiku. Nejznámějším objevem na tomto poli je bezesporu tzv. Ötzi, prehistorický muž nalezený roku 1991 v Tyrolských Alpách. Vzhledem k zaměření tohoto projektu se však budeme zabývat jiným příkladem.
Již zhruba 10 let v Norsku funguje projekt Secrets of The Ice (“Tajemtví ledu”), který formou pěších průzkumů zkoumá vybrané lokality, zveřejňuje nálezy a varuje před efekty oteplování, které může ledovce do roku 2100 nenávratně vymazat z mapy. Výsledky projektu jsou dechberoucí a dosahují značné popularity, o čemž svědčí desítky tisíc fanoušků na sociálních sítích. Jednou z lokalit, kterou Secrets of The Ice zkoumá, je ledovec Lendbreen, rozkládající se mezi komunami Lom a Skjåk v národním parku Breheimen. Lendbreen je vhodným lovištěm sobů, kteří odnepaměti lákali lovce, a cestu přes ledovec také volili lidé, kteří nechtěli obcházet hory skrze údolí, což činí zacházku přinejmenším 15 km. Nejstarším dokladem lidské návštěvy je 3300 let starý luk, avšak je dosti možné, že se objeví i starší, jelikož zatím tají svrchní vrstvy, datovatelné do doby železné a středověku. Ledovec se zdá být kontinuálně navštěvován po staletí, a tak není divu, že někdy došlo ke ztrátě nebo úmyslnému odhození rozbitých či nepotřebných předmětů. Nejpozoruhodnější je možný doklad tábora s loveckým vybavením a předměty denní potřeby.
Dřevěná kvedlačka z Lendbreenu. Radiokarbonová datace ukázala, že je okolo tisíce let stará. Fotku pořídila Vivian Wangen z Kulturně historického muzea v Oslu.
Vlněný palčák datovaný do doby vikinské.
Lovecký tábor se nacházel v závětrné rozsedlině poblíž ledovce v nadmořské výšce ca. 1900 m. n. m., přibližně na prostoru 70×70 m. Jelikož se na místě nalezl stanový kolík, předpokládá se, že lovci na místě pobývali několik dní a nocovali, namísto každodenního sestupu do údolí (zhruba 8-10 km). Průměrná roční teplota na Lendbreenu za posledních sto let činí 0,8°C, přičemž průměrné hodnoty v létě činí 10°C a v zimě -8°C. Mezi květnem a říjnem se průměrné teploty pohybují v kladných číslech, a v noci spadne ukazatel teploměru jen zřídkakdy pod -5°C. Na ledovci však vane konstantní vítr o rychlosti kolem 5 km/h. I v současné době je okolí ledovce pokryto sněhem po více než polovinu roku. Lidé, kteří se z různých důvodů vydávali na ledovec, tudíž museli být řádně vybaveni na pobyt v chladu a pro pohyb na ledu. Dokládá to vlněné oblečení, např. kompletní tunika datovaná k roku 300 n. l., velký kus modře obarvené látky z 10. století, vlněná rukavice či kompletní kožená bota, která na vnější straně není zbavena chlupu. Fragmentů takto vyrobené obuvi bylo na Lendbreenu objeveno více. K transportu osob se mohlo využívat lyží, sněžnic, maček či cestovních holí, z nichž některé byly vyryty runovými nápisy. Nález koňské čelisti, koňského trusu, středověké podkovy a součástí postroje svědčí o tom, že lovci a cestující vystoupali na ledovec s koňmi, kteří mohli táhnout náklad (vybavení, potraviny a úlovky) na hřbetu anebo na saních, jejichž fragment je rovněž znám. Nálezy fragmentů saní jsou známy i z jiných norských ledovců.
Kompletní kožešinová bota s řemínkem v nálezovém stavu. Autorkou fotky je Vivian Wangen.
Mezi nejběžněji nacházené lovecké vybavení patří stovky nálezů strašáků. Jedná se o asi metr dlouhé tyče, které mají pod horním koncem zářez pro provázek či řemínek. Na těchto byly zavěšení obdélníkové tlouky z tenkého dřeva. Takto zkonstruovaný nástroj pod náporem větru vytváří zvuk, kterého se sobi obávají. Lovci proto strašáky rozmisťovali v liniích, což zvířata navádělo přímo k místu, kde číhali lovci. Tato technika je dobře známa ze sámského prostředí, kde se používala ještě v 18. století. Samotný lov probíhal pomocí luků a kopí/oštěpů, a to zejména v létě, kdy se sobi stahují na ledovec, aby se ochladili a zbavili otravného hmyzu. Nálezy kompletních či téměř kompletních šípů, a to včetně omotávek a letek, jsou na Lendbreenu a v jiných horských oblastech Norska poměrně běžnými nálezy. Raritním předmětem je však kompletní kopí/oštěp, nalezené roku 1974.
Kopí datované do druhé poloviny 9. století (C34256). Železný hrot je 455 mm dlouhý a je nasazený na březovém ratišti s délkou 1950 mm. 80 mm ratiště bylo zasazeno do tulejky a pojištěno z jedné strany ohnutým hřebem. Šířka ratiště v místě ústí tulejky činí 25 mm, konec ratiště je tlustý pouze 10 mm. Za foto a popis děkuji Vegardu Vikemu.
Malý nožík z Lendbreenu, zhruba tisíc let starý. Rukojeť je vyrobena z břízy. Celková délka činí kolem 15 cm. Fotografii pořídil Espen Fintad z opplandské rady.
Mezi další pozoruhodné nálezy z Lendbreenu patří také dřevěná kvedlačka, která svědčí o vaření na cestách, kompletní nožík s dřevěnou rukojetí, dřevěná jehlice, množství šitých fragmentů z kůže a březové kůry a dřevěné lopaty. Na jiných norských horách byly nalezeny mnohem větší nože, které mohly sloužit k porcování masa. Toto je samozřejmě pouze výčet, který však demonstruje šíři používaných předmětů.
Kvalita a četnost ledovcových nálezů ukazují, jak velký potenciál se skrývá v tomto odvětví, které může poodhalit denní životy pradávných lidí, kteří se vydávali do hor. Přejeme všem archeologům ze Secrets of The Ice, jakož i dobrovolným pomocníkům, mnoho úspěchů!
Je mi potěšením zveřejnit tímto způsobem překlad mého přítele Samuela Grolicha ze slovenské skupiny Herjan. Dokument se týká náramků a prstenů nalezených ve švédském obchodním středisku Birce, a to včetně popisů jednotlivých typů předmětů a dalšího detailního komentáře. Samuelova část popisuje šperky nalezené v hrobech, kterou jsem doplnil o popis náramků a prstenů z tzv. Černé země. Dokument si můžete otevřít či stáhnout pomocí následujícího tlačítka.
In 1850, an extraordinary find was discovered by a young farmer in the forest called Lindum Storskov, near Tjele, Denmark. The find consisted of a set of blacksmith equipment – two anvils, five hammers, three tongs, sheet metal shears, two files, a wedge, two nail headers, casting bowls (with traces of tin and lead), a small touchstone, a set of scales, nine weights, five sickles, a key, three iron nails, an axe, two jingles, a spearhead/arrowhead, bronze wires, a lid of a box for scales, bone and bronze fragments of a casket, a mount of a drinking horn, iron fragments and pieces of a helmet (Leth-Larsen 1984; Lund 2006: 325). Thanks to local authorities, the set was sent to Copenhagen, where it was analyzed. The find was published three times – in 1858 (Boye 1858), then in 1939 (Ohlhaver 1939) and finally in 1984 (Munksgaard 1984; Leth-Larsen 1984).
