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27. July 1872

Aftenposten beskriver møtet mellom en jeger bevæpnet med tapprifle og en bjørn: «[Jægeren] havde en... Read more ...

Yesterday

26. July 1714

Trefningen ved Lindesnes


27. July 1872

Møte mellom tapprifle og bjørn
Aftenposten beskriver møtet mellom en jeger bevæpnet med tapprifle og en bjørn:

«[Jægeren] havde en gammel Taprifle hos sig, og skjønt den var i miserabel Stand og ladet med en Kugle, der ikke passede i Løbet, men var udforet med Filler etc. saa traf han dog Bamsen med et udmærket Skud. Kuglen gik ind i munden og ud igjen og derpaa atter in i Brystet. Efer at have modtaget denne Hilsen gjorden den helt om, sprang ca. 50 Alen og falt død om.»

26. July 1714


Trefningen ved Lindesnes
Trefningen ved Lindesnes med Petter Wessel Tordenskjolds i hovedrollen er et av de mest legendariske sjøslagene i norgeshistorien. Om ettermiddagen den 26. juli 1714 mellom Lindesnes og Skagen førte Wessel fregatten Løvendals Galley med 18 kanoner og 100 mann under nederlandsk flagg for å unngå å varsle sine tiltenkte bytter da han så en stor fregatt under engelsk flagg nærme seg. Etter å ha passert Wessels skip, la fregatten plutselig om kursen og skjøt to skudd idet man heiste det svenske flagg. Wessel heiste da det danske flagget og vendte skipet sitt om fra dets utsatte posisjon, for så å rette en voldsom beskytning mot det større krigsskipet som viste seg å være fregatten De Olbing Galley med 28 kanoner og 90 til 150 mann. Tordenskjold hadde besluttet å ta opp striden, til tross for at hans motstander var større med flere kanoner og flere menn.

I over tre timer lå de to fregattene side om side mens kanonene skjøt salve på salve med voldsomme brak helt til ved ti-tiden om aftenen. Da mente kaptein Bactman på De Olbing Galley at nok var nok og satte alle seil til for å kom seg unna i ly av mørket. Wessel tok ikke opp forfølgelsen før han hadde fått de verste skadene reparert, men kunne da lett ta igjen den andre fregatten, som var blitt sterkt skadet etter den lange trefningen. Så kom det til et nytt sammenstøt som varte i nesten to timer til like over midnatt. Bactman mistet storråen på stormasten, men Wessel måtte likevel bryte av fordi det var forvoldt store skader som måtte repareres på hans eget skip. Uansett kunne ikke Bactman gjøre bruk av sine seil for å komme seg vekk, og Wessel kunne ta ham igjen på nytt.

Ved seks-tiden om morgenen den 27. juli 1714 barket de sammen enda en gang i et tredje sammenstøt. Dette varte i tre timer. Begge skip fikk omfattende skader. De Olbing Galley fikk flere av rærne i riggen skutt sønder og sammen, mens Løvendals Galley fikk tre grunnskudd under vannlinjen og skade på rær, master og seil. Skadene var så store at begge måtte stoppe ildgivningen en stund for å unngå at skipene skulle synke under dem. Men ingen ville gi seg. Etter flere nye timer med nødreparasjoner kom det til et fjerde sammenstøt ut på ettermiddagen.

Etter en times ny strid var endelig De Olbing Galley i ferd med å overgi seg. Akkurat i dette øyeblikket, da Wessel hadde seieren innen rekkevidde, kom sjokket da en underoffiser kom til og forklarte at de ikke hadde mer krutt, bare nok til tre–fire skudd på hver kanon. Wessel ville først entre fienden, men i vest-nord-vest vind med ustadig sjø og høye dønninger lot det ikke seg gjøre. Han måtte la den svenske fregatten få dra vekk.


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Featured article

    The Jarmann rifle - Part 2 - Shooting

  • The Jarmann rifle - Part 2 - Shooting

    The 10.15 x 61 cartridge for which the Jarmann rifle was chambered for was also used in numerous civilian firearms, for example, rifles made by Lars Hansen Hagen and Hans Larsen. This article deals with the reloading and shooting of the Jarmann rifle and the 10,15 x 61 cartridge.

The Jarmann rifle - Part 2 - Shooting

Category: Black powder cartridge
Published: 12. September 2008 by Øyvind Flatnes.
Edited: 12. September 2008.
Views: 10414

Jarmann

The 10.15 x 61 cartridge for which the Jarmann rifle was chambered for was also used in numerous civilian firearms, for example, rifles made by Lars Hansen Hagen and Hans Larsen. It was decided as early as 1877 that the calibre should be 10.15 mm, when the joint Norwegian-Swedish gun committee found that this would be the most appropriate military calibre for the future.

Find out more!
You can read more about the use of the Jarmann rifle, as well as other early military repeating black powder rifles in the brand new book From Musket to Metallic Cartridge: A Practical History of Black Powder Firearms.

