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Chapter 17
Safety and Crew Complement in the 1950s

Featherbedding is an ugly word. It conjures up images of cynical union bosses extorting wages from helpless employers on behalf of lazy, corrupt workers. From the very beginning, ALPA’s crew complement policy has suffered from charges that it was pure featherbedding, merely an at­tempt to make work for pilots who would otherwise be unemployed. The third man in the cockpit, critics said, might as well be at home in a feather bed.

Only a fool would deny that ALPA was worried about technological unemployment when the crew complement issue first arose. When it be­came apparent that the DC-3’s days as the standard airliner were num­bered, junior pilots began worrying about layoffs. Although the DC-3 has probably been overly romanticized, it was nevertheless a comforting ma­chine for a whole generation of pilots. C. V. Glines spoke for most when he wrote in The Legendary DC-3, “We formed an attachment for this inge­nious collection of aluminum, rivets, wires, and gadgets.” In an economic sense, airline pilots were attached to the “Three” because its relatively low productivity meant jobs.

The size, speed, and capacity of the first generation of four-engine air­craft represented a quantum jump from the typical airline pilot’s experi­ence with the DC-3. These large, impressive machines intimidated some pilots, particularly those who began flying in the days of open cockpits. The legendary E. Hamilton Lee reportedly took one look at the first DC-4 at United Airlines (UAL) and said, “That’s too big for me, boys. When the last Three retires, so do I.” But most airline pilots made the transition to larger equipment after the war without undue difficulty. There was some­thing tentative about the first operations, though, as any veteran airline pi­lot will tell you.

“There is always concern on the part of a pilot making a transition to a new airplane,” says UAL’s George Douglass (“Mr. V” among the Key Men), who retired in 1958. “We had a tremendous amount of trouble with the first big four-engine planes right after the war, all the bugs and engine fail­ures and fires and unknown crash causes. I personally dumped enough gas following engine failures on the Boeing Stratocruiser to have kept Varney, my old airmail outfit, operating for two years.”

So, although a desire to maintain employment was a small part of the crew complement issue, the difficulty of operating these new, more complicated aircraft in increasingly crowded airspace was by far the most im­portant reason for ALPA’s crew complement policy. We must remember that ALPA was always dominated by senior captains, and as Clancy Sayen’s troubles prove, it remained pretty much a captain’s club even after copilots achieved theoretically full equality. Particularly just after World War II, when the insistence on a third crewman first arose, the senior captains who ran ALPA were not worried in the least about being laid off. They wanted a third crewman to help them get home safely, not to featherbed.

In fact, ALPA’s crew complement policy represented something of a threat to senior captains because it exposed them to competition from young eager beavers fresh out of military service, some of whom actually had more time in military versions of four-engine aircraft than older pilots did. In 1946, Business Week declared that airline pilots, “many of whom are getting along in years,” feared competition from “fiery newcomers who need minimum training.” So, it would have seemed logical for ALPA to in­sist on two-pilot crews instead of three, thus limiting access to the cockpit for a competing generation of fliers.

ALPA’s first position on crew complement goes back to the Behncke era. In 1932, Behncke urged airlines not using copilots to do so “in the interest of public safety.” Arguing that copilots were an “essential safety backup,” Behncke also appealed to the airlines’ self-interest by pointing out that it was a cheap way of “preparing young men for promotion to first pilot.” Behncke got nowhere with this appeal to sweet reason. Airlines that had not used copilots continued to resist them until technological changes and government mandate forced them to do so. As some airlines began advertising that their planes had “copilots fully qualified to take over in case of emergency,” the pressure of competition forced laggards to respond.

The serious student of the airline profession’s history should be aware that some of the resistance to ALPA’s crew complement policy has come from pilots themselves. As early as December 1932, Behncke criticized pi­lots who resisted flying with copilots. He cited a letter to headquarters from the pilots of “a western airline” who denounced copilots as “half-baked kids.” “I want it clearly understood,” Behncke said, “that this does not in any way exemplify the attitude of the Association toward copilots.” Obvi­ously, ALPA had to get its own house in order on the crew complement is­sue before confronting management, which has always resisted increases in crew complement on purely economic grounds. For thoughtful pilots, even as far back as 1932, the crew complement issue was about safety—not economics.