Some other objects from the find from Tjele. Taken from Boye 1858: Pl. II–IV.
The helmet fragment is a very interesting object, that was originally interpreted as a saddle mount. It was Elisabeth Munksgaard, who expressed the theory about the helmet. Still, it is rather an overlooked artefact that was never studied in detail nor scientifically reconstructed. That’s the reason why this article was written.
Munksgaard sums up several important details:
„This winged-shaped object is not a saddle mounting, but the eyebrows and nose-gueard of a helmet, made of iron and bronze. […] We are, unfortunately, not able to judge what the Tjele helmet looked like. There is not a trace of chain mail rest of the helmet, nor any iron plates fit for making up the rest of the helmet. But there are eight fragments of thin iron strips, about 1 cm broad and of varying length which might have been used for joining the plates together.” (Munksgaard 1984: 87)
More than detailed description, her article includes the comparison with the helmet from Gjermundbu. Since she considers the helmet from Gjermundbu to be the closest analogy, it is obvious she interprets the fragment as a part of a spectacle low-domed helmet. This type of helmets was used until 1000 AD (Munksgaard 1984: 88). The dating of the find from Tjele was corrected by Lund (2006: 325, 339), who claims the set belongs to the period between 950–970 AD. Tweedle (1992: 1126) assumed that the mask was multi-pieced; two ocular pieces were riveted to the nasal. The hole in the broader piece of the nasal could support this theory. Moreover, the mask from Kyiv shows the same feature.
The size of the mask is not convincingly given, but both Munksgaard and Tweedle suggest it is 12 × 7 cm (Munksgaard 1984: 87, fig. 4; Tweedle 1992: 1128, fig. 561). Just in the middle of eyebrows, at the base of the nasal, a hole for a rivet is placed. At least one decorated bronze strip was mounted on the eyebrows. It seems that entire eyebrows were symmetrically covered by bronze strips like this one. As a result, the mask was a distictive feature of the helmet, as can be observed in cases of other helmets too (Gjermundbu, Lokrume, Kyiv or St. Wenceslas helmet).
Regarding the construction, we can not say much. Munksgaard gives the information about eight fragments of narrow bands, which makes it possible to imagine that the helmet could have the similar construction as the helmet from Gjermundbu. The dome of the helmet of Gjermundbu is formed by four triangular-shaped plates. Under the gap between each two plates, there is a narrow flat band, which is riveted to asomewhat curved band located above the gap between each two plates. In the nape-forehead direction, the flat band is formed by a single piece, that is extended in the middle (on the top of the helmet) and forms the base for the spike. There are two flat bands in the lateral direction. Triangular-shaped plates are riveted to each corner of the extended part of the nape-forehead band. A broad band, with visible profiled line, is riveted to the rim of the dome. Two rings were connected to the very rim of the broad band, probably remnants of the aventail. In the front, the decorated mask is riveted onto the broad band.
The scheme of the helmet of Gjermundbu. Made by Tomáš Vlasatý and Tomáš Cajthaml.
Even though the mask from Tjele is just a fragment, we can not underestimate the meaning of this find. It broadens our vision about Viking Age protective gear, its decoration and the makers. Recently, two of my friends have tried to replicate the helmet fragment from Tjele. The reconstruction of the complete helmet is impossible, but I personally think that these both versions are decent and plausible tries that should be accepted by reenactment community.
First, let’s have a look on the work of Dmitry Hramtsov. The dome of this version is based on Vendel Period helmets. Since multi-pieced masks are typical for pre-Viking helmets, such a dome seems to be understandable. Metal bands are, however, much wider than those found in Tjele. The eyebrows are decorated with 14 bronze strips.
The second try is the helmet made by Konstantin Shiryaevand Maxim Teryoshin. In this case, the dome is based on the helmet from Gjermundbu. Konstantin used 16 bronze strips.
Boye, V. (1858). To fund af smedeværktøi fra den sidste hedenske tid i Danmark (Thiele-Fundet og Snoldelev-Fundet). In: Annaler for Nordisk Oldkyndighed og Historie, København: 191–200.
Leth-Larsen, B. (1984). Selected objects from the stock of the Tjele smith. In: Offa 41, Neumünster: 91–96.
Lund, J. (2006). Vikingetidens værktøjskister i landskab og mytologi (Viking Period tool chests in the landscape and in mythology). In: Fornvännen 101, Stockholm: 323–341.
Munksgaard, E. (1984). A Viking Age smith, his tools and his stock-in-trade. In: Offa 41, Neumünster: 85–89.
Ohlhaver, H. (1939). Der germanische Schmied und sein Werkzeug. Hamburger Schriften zur Vorgeschichte und Germanischen Frühgeschichte, Band 2, Leipzig.
Tweddle, D. (1992). The Anglian Helmet from 16-22 Coppergate, The Archaeology of York. The Small Finds AY 17/8, York.
For my entire reenactment career, I have encountered the problem of slippery shoe soles. Some reenactors solve the problem with rubber soles or metal hobnails, but these are not period solutions. Leather soles are extremely slippery on the wet or frozen surfaces, especially when they are a bit used and scuffed, which means the problem has to be solved in a way.
In Sagas of Icelanders and some other sagas, two terms skóbroddr (“shoe spike”; Eyrbyggja saga, Sturlunga saga, Sverris saga) and mannbroddr (literally “man’s spike”; Þorsteins saga hvíta, Vápnfirðinga saga) occur and they represent spikes that are used when saga heroes travel over the ice or as a cheating device mounted to horse forehead during horse fights. Spikes were not permanently attached to shoes; one could put them on and take them off as needed.
Crampons designed for horse hooves. Taken from Rybakov 1985: 362, Tab. 148, 26-29.
Crampons from sagas have many counterparts in the archaeological material in the whole of Scandinavia and beyond. The term mannbroddr suggests there were also crampons designed for horse hooves (see here). In some cases, it is difficult to determine which crampons were designed for men and which for horses. In this article, we will focus mainly on crampons that were meant to be attached to shoes. We will look at finds from Birka and Haithabu and some other analogies. Their function is to help to get stability on slippery surfaces, mainly ice. Etnographical mentions even attest the usage of crampons by whalers on the ocean, where whales were butchered (Goubitz 2007: 305). It is important to add that some of the graves with crampons from Birka were interpreted as winter graves; crampons and skates could play a symbolic role in this case (Gräslund 1980: 75–76). Fox example, during the exhibition We call them Vikings, The Swedish History Museum in Stockholm described crampons with these words: “The road to Hel is icy and leads north and downwards. Ice spikes ensured a safe arrival.”
Generally speaking, crampons of the Viking Age had no more than four spikes. Spikes are positioned in the way to maximize the friction of the shoe. Crampons can be divided into four basic categories:
Type A, “1-point crampons”. These were made of separate bent bands with only one spike. Bent bands, with no more than three pieces at the same time, were attached to leather or wooden bases. The length of these bases corresponded with the width of the shoes and were connected by straps to the shoe. Birka types 1 and 2 belong to this type (Arwidsson 1986: 111; however, Birka type 2 crampons could be horse crampons; discussion with Sergey Kainov). This type occurs also in Norway (Petersen 1951: 62–63), Latvia, Slovakia (my personal observations) and on territories of the Old Rus (Kainov–Spasov 2005),
The method of attachment according to Kainov–Spasov 2005.
