“Wings for Santa Barbara”
By Major William W. Ford, Field Artillery
Source: The Field Artillery Journal, Vol. 31, No. 4, U.S. Field Artillery Association, Washington, D.C., April 1941.
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The literary effort below was from the pen of Major William Wallace Ford, who would eventually become Lieutenant Colonel William Wallace Ford, the Director of Air Training of the Air Observation Post, the origins of Army Aviation.
The year is 1941. War is coming ever closer to the United States. A reality Major Ford understands very well. But his article is actually a treatise. A continuation of the findings of the 1919 Hero Board, where Major General Andrew Hero urged the implementation of airmen, whose sole reason for existence was to direct artillery fire, and that necessitated their being organic to the units to which they were assigned.
Events in 1941 moved swiftly. And in 14 months, the Air Observation Post was OK’d by the General Staff. The official history of Army Aviation had begun. Below, then, is, “Wings for Santa Barbara.”
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It is perhaps unfortunate that most of our field artillery officers have learned their gunnery at Fort Sill!
Before the author of that statement is shot as a heretic, he wishes to explain.
He does not mean the School, he means the terrain.
He means that the terrain at Fort Sill, though admirably adapted to the teaching of gunnery, unfortunately creates in almost everybody’s mind false conceptions as to the relative frequency of employment of the methods taught. In vain may the School caution its young graduate not to expect such favorable terrain at his next maneuver, or in the next war! In vain may it admonish him that observed fire or good maps will be the exception, not to rule! Not until he gets out and tries to maneuver over those vast reaches of land where there is no observation and where there are no maps does he realize just what he’s up against. And then he finds that while he has a remedy in theory he has none in fact. There he is, brimful of learning, but as helpless as a statue of Napoleon.
During the Third Army maneuvers in the early part of 1940 this writer was a battery commander in the light artillery of a ‘streamlined’ division. During successive division, corps, and army exercises he participated in a number of field problems. Not once did he have a map or map substitute from which fire could have been computed! Not once was an actual air observer available to adjust the fire of his battalion!
It goes without saying that this battery was rarely capable of delivering the fire support expected of it. To be sure, forward observers with ‘walkie-talkies’ were always on the job. Occasionally they performed a helpful service; more often not. The simple fact is that along the coastal plain of South Carolina, Georgia and Louisiana terrestrial observation is an exceedingly difficult business, even at short distances.
The experience of this battery was not unique. Ask anyone who was there!
Cubs took part in the Louisiana maneuvers, summer, 1941.
What, then, are we going to do about it?
One suggestion is to forget it, on the ground that we shall probably not fight in such abominable (artillery) country, anyway. This suggestion comes from those who still can’t forget the Fort Sill terrain.
But where will we fight? If we should have to defend this broad land from an invader, just where would the fracas be likely to begin? In Oklahoma? Kansas? Indiana?
The coastal plain of the Atlantic and Gulf States, from New York all the way down and around to east Texas, is much the same as the country of the Third Army Maneuvers. It is low, flat, sandy, and for the most part densely wooded. It is a very depressing country from the standpoint of one having a fondness for good OPs. If this is where we shall meet our invader we had better do something to enable our artillery to see.
Again, if the strategy of defense should require an overseas offensive effort on our part, on what kind of terrain should we expect to find our enemy?
This question is not rhetorical. We might of course expect to find the enemy in any sort of country whatsoever. But of this we may be sure: whatever (ground) observation there is, the enemy will have it. We would have an uphill fight on our hands. We would be blind once more.
Now all this is in no way new. It is a problem which has engaged the serious attention of our best minds at the Field Artillery School and throughout the arm. The obvious need for air observation has spurred the development of an excellent procedure for firing with this aid. The trouble is that we do not have an adequate number of planes or observers for this purpose; nor are they on order; nor are the types of planes we contemplate best suited to the job. More of this type later.
Much effort has likewise been spent on improving our methods of firing without the actual air observer, using air photographs instead. This development has now reached the stage where its enthusiasts believe that effective fire can be delivered using wide-angle photos and map data corrected. If their enthusiasm proves justified, a highly important addition has been made to our field artillery technique.