Pan American World Airways (PAA) played only a small role in the early history of the crew complement issue, even though it was the first airline to fly with multiple crews. When PAA’s Paul Bauhlstrom commanded the first transpacific China Clipper flight in 1936, he carried not only a radio operator and navigator, but also a “flight engineer.” The first “flight engi­neers” on PAA were in reality mechanics who could, in an emergency, make repairs on remote Pacific islands where no regular facilities were available.

In 1937, the well-known aviation medicine specialist Dr. R. E. Whitehead began describing symptoms of “aeroneurosis” among PAA pilots owing to the “concentrated flying” of the first year of Pacific operations. PAA pilots had to fly 135 hours in a two-week period during a Pacific round-trip, the equivalent of nearly two months of domestic flying. The first leg alone, from Alameda to Honolulu, was nearly 20 hours. Instead of resting for 24 hours, as was the common practice under domestic operations, the next morning the PAA pilots pushed on, sometimes with as little as 8 hours of rest. Not surprisingly, the PAA pilots complained of fatigue and urged in­stallation of suitable in-flight rest facilities for the crews. This remedy re­quired full replacement crews of flying officers. PAA resisted this “fix” to the crew complement problems, citing the expense and the tradition of single command at sea.

In 1945, when it became apparent that the four-engine aircraft devel­oped during the war would become a significant factor in postwar interna­tional travel, the Civil Aeronautics Administration (CAA) mandated that all “over-ocean” flights would have to carry a “flight engineer.” The CAA’s deci­sion extended wartime rules. Civilian crews operating four-engine aircraft under contract to the military were required to carry a “crew chief’ in ad­dition to at least two pilots. The crew chief’s responsibilities were essen­tially the same as those of PAA’s prewar flight engineer. PAA set no prece­dents, however, because it always operated under special international rules. The nature of PAA’s operations seemed irrelevant to domestic opera­tions, although everybody wondered how much PAA pilots should be al­lowed to deviate from domestic airline norms.

The modern parameters of the crew complement issue began to take shape in July 1940 with the introduction of the Boeing 307 Stratoliner, which had a distinct flight engineer station. During the brief operation of the Stratoliner on Transcontinental & Western Air (TWA) (before the air­craft were commandeered by the Army owing to the war emergency), the flight engineer was neither fish nor fowl. He obviously was not aboard to make emergency repairs at remote bases, as was the case with PAA’s flight engineers, and his in-flight functions were essentially those of an airman. So was he a mechanic or a pilot? TWA had no need of mechanics in flight—they were available at every TWA Stratoliner stopping point.

Through inadvertence, TWA staffed the Stratoliner flight engineer position with a “mechanic-trained” crewman. Everybody admitted that a “pilot-trained” crewman could carry out his functions just as well, but it seemed an unimportant matter at the time. They were wrong. The nature of the training of the crewman who would fill the “third seat” was the first phase of what would prove to be one of ALPA’s most vexing controversies. It was also a crucial part of what would be ALPA’s greatest crisis in the modern pe­riod, the defection of the American Airlines (AAL) pilots in 1963.

Charley Ruby, elected to ALPA’s presidency in 1962, inherited this buzz-saw of an issue from Sayen:

On National, the first four-engine aircraft we had was a C-54 we got from the military for crew training. Now, there were no flight engi­neer positions on the DC-4. On the C-54, really the same airplane as a DC-4 except that the Four had larger engines, higher gross weight, and a very much larger fuel capacity, there was a station for what the military called a flight mechanic. He could reach the throttles, landing gear, flaps, things like that. Pan Am had previ­ously used what they called flight engineers on some four-engine aircraft. They really were mechanics, and they used to look after the aircraft in places where flying facilities were poor and minor repairs had to be done.

There was confusion about what the flight engineer’s function was really supposed to be. Was he a mechanic along to make a re­pair, or was he a guy who was supposed to help you fly the airplane? There was never any doubt in my mind, because I was a me­chanic before I was a pilot, and I can tell you that whether the airplane was big or small, that third crewman’s job was not to be a mechanic—it was to be a third pair of eyes in the cockpit. Ted Baker was always harping on the added cost of the flight engineer, but as the airways got more complex and as you spent more time talking on the radio, it was a safety factor to have the third man. Really the third man, if he was a pilot, too, could be depended upon to do a lot of things.