Type B, “3-point crampons”. Crampons of this type are in forms that are roughly trianglar – crampons in the shape of an equilateral triangle with open inner space (Birka type 3), Y-shaped crampons (Haithabu types 1 and 2), T-shaped crampons (Haithabu type 3) and V-shaped crampons (Swedish type 5). Crampons in the shape of an equilateral triangle with open inner space have been found in Norway, Sweden, Iceland, Poland, Latvia and Old Russia (Petersen 1951: 62–63; Arwidsson 1986: 111; Kirpičnikov 1973: 170; Kainov–Spasov 2005; Petrov 2006: 174; Wojtasik 1998: 372, Ryc. 10.27,5). Y-shaped crampons were found not only in Haithabu, but also in Schleswig (Saggau 2000: 99–100), in territories of West Slavic tribes and in Lund (Westphalen 2002: 271), in medieval Söderköping (SHM 34183:23), in medieval Riga (Petrov 2005) and Novgorod (Petrov 2006: 173–174); the same pieces were found in the tool chest from Mästermyr, Gotland (Arwidsson–Berg 1999: 16, No. 92–93). Three T-shaped crampons were found in Haithabu (Westphalen 2002: 271). V-shaped crampons were only found in the grave Valsgärde 7, which dates to the 7th century (Arwidsson 1977: 91, No. 1097; Arwidsson 1986: 112). No sure method of attachment is known, but we are aware of several high medieval or early modern methods from Oslo, Tønsberg, Trondheim, Leiden, Riga and Novgorod:
At least eighteen leather stripes designed for crampons, sometimes with shoe soles or with imprinted triangular crampons, were found in medieval and early modern layers of Oslo and Tønsberg in Norway. Examples taken from Johansen – Molaug 2008: 197, Figs. 209–210, Johansen 2008: 127, Fig. 141 and the catalogue of Unimus.
The leather stripe from medieval Tønsberg. The crampon was fixed in the stripe and then covered with round leather piece, which held the crampon in the stable position. Taken from Brendalsmo – Lindh 1982: 27. For more medieval leather stripes designed for crampons, see Ulriksen 1992.
A leather piece with imprinted crampon, found in Gamlebyen, Oslo. Very similar solution as in the previous picture. Dated to the first half of the 14th century. Taken from Færden et al 1990: 263, Fig. 30g, 264.
A very well preserved high medieval crampon from Söderköping, Sweden (SHM 34183:23). Note that holes around the crampon, which are similar to those from Oslo and Tønsberg. Taken from the catalogue of SHM.
Medieval leather stripe and triangular crampon from Trondheim. Taken from Goubitz 2007: 311, Fig. 23b.
Late medieval leather stripe with an imprint of triangular crampon, found in Leiden. Taken from Goubitz 2007: 311, Fig. 23a.
The method used in 13th–14th century in Riga, Latvia. Taken from Petrov 2005.
The method used in 13th–14th century in Novgorod, Russia. The area around the crampon is covered with another layer of leather. Taken from Petrov 2006: 172, 176, Fig. 1, 4.
The method suggested by Kainov–Spasov 2005.
The method suggested by Saggau 2000: Abb. 67:4. The crampon is placed in folded leather stripe. Note that the leather strap is placed on a modern shoe.
This method is etnografically attested from Finland. The crampon is placed in folded leather stripe and fixed by stitching. Taken from Schietzel 2014: 214.
Etnographical methods attested in Finland. Taken from Sirelius 1934: 116, Taf. 55, Abb. 244a-c.
The realization of the method suggested by Spasov-Kainov 2005, group NorraVind.
The attachment method used by Veronica Wik.
The attachment method from Tønsberg replicated by Veronica Wic.
The attachment method used by Amy Pooley when climbing Mr Kosciusko. Credits go to Joshua Button.
Type C, “4-point crampons”. Three X-shaped crampons were found in Haithabu (Haithabu type 4; Westphalen 2002: 271). In Viking Age and medieval Norway, X-shaped crampon with open inner space were used as well (see C13709, C35607, C37183or T2316). Similarly, there is a X-shaped crampon with open inner space and metal holders found in medieval Hovgården, Sweden (SHM 15825:149). The attachment method is not known from the Viking Age and it could be similar to what we have shown in the case of type B.
The crampon from medieval Hovgården (SHM 15825:149). Taken from the catalogue of SHM.
The attachment method used by Karel Sýkora, Marobud.
Other types, “atypical crampons”. We have to mention crampons of the Swedish type 4, that were found in graves Tuna Alsike X and Bengtsarvet 2. They were made of an iron bands, whose length corresponded to the width of the shoe. They had bent ends with loops for attachment and three spikes on the bottom side. Analogical methods with two spikes were found in late medieval or early modern sites from Germany (Heiligenberg, Tannenberg, Dossenheim, Gaisberg; Gross 2012: 448–9) and Russia (Staraya Ladoga). Besides the find from Staraya Ladoga, Kirpichnikov (1973) shows yet another interesting form medieval.
2-point iron band crampon with loops for attachment. Taken from Gross 2012: 544, Taf. 60.11.
Crampons found in Staraya Ladoga (Number. 3; 17th century) and Kniazha Hora (Number. 4, 1150–1240 AD). Taken from Kirpichnikov 1973: 170, Fig. 47.
Viking Age crampons could seem as old-fashioned or primitive pieces of metal. However, in Europe, simple crampons like all those aforementioned were used until the 20th century. Their simple and effective construction uses only a limited number of variants. Therefore, we can see very similar pieces in space and time.
Crampons from the 19th and 20th century with similar designs.
My first chance to use crampons took place in 2015, during the festival of Libušín, in the Czech Republic. I chose crampons of type B (Haithabu type 2, Y-shaped). I am very indebted to Jiří “Link” Novák, who gave them to me as a gift. The attachment method was copied from Danish reenactors, since I had not the sources I have now. This was my first try and I would like to inform you about all pros and cons of this piece of gear.
The most important discovery of this experience was that crampons make shoes a very useful thing. When a crampon is used with leather soled shoes, the result is comparable with rubber sole or hobnails. I have not had a chance to use crampons on an icy surface, but they worked perfectly on the wet or dry grass and were very useful during climbing a hill. I used crampons with thick felt insoles, but I think that woolen insoles and crampons fixed with the second layer of leather can lead to the same comfortable feeling. When the user is careful and slow, crampons can be even used on hard surfaces for short distances (all you feel is the pressure). In battle, crampons are also useful for stability, but rather dangerous and therefore not recommended. I personally think they were used mainly in winter, while they had no benefit in summer. They should be used mainly during winter events (for example hikes), whereas to a limited extent during summer events.
The first try showed that a crampon should be fixed into two layers of leather, because the crampon has a tendency to move and to tear the leather.For the same reason, it is necessary to place the crampon the middle of the leather band, not near the edge. The stitching can be very useful. It is always better have two fixed points on the shoe; my attachment method took advantage of leather straps, which hold the leather band in place. Below, you can have a look at photos of my experience.
I hope you liked reading this article. If you have any question or remark, please contact me or leave a comment below. If you want to learn more and support my work, please, fund my project on Patreon.
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Saggau 2000 = Saggau, Hilke E. (2000). Mittelalterliche Eisenfunde aus Schleswig : Ausgrabung Schild 1971-1975, (Ausgrabungen in Schleswig 14), Neumünster.
Sirelius 1934 = Sirelius, U. T. (1934). Die Volkskultur Finnlands : I. Jagd und Fischerei, Berlin-Leipzig.
Schietzel2014 = Schietzel, Kurt (2014). Spurensuche Haithabu, Neumünster / Hamburg.
Ulriksen 1992 = Ulriksen, Eli. Lærmaterialet. In: Lindh, Jan (1992). Arkeologi i Tønsberg. 1 : Søndre bydel, Oslo: 103–142.
Westphalen 2002 = Westphalen, Petra (2002). Die Eisenfunde von Haithabu, (Die Ausgrabungen in Haithabu 10), Neumünster.