But surely no one will expect this or any similar method to possess the merits of observed fire. There are at least three reasons why such an expectation would prove false:
1. Even the splendid wide-angle photo presents a tough problem in the matter of vertical control. This problem can perhaps be solved fairly well if we are able to determine a number of angles of site to points in enemy territory. But much of the time, in that type of terrain where we are most likely to fight, we cannot do this. Ground observation will be nil.
2. Even if we could fire accurately at any point on the photograph, someone must select the targets. Now some targets, some important targets, are determinable from geography alone. But in most cases it takes geography and the enemy to make targets. Who can doubt that many targets of a critical nature will develop at the decisive stage of battle, targets that were not there the day before and hence do not show on the photograph, targets which only a pair of eyes can discover in time to be of any use?
Observed fire ranks first in the manner of ammunition economy, transfers of fire next, map fires last. Ammunition is of the essence!
If, then, there is as yet no satisfactory substitute for observation, and if this observation is frequently unobtainable from the ground, the what of our decision is automatic: we must give wings to our eyes!
Requirement: the where, when, how and why.
a. Where: a trained field artillery observer, a light airplane of the ‘flivver’ type, a pilot, in each battalion of light and medium field artillery.
b. When: at all times. The above arrangement should be organic.
c. How: training observers is a cinch; there are thousands of commercial light planes in this country, available upon requisition; if there is any shortage military pilots, we can draw upon the tens of thousands of civil pilots holding CAA certificates of competency—they can fly these little planes quite well enough. The British hope to use artillery officers to pilot their artillery planes.
d. Why: because we do not have an adequate number of observers or planes now available for artillery missions, nor may we reasonably expect to get them, except through such program as the above.
a. The battalion is becoming more and more the fire unit. It should have constantly at its disposal all the means necessary to perform its tasks. Adequate means include air observation. Furthermore, this air observation must be available to the battalion from the moment the first gun is fired. One or more airplanes ‘on call’ at a division airdrome miles away is too few airplanes, the planes are too far away, and the observers who will man them are too unacquainted with the battalion personnel for close teamwork.
The plane for our field artillery battalion should go with that battalion at all times. The ‘flivver’ plane, with its light wing loading and its 75 hp engine, cruises at about 80 mph and lands at about 45 mph. It does not require a prepared landing field, but can land in almost any cow pasture or similar place. Hundreds of landings and takeoffs have been made on highways. Even plowed fields are practicable provided the furrows are not deep.
Aloft, this little ship is merely an elevated OP for its field artillery observer. Communication is by two-way radio having a range of five or six miles. Excellent sets of this type are already in service on civil aircraft as aids to navigation. They can be adapted to military use simply by changing their frequency to the desired military channels.
Objection will be heard that such a craft will be quite vulnerable to hostile aviation. Well, what aircraft isn’t? Only the best of the fighters themselves. Does anyone think, for example, that our present service type observation ship, the 0-47, would bear a charmed life in an atmosphere infested with enemy pursuit? Of what use are one or two flexible machine guns, firing to the rear, against the eight fixed forward guns of the modern fighter?
Our little flivver plane will have no armament at all; its protection will consist in:
1. General superiority of the air secured by our pursuit aviation. Let no one say we may not have this. We may not win the war, but we should try. We should try, likewise, to try to gain air superiority. No modern war has been won without it. Of course not even a definite air superiority on our part will render us immune from enemy air attack. But such superiority, or merely equality, should make it possible for us to employ observation aviation without prohibitive losses, especially if other protective measures are adopted.
2. Observing from low altitudes over own territory. Low-flying airplanes, particularly if painted camouflage, are hard to see from above. If enemy fighters cruise at low altitudes our ground weapons should be able to make it hot for them.
3. Maneuverability. Upon the approach of hostile aircraft our pilot will put the little ship into a series of tight turns, barely off the ground; high-speed enemy fighters, much less maneuverable, will have difficulty in bringing their guns to bear.