It was my judgment then, and it still is, that any place you have high-density traffic you are better off with a third guy from a safety standpoint.

By the time ALPA awakened to the seriousness of the crew complement issue immediately after World War II, the controversy was about to sharpen. On the one hand, the airlines would argue that the third crew­man was unnecessary; on the other hand, a new breed of “airman” would argue that the third crewman should hold a special license and have me­chanical background previously required only of ground maintenance personnel. This new breed of airman, the flight engineer, could also argue logically enough that since he was not really a pilot and not really a me­chanic, he ought to belong to neither ALPA nor one of the unions repre­senting ground maintenance personnel. In 1946, before ALPA was quite aware of what was afoot, a group of enterprising flight engineers secured an American Federation of Labor (AF of L) charter under the title Flight En­gineers International Association (FEIA). So the crew complement issue was destined to become a three-sided struggle among ALPA, management, and FEIA.

Almost unnoticed, a competing union had slipped into the cockpit with ALPA. Although a good case could be made that ALPA had exclusive jurisdiction over all cockpit jobs as a result of its original 1931 charter from AF of L and that FEIA’s charter was thus illegally granted, Behncke wasn’t suffi­ciently on top of things to make that argument. Sayen later would declare that FEIA was an “illegal union” under AF of L’s own rules and threaten dis­affiliation because of it. By then, however, the “camel had his nose inside the tent,” as Jerry Wood put it.

Ironically, were it not for ALPA’s concerns about safety, no airline would have been using any flight engineers—pilot or mechanic. A series of fatal airline crashes in 1947 forced President Truman to appoint a special presidential board of inquiry into air safety under the chairmanship of Civil Aeronautics Board (CAB) head James M. Landis. Three domestic airline crashes during a two-week period in July 1947 killed 145 people. Truman appointed Bart Cox of AAL, Bob Buck of TWA, and Jerry Wood of Eastern Air Lines (EAL) to the board, which met for seven months to investigate the general safety of U.S. commercial aviation. Ernie Cutrell of AAL also played an important technical role in these proceedings.

In October 1947, while the presidential board of inquiry was in session, one of those rare crashes occurred that focuses attention on a larger prob­lem. A UAL DC-6 flown by Capt. E. L. McMillen and First Officer G. C. Griesbach crashed near Bryce Canyon, Utah, after an in-flight fire. It was one of a series of baggage compartment fires in the new pressurized aircraft. For­tunately for posterity, McMillen and Griesbach lived long enough to give accurate radio descriptions of their predicament and to give investigators enough clues to pinpoint the combination of design and operating deficiencies that caused the DC-6 crash. Fuel for the cabin heaters came directly from a main wing tank. A malfunction in this system caused a fire that broke out in the baggage compartment. One of the passengers who died in the Bryce Canyon crash was an ALPA employee, Fred Munch, a young at­torney. In a situation reminiscent of the Cutting crash of 1935, thoughtful investigators wondered whether the crash might not have been averted if a third crewman had been aboard whose primary function was to monitor auxiliary systems such as the cabin heater.

After the Bryce Canyon crash ALPA turned its full attention to securing a third crewman for the DC-6. CAB hearings on the subject ran concurrently with the presidential special inquiry hearings. ALPA stood alone in the industry arguing that the DC-6 was too complicated to operate with only two pilots and that if such operations continued, more Bryce Canyon disasters would surely result. The aircraft manufacturers, the airlines, and initially the CAB took the opposite view. Douglas had designed both the DC-4 and DC-6 with only two crew positions. The airlines argued that a third crewman on the jumpseat would have nothing to do and that modifying the DC-6 to include a flight engineer’s station would cost $57 million.

Taking time out from his duties on the Truman board, Jerry Wood helped ALPA Treasurer Bob Strait of TWA, A. W. Stainback of UAL, and Bill Masland of PAA testify during the CAB hearings. They made excellent use of the Bryce Canyon crash during the three-day hearings. As if to empha­size their concern, in November 1947, an AAL DC-6 made a successful emergency landing in New Mexico after an in-flight fire similar to the fatal one at Bryce Canyon. The CAA grounded all DC-6s after an investigation proved conclusively that the cabin heater had a design error that could be compounded by pilot distraction.