Wojtasik 1998 = Wojtasik, Jerzy (1998). Srebrne Wzgórze w Wolinie, wstępne wyniki badań z lat 1961–1969. In: Materiały Zachodniopomorskie, 45, 321–383.
At the request of many reenactors, who are interested in early medieval warfare, my colleagues Roman Král, Jan Zajíc, Jan Bělina, et al. and I decided to write an article that would provide a comprehensive commentary on the use of padding under armor and fabric armor in the early Middle Ages. Given that there is no extant archaeological evidence, we are forced to speculate and discuss dubious literary references, iconography and tested, firsthand experience. In this article, we will formulate a list of design assumptions.
1. The need for padding under mail armor
A scene from the Bayeux Tapestry. Around 1070’s AD
Mail armor is constructed of connected rings of metal. It is logical that the mail armor and possibly other types of armor were used in combination with padding. Mail, which was the most widely used metal armor in Scandinavia, provides good protection against edged weapons and effectively disappaites the force of a blow. If it was worn without padding, a strike to the body would cause surface and internal damage. For the Viking Age (and indeed throughout the early Middle Ages) padding is never directly mentioned as part of combat equipment (mentioned as gerðar, herváðir and herklæði). The same applies to the surviving Scandinavian figures (see eg. Archer 2013) – armor lying close to the body and the undercoat is not noticeable. Padding as the bottom layer can easily be overlooked, but more significantly – when the armor was depicted, padding was not important for either the artist or the viewer of the piece of art; even though padding is as important as the other parts of armor. However, there are illuminations of contemporary European armor, in which the padding is shown (see eg. Skodell 2008), and we will try to show the parallels in contemporary padding across Western and Northern Europe.
2. The material of the padding
The best protection against the strike is layered textiles and/or leather. In the European reenactment the current trend is to produce fabric gambesons that are a few centimeters thick, but scientific investigation (see list at Archer 2014) suggests that two textile layers of fabric or a combination of fabric and leather were used. Iconography, showing the armor close to the body, could support that idea. We validated the use of few layers of wool (up to three) in modern (Eastern style) battles; the warrior is not restricted in movement and is fairly well protected against swords. Axe and spear, however, are problematic due to the force they generate. Similarly, we validated a thinner layer of felted wool.
Sagas and other sources, including The Book of the Hird (Hirðskrá) and The King’s Mirror (Konungs skuggsjá), mention textile armor treyja and panzer / panzari (Falk 1914 : § 87 + § 90; 181 – 182, 185 – 186). These two words were introduced into Old Norse from Middle Low German and they denote multi-layer linen gambesons of High and Late Middle Ages (Hjardar – Vike 2011: 194 – 196). In the Bayeux Tapestry armors are so simplied, they can represent mail, scale, lamellar armors or even gambesons, which are quilted in vertical or diamond patterns. In any case, they may be linked to professionalization of the army in 11th century.
The attack of the “Great Danish Army” from the manuscript M.736, fol. 9v, about 1130 AD.
Determining what style of the padding was used is probably the most difficult of all to answer, because it requires knowledge of contemporary clothing. It can be assumed that the cut of clothing was not entirely consistent over all the lands that the Norse enhabited. Also, it can be postulated that there were gradual improvements – i.e. the strengthening the individual parts and increasing the number of layers with the need of quilting.
Apparently, most of warriors in Sagas of Icelanders fought without armor, which can be interpreted as they could not afford quality armor or they acted too spontaneously to think about protection. However, from two extreme examples (Helgi, the hero of Vápnfirðinga saga, binds a big stone to his chest to avoid the injury, and Þóri Þorsteinsson, the fighter of Hákon the Good and veteran of Battle of Fitjar, cut a hole in an oxen hide and put that over his head) showing the same kind of ad hoc improvisation and the pattern of not having the armor in the fight. In some cases, warriors of sagas put on festive tunics before a fight; in the most dramatic moments of their life, fashion was more desirable than good protection. Frankish and English illuminations from the 10th – 12th centuries depict a variety of warriors clad only in caps and tunics. It is reasonable to assume that padding was virtually identical to those typical, civilian clothes, and their protective function was achieved by layering them. That means, a classic tunic (kyrtill/skyrta), knee-length garment without buttons or fastening, with long sleeves and gores. The neckline could have a lapel and collar to protect the neck, as Skjoldehamn and Guddal tunics. Likewise, coats (Klappenrock) or Eastern caftans with buttons could, of course, serve the same function.
Cotton Ms. Cleo. C VIII, fol. 18v, the end of the 10th century.
This solution is illustrated in at least a few sources. The first is the illumination of the Anglo-Saxon version of The Psychomachia of Prudentius (fol. 18v, see the picture), which dates back to the late 10th century. In this illumination one can see two fighters – dancers in short ring shirts with dagged edges and under tunics that reach the knees and wrists. Practically the same solution appears in several manuscripts illuminations from the 10th – 11th century (see eg. a scene from The Book of Maccabees of St. Gallen, Fulda Sacramentary, The Golden Gospels of Echternach, The life of St. AlbinandStavelot Bible). There are also literary sources with statements about fabric under armor, namely Saga of Magnus the Good (ch. 29), which states that “King Magnus threw off from him his coat of ring-mail, and had a red silk shirt outside over his clothes [ok hafði yzta rauða silkiskyrtu] […].”
Expected reconstruction warrior stored in Gjermundbu, 10th century. Taken from Hjardar – Vike 2011: 155.
This short quotation forces us to imagine a padding as several layered tunics. Personally, we use this solution and it allows the wearer to freely add / remove the number of layers, clean tunics separately and finally use separate tunics outside the combat context. Two Norwegian finds – Skjoldehamn and Guddal – contained paired tunics, which have been experimentally proven by us to be a good protection against cold and padding worn under the mail armor.
We can also imagine that padding could be made from tunics sewn together showing that padding is a special war garment that hardly finds application in a non-combat situations. It is often argued that Byzantine sources describe padding that is similar to a gambeson. An anonymous treatise on the strategy from the 6th century gives a particularly interesting testimony:
“There should also be a space between the armor and the body. It should not be worn directly over ordinary clothing, as some do to keep down the weight of the armor, but over a garment at least a finger thick. There are two reasons for this. Where it touches the body the hard metal may not chafe but may fit and lie comfortably upon the body. In addition, it helps to prevent the enemy missiles from hitting the flesh […].”(The Anonymous Byzantine Treatise on Strategy, §16, ed. G. T. Dennis )
In Scandinavia, the existence of such a one-pieced textile represents the term treyja, which could mean that specialized clothing began to be used in the later period (11th / 12th century onwards), but due to the nature of our sources, we can neither accept or reject this idea with 100% certainty. We have to admit that both variants are possible. Thickness of the special garment could be around 1 centimeter. During the making of such a piece of clothing, we would personally avoid excessive quilting; we would only stitched the layers at hems.
Armors with possible integral lining. A scene from the Bayeux Tapestry. Around 1070’s AD.
Scandinavian iconography suggests that the length of padding adapted to the length of chain mail. It is even possible to think about the intergral lining of the mail armor, as the Bayeux Tapestry suggests; it shows armors carried on spears, not worn by anyone, with wide coloured borders, perhaps suggesting that the padding was in some way integral to the armor itself, and scenes on the border also depict armor being removed from men that are clearly naked underneath, which also suggests integral padding that is removed with the mail. The Psychomachia of Prudentius and other contemporary illuminations, however, shows the opposite. With few exceptions, we can say that until the early 11th century, Scandinavians surely used shorter mail armors, with the length up to 70 cm and short sleeves. Mail components, such as protection over the neck or legs, were missing. During the 11th century, we can observe how the armor lengthened, which was due to Continental influence and which culminated in the use of a complete mail armor set.