Military pilots will at once exclaim that the average commercial light plane lacks that visibility upward and to the rear which is necessary to enable the crew to detect the approach of hostile pursuit. The answer is: (a) a few commercial designs do not have this defect; (b) a fairly simple modification will remedy this defect where it exists; (c) the ground radio station working with the plane can often furnish timely warning of the approach of hostile aircraft.
4. Short flights. Our plane will take off, make an adjustment, and land again in very short time; enemy craft will have to be Johnny-on-the-spot to get it.
b. Having the plane, pilot and observer constantly assigned to the battalion they serve has great and obvious advantages. Close teamwork is achieved through this permanent relationship. The plane accompanies the battalion by short hops. It is ready at the moment it is needed. Moreover, each battalion has this invaluable aid; no longer does the battalion commander hope in vain for the brief use of a plane said to be on some distant aerodrome ‘on call.’
c. The training of observers presents no great difficulty, but they must be trained. They cannot be produced from a hat on the field of battle. Field artillery officers, well grounded in gunnery, should be selected for this duty, especially so in view of the fact that for its protection our flying OP will probably remain for the most part over our own territory. It will not always be possible for the observer to estimate directions in yards; often he will have to conduct the fire, using axial methods.
d. The program herein presented contains little that is new, but much that remains unexploited. It has two essential features which urges its immediate adoption:
1. It provides a more nearly adequate quantity of air observation for the field artillery.
2. It does this with the maximum economy of planes and men.
Few artillerymen will dispute the desirability of having one plane per field artillery battalion. To achieve this goal, we must train observers and procure planes and pilots in large numbers. Why not train, as observers, officers whose basic military education has included the technique of artillery fire? Why not use a light commercial plane in preference to a service-type observation plane costing twenty or thirty times as much? The little plane will do the job better, it can be maintained by one mechanic instead of requiring a crew of several, and it doesn’t require an accomplished military pilot to fly it. Since these planes and the pilots to fly them are available in far greater than the required numbers, their use would release a corresponding amount of “military” plane production for pursuit and bomber types. Our present observation aviation would then be freed to perform command, reconnaissance and photographic missions, for which purposes alone we do not have sufficient planes of this kind.
Why not use the resources we have?
We need not abandon any other measure now contemplated; the cost and the difficulties are small; in so simple a way we can insure the ability of our artillery to shoot!
 “According to legend, our patron saint was the beautiful daughter of Dioscorus, a nobleman of the Roman Empire, believed to have lived in Nicomedia in Asia Minor in the third and fourth century A.O. Because of her singular beauty and fearful that she be demanded in marriage and taken away from him, and also to limit Barbara’s exposure to Christianity and encourage her development as a zealous pagan, her father kept her shut up in a tower. But even such incarceration could not keep the young woman becoming a Christian. From her window, she looked out upon the surrounding countryside and marveled at the living things. She concluded they all must be part of a master plan and the idols of wood and stone her parents worshipped had to be condemned as false. She received instruction in Christianity and was baptized.
“Despite his threats she refused to renounce Christianity. Dioscorus flew into a rage and dragged her before a local prefect who ordered her death. The evil Dioscorus tortured his daughter, then took her to a high mountain, where he beheaded her. Afterward, as he descended the mountain, he was caught in a sudden violent storm, struck down and consumed by lightening. Only his scorched sword remained as a reminder of God’s vengeance.
“As a logical consequence, Barbara came to be regarded as the sainted patroness of those in danger from thunderstorms, fire, explosions that is to say, sudden death. Given the questionable reliability of early cannon misfires, muzzle bursts and exploding weapons were not uncommon, it is easy to see why our predecessors sought the protection of Saint Barbara. She has protected us well ever since.” See page 1, “The Legend of Saint Barbara,” United States Field Artillery Association, www.fieldartillery.org/legend-of-saint-barbara
 Recent tests indicate that the landing gear of these commercial planes breaks down after repeated landings in ‘cow pastures.’—Editor (Ford).