This information arrived just when the industry, the CAA, and public opinion were on the verge of pinning nearly total blame for airline acci­dents on pilots. The Sisto incident added fuel to the antipilot fire. In Octo­ber 1947, Capt. Charles R. Sisto of AAL was riding in the jumpseat of a DC-4 en route to the West Coast from Texas. As a joke, Sisto engaged the gust lock. Capt. Jack Beck was flying in the left seat when Sisto pulled his prank. Beck made minor trim corrections over the next few minutes owing to light turbulence and occasional movements of the 49 passengers. Copilot Mel Logan, who also held an airline transport rating, muttered about the peculiar handling characteristics of the airplane.

“I finally decided the joke had gone far enough,” Sisto said later. But when he disengaged the gust lock, the unusual trim tab settings caused the DC-4 to nose over inverted into an outside loop. Luckily, Jack Beck’s seat belt was loose, so when the force of the DC-4’s downward tuck slammed him to the cockpit roof, he accidentally feathered three of the four engines, thus averting a power-on dive. Copilot Logan’s quick thinking saved them. The control pressures were too high to move the elevators, but the ailer­ons were working. So just as the DC-4 reached the horizontal plane of its outside loop, he rolled the plane upright, and they screamed along above red-line limits 400 feet over the west Texas desert. Sisto’s career as an air­line pilot was over, although to the puzzlement of many pilots, Behncke defended him to the bitter end. “This incident could have been averted,” Behncke argued, “had the DC-4 been equipped with a properly designed gust lock system.”

So had it not been for the courage of Captain McMillen and Copilot Griesback, who managed to radio enough clues to allow investigators to pinpoint the cause of the mysterious fatal fires aboard the DC-6, CAB probably would have once again fixed “pilot error” as the cause of a series of unexplained crashes. The Sisto case certainly pointed to that, as did the crash of a nonscheduled Burke Air Transport DC-3 in July 1947. The investigators found that the Miami-based airline’s two pilots had been airborne for 23 hours during the previous 37, and that the crash almost certainly oc­curred because both exhausted pilots were asleep. This incident was actually more a case of CAA’s lax supervision of nonscheduled airline opera­tions than of pilot incompetence, but the public didn’t see it that way.

In his testimony before yet another federal board investigating safety, Behncke told the so-called Finletter commission, a blue-ribbon panel appointed by Truman to look into aviation, “Pilots have become the scapegoats.” He savagely attacked the CAB’s investigation of accidents and rec­ommended the firing of CAB Chairman James M. Landis, who was then heading the full investigation of air safety. Behncke kept pounding away, defending any and every pilot, including the unfortunate Sisto. Luckily for ALPA and the industry, the DC-6 that landed safely with a baggage compart­ment fire in New Mexico defused a growing sentiment to institute far more rigorous supervision of pilots and to make their dismissal easier. A study made by the CAA of the working habits of 240 airline pilots was also trou­bling. The CAA employed professional psychologists who tried to find out what kind of man made a “safe pilot.” Behncke denounced the study, vow­ing never again to allow “attempts to make ALPA members guinea pigs for psychological careerists.” The pattern of blaming the pilot for crashes was reasserting itself with a vengeance, and had it not been for strong ALPA political pressure, it might have worsened.

Exerting every ounce of political influence, Behncke sought the firing of CAB Chairman Landis. Landis had been noncommittal about the idea of a third crewman in four-engine aircraft, but ALPA regarded it as crucial in improving air safety. Admittedly, Landis had other enemies besides ALPA. Airline management was angry with him because he was niggardly with subsidies and because he favored an early form of “deregulation” that would permit nonscheduled airlines to compete more directly with the scheduled airlines. Against this Landis proposal, Behncke and the airlines could make common cause, for the “nonskeds” were almost totally non-ALPA.