Loading 10.15 x 61 cartridges is no hocus-pocus. Brass, bullets and die sets are not common, but not impossible to obtain either. A die set is not necessary if you use a single shot rifle (see the chapter on loading black powder cartridges in the black powder book. In that chapter you also learn how to paper patch bullets).

The loading components

Brass can either be fireformed from .348 Winchester cases or you can buy 10.15 x 61 Jarmann brass from Bertram Brass. .348 Winchester is also often used to form brass for the 12 mm Remington as well, which was the Jarmann rifle's predecessor. Fireformed .348 Winchester brass is a tad shorter compared to original brass, but they do the job as good as anything. The '61' in '10.15 x 61' is the cartridge length in mm by the way. There are also bullet moulds available. Jämttången manufactures Jarmann bullet moulds, and as a joint effort some shooters from this web page have ordered a bullet custom bullet moulds from Lee for the Jarmann. Contact me for more information about this mould. See the bottom of this article for other moulds you can use.

Loading for the 10.15 x 61 Jarmann

Jarmann

10.15 x 61 Jarmann die set
from CH4D.

Die set can be made on special order from RCBS, or the American company 4D. The latter is the most economical, but it is still rather expensive. Today it is priced at $110, but when I bought it was $145, so it is going in the right direction. To the right you can see a picture of my CH4D Jarmann die set. If you are going to use the Jarmann rifle with the repeating mechanism a die set is a necessity to prevent the bullets from separating from the cases inside the magazine.

As you could see in part 1 the original powder charge varied from 68 to 78 grains of black powder. This may be a good starting point. The Jarmann rifle never used grease grooved bullets, but relied on a paper patched lead slug that weighed 337 grains. If you use a paper patched bullet it is important to use some sort of lubrication behind the bullet, for example, a grease cookie. In part 1 you can read the measures that were taken in 1889 to improve the accuracy with the help of extra lubrication.

The first bullets I tried in my Jarmann were swaged bullets from the Norwegian company Parabellum, now called hjemmelading.no. These were sold both lubed and unlubed, and the diameter was 10.30 mm. The lubed bullets had no traditional grease grooves but were knurled to better hold the lube. I used brass from Bertram, and the brass had to be fireformed. I loaded eight cartridges with 70 grains of Wano PP with a bee's wax wad over the powder, a wad of SPG lube on top of that again, then a new bee's wax disc which was placed under one of the greased swaged bullets. At this time I hadn't received my die set, so it was a bit difficult to seat the bullets because of the tight case neck.

Jarmann Jarmann

Paper patched swaged bullet from Parabellum,
the same bullet lubed with SPG bullet lube
and an original steel jacketed bullet to the
right. On the picture to the left you can see
a black powder cartridge with a paper patched
bullet next to an original smokeless cartridge.

The first shots were fired from a bench against the standard UIT 50 metre pistol target at 50 metres (55 yards). I aimed at 6 o'clock and the accuracy was fairly ok. I started with a clean barrel and the first two shots ended up a bit further to the left from where I aimed. The five next shots grouped within an inch, while the last shot was the poorest and ended up to the left of the group. There was some leading with these knurled bullets.

The next thing I tried was the same load and bullet, but the bullet was sized to .401" (10.19 mm) with a Lee lube and size kit. The bullets were paper patched to 10.34 mm, and they were still too large to fit in the case. When this article was written I still waited for my die set which would have been useful in a situation like this because I could have used it to flare the case mouth. Instead I tried an experiment that I didn't believe much in before I started it: I ran the paper patched bullets through the .401" sizer. The sizing went well, but the accuracy was poor (see the picture of the target). I did not recover any of the paper patches, probably because it stuck to the bullet because of the heavy sizing. At best, the accuracy was miserable.

Jarmannpatron Jarmannpatron

The first shots from my Jarmann rifle. On the picture to the right you see a comparison between the first group and a target shot with heavily resized paper patched bullets. In other words, the latter experiment was no great success.

Update

Jarmannblink After this article was written I have tested the rifle some more. The target to the right is shot at 50 metres. Four shots are in the same hole, while a flier down to the right ruins a potentially very good five shot group. Load: 70 grains of Wano PP black powder, paper patched swaged 337 grain bullet sized to .401" before patching, Federal Magnum #215 Large Rifle primer. The wad column consisted of a bee's wax wad on top of the powder, a grease cookie and a milk carton wad.

I have also found several other bullets that may work in a Jarmann. The bullets below are examples of bullets I have tested in 10.15 x 61 Jarmann:

Jarmannkuler

From the left: Lyman 403169, N.E.I. 350 411, N.E.I. 350 411 sized down to .401" (10,19 mm), Clarry Haglund Marmann bullet and paper patched and naked swaged 337 grains bullet from Parabellum.