We are strictly against the use of modern padding, which is haphazardly stitched together and which looks more like rags or slave clothing. The padding – no matter how it looked – had to be aesthetically pleasing and had to reflect the status of the owner. Some reenactors and organizers of festivals like to say there are no sources, so every version is possible. The goal that we reenactors should achieve is the least disturbing look that is in accordance with what we can see or read in sources. Now we will compare the Viking Recreation combat of the Modern Western European style to Modern Eastern European style. Modern Western (example here) is a style where the head is not a legal target and the force of blows is much less. This style combat is so safe it allows one to use no armor, and the historical look can be maintained. On the other hand, Modern Eastern style fighters (example here) are focused on hits with full force to protected target zones – a system that is illogical from the historical perspective. Western tradition allows to use a tunic as the main protective layer, while it is better to use more layers in the Eastern approach. The result we would like to achieve is that the armor can look historically correct in both styles, but with the different number of layers. On several occasions, we have fought in modern Eastern style battles with nothing but one tunic worn without mail armor; it turned to be a fight for our lives, the realistic feeling which gives one so much adrenalin to ignore hits from blunt weapons. Layered tunics, whether sewn or not, could be a good compromise between these two extreme approaches.
We hold the opinion the image of reenactors is crucial in the reenactment. We strove for a quality article, but we can not completely demonstrate our thoughts without photos. Therefore, you can find a gallery below. We hope that the gallery will extend in the future. If you have any image of the appropriate padding, you can, of course, send it to us and we will publish it.
Fabric armor of Roman Král.
Padding of Roman Král.
Armor of Roman Král.
Fabric armor of Jan Zajíc.
Padding of Jan Bělina.
Armor of Jan Bělina.
Armor of Jakub Jirásek.
My own padding made of tunics.
My own armour.
Integral linen and woolen lining of the armor. David Constantine.
Fabric armor of Hynek Raška.
Fabric armor of Petera Kováč.
Fabric armor of Michal Zemčák.
Fabric armor of Štefan Železník.
Fabric armor of Tomáš Vosátka.
Armor of Matej Chmelár.
Armor of Peter Šimčák.
An interpretation of Vendel Age coat of Matt Bunker.
We believe that the problem has been overlooked so far and the battlefields are full of non-historical armors that look more like the Michelin-Man. In order to change the current trend, the discussion has been led, and therefore we are open to opinion and are willing to participate in further debates. The article was well accepted and a separate addition, “War coat – an experiment“, was written. The most important quote from the article says: “For a traveling fighter, it is impractical to carry civilian clothes and extra special combat protection, I think. It is more advantageous to combine these two requirements into one.”
I hope you liked reading this article. If you have any question or remark, please contact me or leave a comment below. If you want to learn more and support my work, please, fund my project on Patreon.
In this article, I would like to present the work of my friend and colleague, craftsman Jan Zbránek from Marobud group. With my cooperation, he made an excellent blunt version of the Petersen type O sword from Dukstad (B 1103).
The whole project started in spring 2016, when Jan ordered a blunt blade from swordsmith Ondřej Borský, aka Ernest’s Workshop. The idea was to create a more quality and unique sword than the average standard in the Viking reenactment. Another criterium was the fact the sword should be suitable for the impression of the 10th century Norway. Jan had no experiences with swordmaking, but he has bronze casting skill, since he makes jewelry for his store Skallagrim – Viking Jewelry. That’s why Jan asked me whether there are any Norwegian swords with bronze cast hilts.
The initial research
Bronze cast sword hilts occur in every corner of the Viking world. Basically, bronze cast hilts are typical for Petersen types O and W swords, as well as for some type Z swords, Late Vendel period swords and for rare types beyond the Petersen typology. Even though both types O and W date to the first half of the 10th century, Jan decided for the type O, because it has more examples in Norway and it is more decorated. Examples of the type O were found in Norway, Sweden, Denmark, Iceland, France, Germany, Great Britain and Ireland, while sword of the type W were found in Norway, Sweden, Germany, Great Britain and Eastern Europe (Androshchuk 2014: 71–72, 79–80; pers. comm. with Lars Grundvad).
Petersen type O is described as the sword with the hilt that consist of the lower guard, the upper guard and the five-tongue-lobed pommel. The type is considered to evolve from the Carolingian type K (Żabiński 2007: 63). Even though Petersen divided the type O into three subtypes (Petersen 1919: 126–134), his typology was recently upgraded by Androshchuk (Androshchuk 2014: 71–72). As a result, type O is now divided into two main subtypes. The subtype O1 is characteristic by the pommel and guards that are cast in bronze (/made of iron core covered with bronze), often decorated with various knots. There are at least 12 examples of this subtype in Norway (Androshchuk 2014: 71). The subtype O2 is remarkable for the pommel and guards that are made of iron and decorated with silver plaques with engraved interlacing or animal motifs. There are at least 8 examples of this subtype in Norway (Androshchuk 2014: 72). While the subtype O1 is more or less evenly distributed in Norway, the subtype O2 has more coastal concentration, suggesting the higher probability of being imported objects (Żabiński 2007: 63). All swords of the type O are two-bladed, and there is a sword with an ULFBERHT inscription on the blade (C 16380) and two other swords with pattern-welded blades within the Norwegian material (Androshchuk 2014: 71).
Jan made up his mind to recreate the a relatively unknown find B 1103 from Dukstad mound, which belongs to the subtype O1. Together with the sword, an axehead and two spearheads were found. The Unimus catalogue has only vague information about the sword and quotes a book which is about 150 years old. Unfortunately, we have not contacted the museum of Bergen, so we had to improvise. Still, I dare to say that our improvisation is based on scientific knowledge.
Photos of the original sword from Dukstad (B 1103), Universitetsmuseet i Bergen.
Geibig’s typology of blades. Taken from Geibig 1991: 84, Abb. 22.
For example, the catalogue contains the information that sword is “30 inches [76 cm] long and intentionally bent“, but the attached picture of the sword clearly shows the blade belongs to the Geibig’s type 2, which is dated to period between 750 and 950 AD and is characterised by a gently tapering blade with long fuller of near uniform width, blade length between 74 and 83 cm, blade width between 4.8 and 6.2 cm and fuller width generally between 1.7 and 2.7 cm (Geibig 1991: 85, 154; Jones 2002: 22–23).
The size given by the catalogue is not impossible – there is a Petersen type O sword in British Museum collection (1891,0905.3.a), which has the same lenght – but this sword is described to have an “extremely short blade” (Pierce 2002: 90). The fact that the blade is bent complicated our chances for closer estimation and we rather used average, typical parametres of original Geibig’s type 2 blades; 77 cm long and 5.5 cm wide blade. This fact makes the complete sword 92 centimetres long, which is not so far from several type O swords (Kaldárhöfði: 91 cm; Berg: 95.8 cm; Eriskay: 97.5 cm).
While the original handle is “3 1/2 inches [9 cm] long“, Jan made his handle 1 cm longer for comfortable usage, which is a necessary compromise. Androshchuk lists 140 swords with the the lengths of handles ranging from 6 to 10.8 cm: “Most swords have grips 8.5-9.5 cm long, which could be estimated as the average width of a human palm. However, there are also other lengths of grips, which evidently means that sword hilts were assembled with taking into account the physical data of the customers.” (Androshchuk 2014: 105). The rest of the sizes on the sword recreation were proportionally estimated. The decoration, which is not well preserved in the case of B 1103, was carefully redrawn and compared to other known decoration of type O swords. It has to be stressed we had no chance to examine the sword personally, so we could miss some details that are invisible on the photos, like the side decoration of both guards.