Behncke’s steady drumfire of criticism took its toll. For ALPA, the December 1947 emergency grounding of all DC-6s proved that pilots weren’t the only problem, as the Landis-approved psychological study had seemed to argue. In January 1948, Truman reacted to the mounting criticism of Lan­dis by curtly refusing to reappoint him to another term. This step was unu­sual, because Landis was a Truman appointee and a protégé of the power­ful Joseph P. Kennedy, Sr. (father of future President John F. Kennedy). Ironically, Behncke and Landis patched up their differences, and Landis became one of the principal architects of the victory over Ted Baker dur­ing the National Airlines strike of 1948. After a long absence from aviation when he became an important financial adviser to the Kennedy family, Landis would reemerge in 1960 to challenge Clarence Sayen for ALPA’s presidency.

After Landis’s departure from CAB, ALPA policy solidified in favor of the three-crewmen concept for all four-engine aircraft. After a series of hearings in early 1948, CAB ruled on April 4 that on “all aircraft certificated for more than 80,000 pounds maximum gross takeoff weight, and on all other four-engine aircraft certificated for more than 30,000 pounds where the Administrator has found that the design of the aircraft or the type of operation is such as to require [it] for safe operations,” a flight engineer would be mandatory, whether there was a specific crew station for him or not. The Lockheed Constellation series had such a crew station, but the Douglas series did not, which had put Lockheed at a serious economic disadvan­tage in the competition for domestic orders. (Internationally, we must re­member, it made no difference, owing to CAB’s previous ruling that all “overwater international” flights must have a flight engineer.) CAB’s ruling left the nature of the flight engineer’s qualifications completely up to each airline, subject only to the vague licensing CAA had issued in March 1947, when it granted the first “flight engineer certificate.”

ALPA regarded the April 1948 CAB ruling as a great victory for safety—not for “featherbedding,” as AAL’s C. R. Smith contended. AAL fought the CAB ruling to the bitter end, challenging it through a lengthy series of hearings and arguing that there was “nothing whatsoever for a third man in the cockpit of a DC-6 to do” and that he could only “get in the way.”

Other airlines began complying at once, as soon as the DC-6 was re­turned to service after major modifications. There was, however, no agree­ment among them as to whether the flight engineers should be pilots or mechanics. Some, like Delta Air Lines (DAL), employed only pilots from the beginning, but others, like Chicago and Southern, employed only ex-mechanics. UAL got the worst of both worlds when “Pat” Patterson decided to employ both pilots and mechanics. To qualify as a “pilot” flight engineer on UAL, an applicant had to have 500 hours of pilot time, a commercial license with an instrument rating, and, of course, a flight engineer’s certificate. UAL had no difficulty qualifying pilot flight engineers under the pro­visions of 1947 regulations. In a change of titles that ALPA would subsequently copy, UAL also decreed that henceforth copilots would be known as first officers and flight engineers would be called second offi­cers, thus eliminating semantic distinction that might further muddy the waters.

The scene was now set for conflict with FEIA during the 1950s over the twin problems of second officer qualifications and a rival union’s right to represent them. This cross would become Clarence Sayen’s to bear. It undermined support for him among pilots who were particularly strong in their support of “brother airmen.” This disaffection was particularly evi­dent on AAL, as Frank Spencer remembers:

It was during the early 1950s that the leadership of the American group became extremely dissatisfied with Sayen. One thing they were unhappy about was the third crew member concept. They somehow got the idea that Sayen was misleading management to the effect that they might settle for something less than they wanted in exchange for a deal on crew complement. They misrep­resented Sayen’s position to the rank-and-file AAL pilot. Sayen was very refined, and airline presidents and big officials in govern­ment always treated him with kid gloves. You could tell that they considered him to be better than the people he worked for. That didn’t sit well with a lot of AAL pilots.

