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On this day
27 June 1705
A Danish force of 4,500 infantry and grenadiers and 1,600 cavalry arrived in Vienna, Austria. The reason was that the Habsburg Monarchy needed help crushing a rebellion in the areas it controlled in present-day Hungary and Romania. The Danes were... Read more ...
A Danish expeditionary corps arrived in Vienna
A Danish force of 4,500 infantry and grenadiers and 1,600 cavalry arrived in Vienna, Austria. The reason was that the Habsburg Monarchy needed help crushing a rebellion in the areas it controlled in present-day Hungary and Romania.
The Danes were led by Lieutenant General Andreas Harboe and took part in victories at the Waag River and at Zsibó. The latter battle effectively brought the war to an end, and the Danish troops were quartered in Transylvania. In the summer of 1706 the corps was ordered to Germany, but Harboe never reached it alive. He was killed by an accidental shot from his own sentry while dining with his officers near Grosswardein.
Featured article

The powder horn is the container traditonally used for carrying powder. This container had to be as air and water tight as possible to prevent the powder from attracing moisture. This article shows you how to make your own powder horn using simple tools.
Making Powder Horns
Making Bismuth Shot
About
Les artikkel på norskThe ten kilos were sent to me because I’m the owner of a Shotmaker. When making bismuth shot I used the same setups as I normally use when making lead shot. The bismuth we bought was 99.98 % pure, so the quality should be good enough.
Bismuth
Bismuth has a lower melting point compared to lead. While lead melts at 621.50 °F (327.5 °C) bismuth only needs 520.34 °F (271.3 °C) to melt. The test with the ten kilos of bismuth shows that it is possible to make good quality bismuth shot in the Shotmaker. The shot appeared to be just as good as the lead shot the Shotmaker spits out, perhaps even better.
Find out more!
You can learn more about muzzle-loading and black powder cartridge shotguns and shotmaking in the brand new book From Musket to Metallic Cartridge: A Practical History of Black Powder Firearms.
Of problems, the following can be noted:
It was difficult to make the bismuth flow through the drippers as easy as lead. I worked outside in a temperature of about 68.00 °F (20 °C), between 10 in the morning and 8 in the evening, in a gentle breeze. Wind has a tendency to reduce the heat effect in the Shotmaker, and this may have been a contributing factor. After a while I found out that giving the ladle a whack with a wooden mallet lead to an even flow of lead out of a couple of the drippers, but not all (see the movie).It is possible that making the shot in a less windy condition would have solved this problem. When the temperature began dropping during the night I set up a provisional windbreak and put a homemade lid on the ladle. This seemed to help a bit. It is possible that it simply was too cold for the Shotmaker to function optimal as wind cools down the heating elements in the Shotmaker.
Makers of bismuth shot have now begun adding a bit of tin in the alloy to prevent the shot from being too brittle. This is also something that has to be tested. As it wasn’t me that ordered the bismuth I cannot give the exact price or the location where we bought it, but it was relatively expensive.For more information about making shot, see the article about the Shotmaker.






