THE COAST ARTILLERY JOURNAL - Air Defense Artillery
THE COAST ARTILLERY JOURNAL - Air Defense Artillery
THE COAST ARTILLERY JOURNAL - Air Defense Artillery
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198 <strong>THE</strong> <strong>COAST</strong> ARTILLERy <strong>JOURNAL</strong><br />
defense of important utilities not likely to be moved by fluctuations of the<br />
battle line should be allowed 4000 rounds at the guns.<br />
e3) and can remain there<br />
It has been charged that the antiaircraft gun is developing its offensive<br />
power to the neglect of offensive action that may be taken against it and to the<br />
detriment of the probable efficacy of the battery. Certainly there is some truth<br />
in the accusation. How many batteries, in training, have prepared complete<br />
positions? How many have been fired from any but an exposed position<br />
without attempt at concealment or protection? The impetus given to antiaircraft<br />
development by the Aberdeen tests has been tremfmduous and it is undoubtedly<br />
true that the striking power of the weapons has forged far ahead<br />
and that defense has been neglected. However, one thing at a time! The improved<br />
weapons are a fact. It would be well, now, to devote time to insuring<br />
that a good battery, once emplaced, can remain there, for certainly no striking<br />
power can come from a destroyed gun and very little from a gun always on the<br />
move. For various reasons the Aberdeen tests could not have been held with<br />
equal success elsewhere. This is not so of defensive tests. The batteries in<br />
service should be studying and practicing the art of protection in all its many<br />
phases. It has been stated elsewhere in this article that a future conflict would<br />
find air units decidedly "on the prod" where antiaircraft is concerned. Now<br />
is the time, in conjunction with our own <strong>Air</strong> Corps, to discover the probable<br />
nature of the air offensive action and the best answers tbereto. The two arms<br />
should maneuver together to the end that our own planes would be in minimum<br />
danger from hostile antiaircraft and hostile planes in maximum danger from<br />
our own antiaircraft.<br />
The most efficient antiaircraft battery, in respect to the attribute now under<br />
consideration, and which may be called permanence, is one that remains in<br />
position and can fire during the entire duration of the tactical siutation that<br />
requires its presence in that site. It lacks permanence, within our meaning of<br />
the term, when the guns are destroyed or damaged, whether through artillery<br />
or air action, when the position is rendered untenable from the same causes,<br />
and when the guns become too worn for effective firing.<br />
The last-mentioned factor has been solved admirably, in the new antiaircraft<br />
guns, by the inclusion of the removable liner in its design. High velocities<br />
entail rapid wear. Rapid wear, without some solution like the removable liner,<br />
means loss of firing strength while guns are being re-tubed at Ordnance repair<br />
parks. The removable liner may be changed by the personnel in the field<br />
without special tools and an old gun metomorphosed into being a new gun in<br />
about half an hour.<br />
Loss of permanence through artillery fire is a subject continually brought<br />
to the attention of the artilleryman, antiaircraft or otherwise. The antiaircraft<br />
battery is likely, in a future conflict, to occupy an unenviable position of<br />
prominence. In the face of a projected enemy drive, it is very possible that the<br />
enemy high command will pass down word to his artillery staff that the opposing<br />
antiaircraft batteries must be put out of action for the greater ease .of