Aside from Sayen’s problems with some pilots, which, as Frank Spencer suggests, might well have been due more to personality than policy, the troublesome conflict with FEIA remained. A jurisdictional dispute be­tween two unions is always messy, and historically there are seldom any clear winners. In this case, ALPA won the fight with FEIA, but it was so bloody as to be Pyrrhic, if not for ALPA itself, then at least for Clancy Sayen. Put simply, FEIA had to be controlled, and Sayen had to do it. With a com­peting union in the cockpit, the captain’s authority could always be directly challenged in theory, and it frequently was in practice. Armed with a complicated series of work rules and engineering performance charts, an element within FEIA set out to establish the “professional” flight engineer as a coequal force in the cockpit. Of course, this element did not include every nonpilot flight engineer, but it included enough of FEIA’s leadership to alarm thoughtful ALPA members. Sayen’s great burden was that he had to confront the FEIA leadership head-on to establish firmly ALPA’s primacy in the cockpit. Many pilots who had worked side-by-side with nonpilot flight engineers never understood the true nature of the FEIA leadership’s challenge, and they resented what they regarded as Sayen’s “shafting” of frater­nal coworkers and their union. This was particularly true on AAL and con­stituted a major weapon in the hands of the anti-Sayen element there. “It was bull----,” says AAL’s Roy Dooley, in a typically outspoken denunciation of the AAL leadership during the later 1950s. Articulate and tough, Dooley is a towering six feet five inches tall. He survived health problems in his mid-50s and returned to line flying. He never joined the splinter union that replaced ALPA on AAL, and he is still bitter about the way Sayen was treated:

Tom Latta and I were not in tune with the leadership group on AAL, but we did know ALPA policy. Clancy wanted us to represent ALPA in negotiations with management on this third crew member thing in 1956. Of course, he couldn’t just send us over—the MEC [master executive council] would have to do it. Well, the MEC wanted no part of Dooley and Latta, so we were dead as far as rep­resenting our airline. Sayen typed up this list of major things about the crew complement policy and asked me to take it over and give it to Tommy Boyd, who was a vice-president, trying to explain to him just exactly what the third crew member thing was and why he thought it was important to airline management. I personally gave it to Tommy Boyd, just so AAL would never be able to say they didn’t know what ALPA meant. Sayen absolutely could not depend on the MEC relaying straightforwardly what our policy was.

Stewart W. Hopkins of Delta Airlines (DAL) knew a crunch was coming with FEIA almost from the beginning. Hopkins, now 72, retired from DAL in 1969, if you call his active life since then “retirement.” Hopkins probably understood ALPA’s crew complement policy as well as anybody, and he subsequently preferred formal charges against an AAL MEC chairman for violating that policy in negotiations with management. Hopkins recalls the conflict:

The really great problem came on the Lockheed Constellations be­cause it was absolutely imperative that a third crew member be in­cluded, there was a great deal of work back on that panel, and he had several controls to operate. On Delta, I think they made the right decision to use pilots, although it was mainly a matter of luck, not well thought out.

On C&S [Chicago and Southern], we used mechanics. I was MEC chairman at the time, and I was approached by a number of the mechanics, nice guys, who said some of their boys wanted a crack at the third seat. We didn’t object because at that time ALPA had an affiliate union for flight engineers. The understanding was that we’d support mechanic flight engineers if they’d affiliate with the ALPA group. But we were double-crossed. As soon as they got their licenses they jumped over to FEIA, and from then on it was just a bloody mess.

There were these people in FEIA who were trying to build up a little empire. They tried to make it as complicated as possible, ac­cumulating great masses of manuals, and they’d haul this stuff aboard every flight, and they were trying to isolate that area from pilots. The first thing you knew, they were in a pretty strong economic position, because you couldn’t operate the plane without them.

I think that to a certain extent the mechanic flight engineers did a pretty good job of brainwashing average pilots with the idea that what they were doing back there was so special that a plain old pi­lot couldn’t begin to know how to do it. Well, that was baloney. But they almost got away with it by infiltrating FAA [Federal Aviation Administration] with their people up there in engineering posi­tions that were also policy-making positions.

I remember Clancy called me up to the Feinsinger board on the flight engineer problem. We were in a war with FEIA at the time. So I took along Phil Morgan, who’s dead now. There were people from ATA [Air Transport Association] there, and they sat back and kept their mouths shut. They weren’t about to get involved in the conflict. FEIA had a parade of witnesses, and they were trying to make something bigger out of the flight engineer’s job than it really was. My god, you’d think a flight engineer had to have a Ph.D. in engineering!

FEIA embarked on a consistent policy of mystifying the flight en­gineer’s function, and it led directly to a conflict over authority in the cockpit. What it boiled down to was we put a monkey back there on the panel, and when we turned around he was King Kong.