Some examples of the decoration of subtypes O1 and O2.
The result of the research was put to the graphic visualisation. Jan´s brother Jakub made a 3D layout under our detailed supervision. When both visualisations were made, Jan could better imagine the finished sword. After unsuccessful tries to make models of wood, Jan decided to order plastic models from a Czech company called MakersLab. What a fascinating experience to hold in hands the object which was on the paper seconds ago.
Models were brushed, polished and prepared for casting. Jan used the simpliest method, the casting into two-piece sand mould. During the first casting, two of three components were successfuly cast. The last component, the upper guard, was cast during the second try. It was a good experience for Jan, because until that time, he cast only small pieces of jewelry. Subsequently, metal fittings were shaped to the desired form; the sand mould casting is not perfect and a cast object requires a lot of additional work.
Examples of the applied wire on the pommel, B 4385, B 1780 and C 13458.
Afterwards, the chiselling of the ornament followed. When the work was done, it was necessary to put the fittings onto the tang. To reduce the risk, Jan used a modern drilling-machine and a file. After the work was successful and aesthetic, Jan fixed the twisted silver wires around the pommel and in-between lobes of the pommel. In case of original sword, the wire was missing, but five holes for the wire are still visible. Various methods of the applied bronze or silver wire can be seen on some type O swords (for example, the sword from Eriskay; or B 1780 and B 4385 within the Norwegian material).
The final phase consisted of woodworking and leatherworking – the handle and the scabbard. Regarding the handle, the original sword had no traces of the handle; however, several swords of the subtype O1 have relatively well preserved oval handles of wood, including swords from Kaldárhöfði, Eriskay or Rossebø. The wooden handle was then covered with leather for a better grip; the application of the leather corresponds to the Androshchuk type I: “grips with oval-shaped cross-section, made of wood; in some cases there are traces of leather and linen wrapped around the grip” (Androshchuk 2014: 104). When the handle was done, the sword was finished. It weighs 1280 grams; the balance point of the sword is placed 15 cm from the lower guard.
The core of the scabbard was made of two sheets of spruce wood covered with cow leather decorated with raised lines and mouth. Each wooden sheet is less than 5 mm thick, which seems to be a thickness of some preserved pieces (Androshchuk 2014: 43). The leather was sewn on the inner side and was stained in the end. The baldric can be suspended thanks to the ash wood bridge-like slide with animal head terminals, which is attached to the scabbard by twisted yarn. Such a method is highly dubious, but possible, if the extent of our knowledge about Viking Age suspension methods are taken in account. Basically, two main methods are known:
slider method. This method seems to be typical for Pre-Viking and Viking Age Scandinavia and England. The scabbard has only one fixed point; the baldic goes through the slider that is placed on the front side of the scabbard, longitudinally positioned a bit below the mouth. The slider can be integral part of the scabbard (for example Broomfield, Wickhambreux), or it can be separate and fitted to the scabbard. Fitted sliders could be made of metal, horn, antler or wood, and could be placed under the leather cover (York, Gloucester) or onto it (Valsgärde). No preserved slider from the Viking Age is known; however, short longitudinal slits in the leather for letting a baldric pass through were observed during the examination of English scabbards (Androshchuk 2014: 105; Mould et al. 2003: 3355-3366).
The diagram of visible slits on scabbards from York. Taken from Mould et al. 2003: 3363, Fig. 1688.
Carolingian method and Ballateare-Cronk Moar type. This method is about two fixed points on the scabbard. Fixed points could be achieved by many ways, but I prefer to point out that they were perpendicularly positioned. The usage of two fixed points was the reason why this method needs a strap-divider. Generally speaking, this method involve the usage of metal parts, and that´s why we can trace this method much better than the previous one, even though it was used in a limited way in Viking Age Scandinavia (see Ungerman 2011).
Carolingian type of suspension. Taken from Androshchuk 2014: Figs. 61, 67.
The sword and the scabbard were finished after a half of year in October 2016 and presented during the private event of Marobud group, Sons of the North.
The project involved many people who deserve our thanks. Firstly, we would like to thank to Ondřej Borský (Ernest’s Workshop) and his skill, because the blade is very well done. Secondly, our praise goes to Jakub Zbránek and his grafic skills. We have to mention also guys from MakersLab, who did a good job, and Unimus catalogue. We would like to also express our gratitude to Martin Zbránek and Valentina Doupovcová for documentation. The project would have not existed without the support and patience of our families.
In case of any question or remark, please contact us via Marobud page or leave a comment below. If you want to learn more and support my work, please, fund my project on Patreon. Thank you!
Androshchuk 2014 = Androshchuk, F. (2014). Viking swords : swords and social aspects of weaponry in Viking Age societies. Stockholm.
Geibig 1991 = Geibig, A. (1991). Beiträge zur morphologischen Entwicklung des Schwertes im Mittelalter : eine Analyse des Fundmaterials vom ausgehenden 8. bis zum 12. Jahrhundert aus Sammlungen der Bundesrepublik Deutschland. Neumünster.
Jones 2002 = Jones, L. A. (2002). Overview of Hilt and Blade Classifications. In. Oakeshott E. – Peirce, I. G. Swords of the Viking Age, pp. 15–24.
Mould et al. 2003 = Mould, Q., Carlisle, I, Cameron, E. (2003). Craft Industry and Everyday Life: Leather and Leatherworking in Anglo-Scandinavian and Medieval York. The small finds 17/16, York.
Peirce 2002 = Peirce, I. G. (2002). Catalogue of Examples. In. Oakeshott E. – Peirce, I. G. Swords of the Viking Age, pp. 25–144.
Petersen 1919 = Petersen, J. (1919). De Norske Vikingesverd: En Typologisk-Kronologisk Studie Over Vikingetidens Vaaben. Kristiania.
Ungerman 2011 = Ungerman, Š. (2011). Schwertgurte des 9. bis 10. Jahrhunderts in West- und Mitteleuropa. In: Macháček, J. – Ungerman, Š. (ed.), Frühgeschichtliche Zentralorte in Mitteleuropa. Studien zur Archäologie Europas 14, Bonn, pp. 575–608.
Żabiński 2007 = Żabiński, Grzegorz (2007). Viking Age Swords from Scotland. In. Acta Militaria Mediaevalia III, Kraków – Sanok, pp. 29–84.
On March 30 1943, Universitetets Oldsaksamling in Oslo gained the information that a farmer named Lars Gjermundbo found and dug into a huge mound on his land near the farm of Gjermundbu, Buskerud county, southern Norway. The place was examined by archaeologists (Marstrander and Blindheim) the next month and the result was really fascinating.
The plan of the mound. Taken from Grieg 1947: Pl. I.
The mound was 25 meters long, 8 meters broad in the widest place and 1.8 meters high in the middle part. The most of the mound was formed by stony soil; however, the interior of the middle part was paved with large stones. Some stones were found even on the surface of the mound. In the middle part, about one meter below the surface and under the stone layer, the first grave was discovered, so called Grav I. 8 meters from Grav I, in the western part of the mound, the second grave was found, Grav II. Both graves represent cremation burials from the 2nd half of the 10th century and are catalogized under the mark C27317. Both graves were documented by Sigurd Grieg in Gjermundbufunnet : en høvdingegrav fra 900-årene fra Ringerike in 1947.
Grav I consists of dozens of objects connected to personal ownership and various activities, including fighting, archery, horse riding, playing games and cooking. Among others, the most interesting are unique objects, like the chain-mail and the helmet, which became very famous and are mentioned or depicted in every relevant publication.
