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#1 |
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Ill attempt to answer questions. Point of balance is approximately 9.5cm in front of the guard. Weight is around 3.4lbs.
The indentations in the lower part on the blade are present on both sides but they are not equal on each side. That would make sense about a tang being welded on separate. It does seem there could be a difference in metals in the area. Cornelis, do you have a link to those pictures? I cant seem to locate them on their site. Mine doesnt seem to have ever had shell guards. The shell guards in the example do look pretty unique. The piercings seem to match the pommel but are unlike anything I've seen on other swords. More pics- |
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#2 | |
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Yours certainly has a responsive balance. Comparing with an example in my collection which I got recently (photos are in a PDF file which I can't separate into individual images so will take some phone pics and post them later), the POB comes in at 13.5 cm in front of guard, with a total weight of 1450 gm (around 3 1/4 lb) on a 91.5 cm blade length. So the balance on mine is not as "fast" as yours but is still effective in one hand. The close ups of your blade reveal a definite "grain" in the steel, from lamination during the forging process. If these blades were polished and etched like Oriental swords, the layering would be just as impressive (Roberto Gotti's book, Caino, (Guardia di Croce, 2011) on the blade-making industry in a town in Lombardy, has a whole chapter on the metallurgy of some 16th-17th cent. rapier blades from its forges, and the work is pretty impressive). Regarding those indentations, after looking at the latest photos yet again, I do notice in one of the images what appears to be a different color of the metal between the indentation and the guard. A sort of brownish tone? I don't know if we're seeing the same thing. Does the color change also coincide with the indentation on the other side? (you mentioned that the sunken areas are not directly opposite). If there is an offset, then it might just indicate a lap-weld as suggested previously. To be sure, a good way to check might be a non-invasive etchant treatment, such as degreasing the area and applying a mild acid like lime juice or a strong vinegar. A sharply delineated color or texture contrast usually indicates dissimilar alloys of iron. The area can be easily cleaned afterwards with a bit of powdered cleanser and a damp rag. (Lap-welding of a steel blade to an iron or low-carbon steel tang in an area just ahead of the hilt was common in some non-Western cultures, notably India. Late Ottoman blades often have this feature as well, the join usually being hidden by overlaid gold or silver decoration). I think that the guard of your sword might be earlier than the otherwise similar one on the Wallace example posted above. The pierced "shells" seem to me a later design feature. Last edited by Philip; 12th August 2020 at 07:32 AM. |
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#3 | |
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best, |
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#4 |
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Good observation Casey, the cut out shapes on the guard shells on Cornelistrump's example are the same shape as the pommel of the sword in the Wallace Collection, so either it was born like this or as Philip pointed out its a later upgrade.
Indeed there never were guard shells in your sword rings because these are fixed in the slits or grooves and your's does not have any grooves . On swords/rapiers that have lost these scales you can clearly see the grooves were the shells were fitted. When we look at the design of your swords crossguard we can see the swung or shape of the Pappenheimer style guard , in my opinion your sword is an earlier version of the one in the Wallace Collection that later developed further upgrading it with guard shells and some more later as we all know developed further to the Pappenheimer rapier, interesting is that there are also Pappenheimer hand and a half swords. Below an example of the grooves in a guard ring that has lost a shell and some Pappenheimer guards to compare the style and shape and a hand and a half sword . Last edited by ulfberth; 12th August 2020 at 03:21 PM. |
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#5 |
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Ha!
Ulfberth beat me to it as I was going to reference the groves into which the plates on my Pappenheim hilt fit. Given that yours is likely late 1500s or early 1600s, and the Pappenheim around 1630, I'm not sure if such fitting of the plates developed 50 years later, but I'm fairly certain your example never had plates in the guard. I'm curious about the flexibility of the blade you mentioned. I'm of the opinion that the blades on some of these hand-and-half swords were as flexible and lively as military rapier blades. Can you give any specs regarding this characteristic? Overall, thank you for sharing this impressive example. |
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#6 |
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Here's the sword I referenced in my post last night. This reportedly came out of a private collection in the Netherlands, via a Scandinavian dealer. German, ca 1520-30.
Blade length: 35 7/8 in. / 91 cm Width at guard: 1 3/4 in. / 4.6 cm Width 2" from tip: 7/8 in. /2.4 cm Thickness at forte: 3/16 in. / 5 mm Hilt length: 8 3/8 in. pommel to front of quillon block POB: 5 1/4 in. ahead of guard / 13.5 cm Weight: 3 lb 4 oz / 1450 gm Blade with areas of moderate old corrosion typical of age, edges with very minor distortion in areas from period sharpening (whetstone marks visible under magnification), lamellar grain of steel readily visible in places, blade and edges still straight and sharp. Grip of leather over cord, signs of wear and patina,no losses. German cross-and-orb mark in fullers, one side with traces of latten inlay. Last edited by Philip; 13th August 2020 at 05:48 AM. Reason: add metric equivalents |
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#7 |
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Very nice and well preserved longsword/hand-and-a-half sword/bastard sword!
Many museums would love to have it! ![]() |
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#8 |
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stunning beautiful Philip !
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#9 | |
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and slightly more flexible than this one- http://www.vikingsword.com/vb/showth...and+Half+Sword To the uneducated, they might all seem to be more flexible than expected for their size. I would guess this has more to do with a thin blade cutting better than desiring flexibility but I dont know. While discussing the blade, I would like to ask about the bottleneck where the blade gets narrower where the fuller stops. Would it likely be made this way or could this be from lots of sharpening? If made this way, does it tell us anything of origin? |
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#10 |
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Beautiful sword Philip. Love the large pommel and matching finials.
Does the blade on yours taper much? I assume it must with the weight you list. |
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#11 | |
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Regarding taper, the width measurements I gave in my post indicate that just where the edges curve towards each other at the tip, the width there is half the width right ahead of the guard. This, over a linear span of about 34 in. How does this compare with the proportions of yours? As to thickness, if I put the caliper immediately in front of the guard, it reads 5.5 mm, and within a couple inches of the tip, 4.5 mm. As you say, it's hard to objectively measure flex (and it's never a good idea to apply a great deal of lateral stress to a centuries-old thin piece of steel with areas of corrosion, for obvious reasons), but the general "feel" of the blade's resiliency generally compares with that of a 15th cent. Venetian broadsword of similar size in my collection -- admittedly a rather imprecise assessment. Regarding the slight concavity in the edge contours on your sword, I've noticed this occasionally on other double edged blades of similar form, especially those which have seen a fair amount of field use, as opposed to being ceremonial or regalia pieces. I've always attributed it to the cumulative effect of many sharpenings. A bladesmith friend once told me that nicks or chips in an edge are likely stress points, which could result in fracture lines after subsequent lateral stresses. People back then must have realized this, and that is why you see old blades with edges ground back to the point where there are noticeable irregularities, or a general narrowing. If the subject of pre-industrial blade metallurgy interests you, I highly recommend Alan Williams' The Sword and the Crucible: A History of the Metallurgy of European Swords up to the 16th century (2012). Lots of useful info on iron alloys, forging techniques, and heat treating based on lab analysis of blades from Roman to Renaissance times, with enough general info on the swords of Eastern cultures to provide a techno context. |
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