Since the early 1950s, the crew complement issue has confronted every ALPA president from Behncke to J.J. O’Donnell. The cornerstone of ALPA policy was laid in 1954, when the Board of Directors mandated that the third crew member, regardless of his function, ought to have a commercial pilot’s license. It stood to reason, the board believed, that people working in the cockpit ought to be fully cognizant of the nature of the pilot’s work. The goal, of course, was to make the flight deck fail-safe inasmuch as hu­manly possible. Although this policy did indeed have some adverse impact on FEIA, ALPA never adopted measures that specifically eliminated the competing union from the cockpit. But ALPA was determined in the inter­est of safety that, regardless of previous experience, the flight engineer must be able to take over temporarily for another crew member. As ALPA conceived the policy, it would also be a superb training device, allowing junior pilots to handle the controls regularly while serving primarily as flight engineers.

On AAL, C. R. Smith’s recalcitrance, plus the resistance of the MEC, meant that to be the first airline to operate the Boeing 707 domestically, there were briefly four crewmen aboard instead of three: three pilots plus a nonpilot flight engineer who was a member of FEIA. (Technically, Na­tional Airlines was the first to operate the Boeing 707, owing to an inter­change agreement with Pan Am.) FEIA resisted cooperating with ALPA in any way, even denying its members the right to take flight instruction paid for by the company, which was ALPA’s policy.

Says EAL’s Jerry Wood:

We never tried to get the old-time flight engineers out of the cock­pit. We did want three pilots on the plane, and the point was to get the flight engineers qualified as pilots. FEIA tore up the industry because of that, not ALPA. We weren’t trying to tear up their union either, because some of them are still around on some airlines, still represented by FEIA.

It was the right way to go, I believe, even though it was tough. The leader of FEIA was named Jack Robertson, and he was a lot like Behncke in that once he got an idea into his head, there was no way you could get it out. We employed 500 nonpilot flight engi­neers on EAL, and we had taken care of them. But Robertson called them out, all 500, and we had no choice but to break them. We gave them every opportunity, and eventually 104 of them came back.

The company paid every penny for their flight training, thanks to ALPA, and some of them are retiring right now as captains. The 10 or so who were unable to check out as captains did have to get their commercial and instrument rating to keep their jobs, but they maintained the same jobs they had as flight engineers with all protection.

Jerry Wood served on the 1956 Turbo-Prop and Jet Study Committee, and he personally wrote every word of the crew complement section of the report. “I had been more or less continuously involved with the issue since 1947, and strangely enough, Behncke left me 100 percent alone on that one,” Wood adds with a chuckle. “As Dave put it, ‘Boys, we’re getting the plough under a pretty big stump.’ And that was certainly the case on crew complement.”

The hidden tragedy of the crew complement issue is the effect it had on Clancy Sayen. He was a dogged administrator, and he always carried out the mandates the pilots gave him to the fullest extent of his abilities. He never complained about the implementation of an ALPA policy once the board mandated it, no matter how much he might have disagreed with the policy personally.

“Clancy was very, very much opposed to what we were starting out to do on crew complement, incidentally,” says Jerry Wood. “He told us that we were really getting ourselves into a period that was going to be rough. He was right—it turned out to be a bloody war.”

Perhaps it was premonition that made Sayen oppose the mandatory crew complement policy. Eventually, it indirectly cost him his job. ALPA’s crew complement policy was the rock upon which the AAL dissidents built their secession from ALPA in 1963, and they made Sayen’s life so difficult that he resigned ALPA’s presidency in 1962.

And what happened to the hundreds of professional flight engineers who declined flight training and persisted in the FEIA’s fruitless strikes against the ALPA crew complement policy on several airlines?

“They picketed for about two years,” says Jerry Wood. “Eventually they lost their cases in court, and the companies trained pilots to fill their jobs. They were just too stubborn to change. Those individuals who went along with the ALPA policy came out smelling like a rose, and those who didn’t scattered to the four winds, and nobody knows what they are doing today.”

In short order, a group of ALPA pilots on Southern Airways would be in a similar predicament—staking everything on the judicial process. It was a troubling episode with ramifications extending far beyond the question of whether 100-odd airline pilots would keep their jobs and be paid a decent wage.

To Chapter 18

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