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#1 | |
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Join Date: Dec 2004
Location: California
Posts: 1,036
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1. rate of fire 2. effective range (a strong Turkish bow can cast an arrow in excess of 800 yd) 3. projectile speed (arrows shot from Korean flight bows have been clocked at around 1000 fps) 4. projectile energy (an arrow weighing about 800 g shot from a Manchu bow of about 100# pull weight (medium for one of these) or more could penetrate most chain mail. 5. field accuracy -- LtGen Wm Warre, observing Portuguese and French cavalry skirmishing during the Peninsular War, wrote: "...Our people and theirs were constantly within 30 yd of one another firing with no effect, ...neither party had any idea of fear." The weapons of course were flintlock carbines and pistols. Officer candidates in the Chinese military exams were expected to hit targets at a gallop within that range with their bows. Up to 20-25 yards, it apparently made little difference in accuracy if you were using a smoothbore, or a strong bow if you're shooting from a moving horse. The big strikes against archery were 1. Bows of this performance level, and arrows of sufficient quality, were expensive to produce and not amenable to mechanized production. 2. An inordinate amount of training was needed for proficiency -- in these cultures, archers learned in childhood and practiced through their teens in order to be ready for military service in the mounted units. Recruits in basic training can be taught to use a smoothbore flintlock to the limits of its performance capability in a week or so. As breechloading rifles and revolvers spread via trade and colonization in the 19th cent., and new national armies built of conscription became more important than a hereditary military caste (or slave-soldiers as in the case of the Mamluks and Janissaries), only then did the armies of the East fall into line with Western equipment and training standards. |
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#2 |
Member
Join Date: Jun 2012
Location: USA
Posts: 1,492
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Here is one that has not been seen before as far as I know.
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#3 |
Member
Join Date: Dec 2014
Location: Black Forest, Germany
Posts: 1,226
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what a wonderful piece
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#4 | |
Member
Join Date: Jul 2010
Location: St. Louis, MO area.
Posts: 1,630
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A couple other interesting items on these Algerian long guns. The stocks are made only 2/3rds length, and the lock plates are only about half way inlet into the stocks. And every one I've seen are built this way. Rick |
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#5 | |
Member
Join Date: Dec 2004
Location: California
Posts: 1,036
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I've also wondered about the 2/3 length stock on these. Actually it's a very practical design. Notice that the wood is more substantial in front than, say, the forestocks on Moroccan and Indian guns so less prone to cracking and splintering. Better insulation for your hand, too, if you're shooting repeated volleys and the barrel starts heating up in the desert sun! And a shorter forestock means slightly less weight up front so the gun has a nicer balance. As re the lock plates (and notice that these are very thick to handle the forces generated by the massive spring), I'm looking at James D Lavin's "Spanish Agujeta-lock Firearms" and the 17th cent. Catalán predecessors to these Algerian locks all have similar thick beveled-edge plates, and on the guns they definitely sit proud of the surrounding wood. More interestingly, this element seems to be directly carried over from the earlier wheellocks made in the same area of Spain. |
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#6 | ||
Member
Join Date: Jun 2012
Location: USA
Posts: 1,492
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#7 | |
Member
Join Date: Jul 2010
Location: St. Louis, MO area.
Posts: 1,630
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Now that's an interesting bit of history. Thanks for posting. I'll save that. Rick |
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