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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

    Making paper cartridges

  • Making paper cartridges

    During the heyday of the percussion revolver soldiers almost exclusively loaded their revolvers with paper cartridges. This article gives you a short historical background of the use of paper cartridges, shows you how to make your own and finally how to shoot them.

Make Your Own Lead Shot

Category: Shotgun
Published: 24. November 2007 by Øyvind Flatnes.
Edited: 25. November 2007.
Views: 66340

Shotmaker Shotmaker

Shotmaker and shot.

The Norwegian prohibition against using lead shot is effective from 01.01.2005. However, the Norwegian Black Powder Union and Scandinavian Western Shooters have gotten an exemption from the ban due to the fact that these organisations are using shotguns that in many instances are old and cannot handle steel shot safely. The access to lead shot will most certainly decrease after January 2005 and the prices will rise. The solution for us black powder shooters can be to make our own lead or bismuth shot.

Find out more!
You can read more making shot, as well as loading black powder shotshells and muzzle-loading shotguns in the brand new book From Musket to Metallic Cartridge: A Practical History of Black Powder Firearms.

The Shotmaker

Traditionally lead shot have been made in high shot towers. The shotmakers melted the lead up in the tower and poured it through a sieve. The lead drops transformed into relatively round shot in the air because of the surface tension. On the ground they hit a container filled with water that cooled the shot and prevented it from deforming.

From the USA many have known the machine called the “Shotmaker”. The machine goes by the immodest name “Littleton's Incredible Shotmaker” and is named after the inventor Jerry Littleton from Oroville, California. Littleton has now sold the business to Alan and Michael Burgess from Moses Lake, Washington. Their company is named Burgess Bullets. Burgess Bullets have improved the shotmaker quite a lot and the machine has become more user friendly. The Shotmaker comes in two versions: The Model 65 with 7 drippers and the Model 135 with 14 drippers.

Shotmaker Shotmaker

Shotmaker.

The Shotmaker is constructed of powder-coated steel, both models feature cooling vents, high temperature connectors; Teflon insulated wires, and 15 amp safety fuses. Each model comes with seven drippers for each ladle, and additional size drippers are available for less than $50 per set of seven. The dippers are available in sizes from US #6 to #9. I recently bought a Model 65 shotmaker from Burgess Bullets. The price was $375. Production rate for the Model 65 is as much as 45 pounds per hour, and if you have the Model 135 it's possible to drip two different shot sizes at the same time, if desired.

When you operate the Shotmaker you simply turn on the machine and put some bars of cleaned wheel weight lead in the ladle. Clean lead is important because lead with dirt in it can clog up the dippers. It also important to remember that pure lead is too soft to make quality shot.

Shotmaker Shotmaker

The Shotmaker in action.

When the lead melts it drips though the dippers, then hit a small ramp and drops into your selected coolant fluid. I have used DOT 3 brake fluid as a coolant and that works perfect. If you use plain water as a coolant the shot will be out of round. You can also use a mix of water and water soluble oil, a mix of water and liquid soap or flame retardant hydraulic oil as a coolant. Afterwards the shot should be cleaned in soapy water to get rid of the coolant fluids. Not a big problem if you use liquid soap as a coolant though. Just rinse it with water a couple of times.

The Shotmaker produces very uniform and round shot and it should be more than good enough for most shooters. If you tumble them in graphite powder you probably wouldn’t be able to see the difference if you compared them to factory lead shot. I and a couple of my friends have tried the shot and it works really great. Nice patterns in both front and backstuffers. Who needs a 120 foot high shot tower when you can have a Shotmaker?

Visit the Burgess Bullets home page and learn more about the Shotmaker

Note: The author of this article has no connection whatsoever to the makers of the Shotmaker, nor does he sell them.