Possible reconstruction of the gear that was found in Grav I, Gjermundbu. Taken from Hjardar – Vike 2011: 155. The shape of the aventail is the weak point of the reconstruction.
The helmet is often described as the only complete helmet known from the Viking Age. Unfortunately, it is not true, for at least two reasons. Firstly, the helmet is not by any means complete – it shows heavy damage and consists from only ca. 10 fragments in the current state, which means one-fourth or one-third of the helmet. To be honest, fragments of the helmet are glued onto a plaster matrix (some of them in the wrong position) that has the rough form of the original helmet. Careless members of academia present this version as a reconstruction in the museum and in books, and this trend is then copied by reenactors and the general public. I have to agree with Elisabeth Munksgaard (Munksgaard 1984: 87), who wrote: “The Gjermundbu helmet is neither well preserved nor restored.”
Secondly, there are at least 5 other published fragments of helmets spread across Scandinavia and areas with strong Scandinavian influence (see the article Scandinavian helmets of the 10th century). I am aware of several unpublished depictions and finds, whose reliability can not be proven. Especially, helmet fragments found in Tjele, Denmark, are very close to Gjermundbu helmet, since they consist of a mask and eight narrow metal bands 1 cm wide (see the article The helmet from Tjele). Based on the Gjermundbu helmet, Tjele helmet fragments and Kyiv mask (the shape of the original form of Lokrume fragment is unknown), we can clearly say that spectacle helmet type with decorated mask evolved from Vendel Period helmets and was the most dominant type of Scandinavian helmet until 1000 AD, when conical helmets with nasals became popular.
An old reconstruction of the helmet, made by Erling Færgestad. Taken from Grieg 1947: Pl. VI.
To be fair, the helmet from Gjermundbu is the only spectacle type helmet of the Viking Age, whose construction is completely known. Let’s have a look at it!
The scheme of the helmet. Made by Tomáš Vlasatý and Tomáš Cajthaml.
My mate Tomáš Cajthaml made a very nice scheme of the helmet, according to my instructions. The scheme is based on Grieg´s illustration, photos saved in the Unimus catalogue and observations made by researcher Vegard Vike.
The dome of the helmet is formed by four triangular-shaped plates (dark blue). Under the gap between each two plates, there is a narrow flat band, which is riveted to asomewhat curved band located above the gap between each two plates (yellow). In the nape-forehead direction, the flat band is formed by a single piece, that is extended in the middle (on the top of the helmet) and forms the base for the spike (light blue; the method of attaching the spike is not known to me). There are two flat bands in the lateral direction (green). Triangular-shaped plates are riveted to each corner of the extended part of the nape-forehead band. A broad band, with visible profiled line, is riveted to the rim of the dome(red; it is not known how the ends of this piece of metal connected to each other). Two rings were connected to the very rim of the broad band, probably remnants of the aventail. In the front, the decorated mask is riveted onto the broad band.
Since all known dimensions are shown in the scheme, let me add some supplementary facts. Firstly, four somewhat curved bands are shown a bit differently in the scheme – they are more curved in the middle part and tapering near ends. Secondly, the spike is a very important feature and rather a matter of aesthetic than practical usage. Regarding the aventail, rings have the spacing of at least 2 cm. On contrary to chain-mail, rings from the helmet are very thick and probably butted, since no trace of rivets were found. It can not be said whether they represent the aventail, and if so, what it looked like and whether the aventail was hanging on rings or on a wire that was drawn through the rings (see my article about hanging devices of early medieval aventails). Talking about the mask, X-ray showed at least 40 lines, which form eyelashes, similarly to Lokrume helmet mask (see the article The helmet from Lokrume). In spite of modern tendencies, neither traces of metal inlay nor droplets of melted metal were found. There is a significant difference between the thickness of plates and bands and the mask; even the mask shows uneven thickness. Initially, the surface of the helmet could be polished, according to Vegard Vike.
I believe these notes will help to the new generation of more accurate reenactors. Not counting rings, the helmet could be formed from 14 pieces and at least 33 rivets. Such a construction is a bit surprising and not so solid. In my opinion, this fact will lead to the discussion of reenactors whether the helmet represents a war helmet or rather a ceremonial / symbolical helmet. I personally think there is no need to see those two functions as separated.
I am very indebted to my friends Vegard Vike, who answered all my annoying question, young artist and reenactor Tomáš Cajthaml and Samuel Collin-Latour. I hope you liked reading this article. If you have any question or remark, please contact me or leave a comment below. If you want to learn more and support my work, please, fund my project on Patreon.
GRIEG, Sigurd (1947). Gjermundbufunnet : en høvdingegrav fra 900-årene fra Ringerike, Oslo.
HJARDAR, Kim – VIKE, Vegard (2011). Vikinger i krig, Oslo.
MUNKSGAARD, Elisabeth (1984). A Viking Age smith, his tools and his stock-in-trade. In: Offa 41, Neumünster, 85–89.
Rolf F. Warming. Photo taken by Jacob Nyborg Andreassen, Combat Archaeology.
Rolf Fabricius Warming is Danish archaeologist, whose studies have preeminently been on the subject of combat and conflict in the past, ranging from Mesolithic violence to organized state formation in the early modern period. He holds an MA degree in Maritime Archaeology and is currently finalizing his dissertation project for another MA degree (in prehistoric archaeology), which is focused on Viking Age shields and martial practices. He has the rank of sergeant in the Royal Danish Army and is a master and the chief instructor of a martial arts system, teaching classes and seminars on a national and international level. He is the founder of Combat Archaeology, an organization committed to researching and interpreting material and issues on the subject of combat in the past.
How many shield fragments have we found in Viking Age Denmark?
At the time of writing, we have exactly 40 positively identified shield remains from Viking Age Denmark (including Schleswig and Scania). There are an additional 3 miscellaneous or missing artefacts which may represent other shield finds but too many uncertainties exist as to the nature of these finds at this point.
An overview of shield fragments from Viking Age Denmark.
What does the average shield look like?
“Nu scolo menn vapn sin syna sem mælt er i logum. scal maðr hava breiðöxe. æða sverð. oc spiot. oc skiolld þann at versta koste er liggia scolo
iarnspengr þriar um þveran. oc mundriði seymdr með iarnsaumi.”
Gulaþingslǫg hin fornu
A scheme of the shield construction. Made by Sergei Kainov and Oleg Fedorov.
It is difficult to offer a simple description of what the average shield would look like. The shield remains signal quite individualized designs, both in terms of constructional elements and dimensions, at least as far as shield bosses are concerned. Some shields were fitted out with more reinforcing or decorative fittings while other shields differed in terms of shield boss morphology and dimensions. Several shield types also appear to have been in use during the Viking Age. The flat round shield is the most well-known of these, but convex round shields also appear to have been used. It is possible, too, that some forms of kite shields could have been employed as early as the 10th century, although these shields are conventionally understood to appear around the time of the Bayeux Tapestry (c.1070) which contains the earliest depictions of such shields.
However, at the risk of losing scientific rigor, the following observations may be given to offer a basic description of features that may be said to characterize the majority of the common flat round shields. The vast majority of Viking Age shield finds are sparse in metal. Often the shields are only recognized by the surviving fragments of the shield boss, the metal centerpiece of the shield, which frequently constitutes the only metallic part of the shield. However, it is possible that shields constructed of purely organic material may have existed as well, judging from the nearly intact shield from Tira, Latvia, which is dated to the 9th century and was equipped with a wooden shield boss. The iron shield boss of Viking Age round shields was usually fastened to the board with 4-8 iron rivets over a somewhat circular hole. The shield board itself consisted of c. 6-8 softwood planks which had a thickness of no more than 1 cm in the center and tapered gently towards the edges of the shield. In cases which have allowed for an estimation of shield board diameters, the measurements have yielded a range between c. 75 and 90 cm. Typically, the wooden handle, which could consist of hardwood or some more rigid timber compared to the planks, appears to have spanned across the shield board and riveted onto here in multiple places. For the sake of economy and ensuring a lightweight construction, it was desirable to let two of the rivets from the shield boss flange pass through the handle. The shields were most likely equipped with a thin leather facing which was applied to the front of the shield board; assumedly, a similar leather facing could also be applied to the back of the shield. A rawhide edge could be stitched to the shield rim with a thread of some organic material, perhaps sinew or leather. Later round shields of the Medieval period appear to have been of a more robust construction and included, among other things, more reinforcements of iron, if we are to judge from the historical sources.
A version of the shield construction suggested by Kim Hjardar and Vegard Vike.
What about more expensive shields?
“Baugs þá ek bifum fáða bifkleif at Þorleifi.”
Þjóðolfr hvinverski : Haustlǫng
Typology and chronology of some types of Scandinavian shield bosses. Made by Kim Hjardar and Vegard Vike.
In the case of more expensive round shields, the fastening of the rawhide edge could be further enforced by use of a few bronze or iron clamps. In a few exceptional finds from Valsgärde and Birka in Sweden, however, the clamps cover larger parts of the shield rim, even its full circumference, in which case it is more likely that they have served to reinforce the rim as a whole. Other more elaborate shields are fitted out with trefoil-shaped handle terminals of copper-alloy which have been decorated with human masks and animal heads. These appear to have fastened the handle more firmly to the shield board. The back of the long handle and grip could be reinforced with copper-alloy or iron fittings which are sometimes seen decorated with silver plating, ribbon lacing or braiding patterns and human masks. Occasionally, the entire grip or handle appears to have been constructed out of metal. In only exceptional cases is the flange of the shield boss given a more elaborate shape – such as a toothed flange, or the shield boss adorned with non-ferrous metal – such as thin bronze strips – which could be fastened around it’s flange or the wall. So, although some of these fittings are of a more elaborate kind, there is no evidence for superfluous or purely decorative fittings, which, by contrast, are known from the war booty sacrifices of preceding periods. The fittings, or that to which they are attached, all have a function and are largely for the purpose of providing additional strength. However, when using such elaborate fittings, the Viking Age Scandinavians do not appear to have shunned away from the opportunity to display excessive decorative elements. The human mask, animal heads as well as the ribbon lacing and braiding patterns appear to have been recurring themes. Both historical sources and microscopic traces of color also indicate that the shield boards themselves could be decorated, although this is, strictly speaking, not limited to expensive shields.
Weaponry has throughout history been given as gifts. And judging from both the archaeological record and historical sources, there is no doubt that also shields could beperceived as highly valued objects. The shields could be painted and further accentuated by beautiful decorations. Associating a high quality shield with mythology orancestral achievements would of course render the shield an object of much admiration and a fitting gift.
Designs of shields based on pictorial evidence. Made by Marobud.
Given the development and coexistence of different shield types and shield boss types as well as regional discrepancies in offensive weaponry preferences, it is clear that no single answer can be given as to how the shields were used. It is, in fact, even difficult to speak of a so-called “Viking fighting style”, as such! Instead, the material suggests that combative styles varied in the course of the Viking Age and across the various Scandinavian regions, expressing also influences from other cultures, such as the Carolingians. What also complicates matters is that the functional aspects of shields can be examined on many levels, including the operational, tactical and strategic levels of warfare. Nonetheless, it is evident that any inferences made into any functional aspects of shields must be grounded in knowledge about how the shield was used on an individual level.
Let us focus on the common flat round shield, which is commonly thought to characterize Viking Age combat, and how it was employed in the context of close quarter combat. Like the military combative systems and martial arts of the modern world, there probably existed various approaches to combat and even nuances of what some considered the same combative styles. Nonetheless, the construction of the flat round shields allows us to examine some of the main underlying principles that may have governed most combative uses of this shield. The flat round shield was a thin, lightweight shield which was held by the center grip, without any enarmes (i.e. straps that could fasten the shield more firmly to the forearm). This, along with the center hole (protected by the shield boss), which allowed the hand to grip the shield closer to its center of mass, and the circular shape of the shield greatly facilitated maneuverability. The fragility of the shield necessitated precisely such maneuverability since the shield-bearer would have to make use of the concept of deflection if he did not want the shield to break easily. Rather than a mere passive defense, the shield was used actively. This could be done with the shield held flat in front of one´s body or at an oblique angle with the rim facing roughly forwards. In both cases, however, practical experimentation with a sharp sword and round shield reconstruction indicates that there is a strong correlation between the degree of deflection and the extent to which the shield is actively thrusted forward. If this use of the shield did not contribute to the notorious aggressive behavior of the Vikings, it is at least very much in line with the bequeathed image of these light and aggressive infantrymen that assumedly reflect the nature of Scandinavian combatants throughout most of the Viking Age.
Actively used shield. Reenactor Roman Král.
In short, what we have is a very actively used shield. In defensive situations the shield could be thrusted forward or maneuvered in a manner that would better deflect incoming attacks; in offensive situations, where the shield-bearer himself would attack, the shield could act as an offensive striking weapon that could be used to create openings for one’s axe or sword, particularly through powerful strikes with the shield rim. Assuming that round shield construction did not deviate to any extreme extent, the shields were employed by using these principles in both the context of single combat and in formation fighting; there is, to my knowledge, no supportive evidence of static shield use, even when speaking of such concepts as “shield-walls”. The case is different in the medieval period where more robust shields are used. Interestingly, there is also some evidence suggesting that this tradition of actively used shields continues beyond the Viking Age, now merging with some branches of the medieval sword and buckler tradition.
With all my respect and admiration, I would like to thank to Rolf Warming and his unique project Combat Archaeology for the interview. I hope you liked this article. In case of any question or remark, please contact me or leave a comment below. If you want to learn more and support my work, please, fund my project on Patreon.
Po článcích o bojových nožích z Haithabu, Švédska a Ruska mám tu čest představit přehled norských dlouhých nožů doby vikinské. Každý exemplář je opatřen krátkým popisem a pokud možno obrázkem. Kromě nožů jsou rozebrány také pochvy.
This article is a short summary of what we know about long knives in the Viking Age Norway. Two main sources were used – Petersen’s Vikingetidens Redskaper and UNIMUS catalogue. The result is only a representative number; the article is not complete.
In Norway, long knives were used until the 10th century. From 16 more or less preserved blades, 2 knives belong to the Merovingian type (ca. 100 years old by that time) and were deposited in 9th century graves. In the 9th century, Merovingian type was replaced with lighter, narrower and shorter knives. The typical knife used in Viking Age Norway had a straight blade with relatively uniform features:
20–50 cm in length (ca. 10 cm long handle), 2–3 cm in width
in most cases, both blade and back are evenly straight; the blade tapers near the point
the wooden handle, sometimes with a bronze ferrule
Sheaths covered both blades and handles and were decorated sometimes. Sheaths show that Anglo-Saxon seaxes and Swedish scabbard knives were rarely used in Norway .
In 14 cases, knives were found in graves/mounds, eight times with a sword, seven times with an axehead, six times with a spearhead, sometimes with other tools. Graves belonged to women in at least two cases.
The function is difficult to guess. Merovingian type were probably deposited from symbolical reasons. Light long knives could serve as kitchen knives, hunting knives and weapons in case of need.