Concord & Concorde

Concord or Concorde (pronounced kon-kawrd)

(1) Agreement between persons, groups, nations, etc.; concurrence in attitudes, feelings, etc; unanimity; accord; agreement between things; mutual fitness; harmony.

(2) In formal grammar, a technical rule about the agreement of words with one another (case, gender, number or person).

(3) A treaty; compact; covenant.

(4) In music, a stable, harmonious combination of tones; a chord requiring no resolution.

(5) As concordat, under Roman-Catholic canon law, a convention between the Holy See and a sovereign state that defines the relationship between the Church and the state in matters that concern both.

(6) In law, an agreement between the parties regarding land title in reference to the manner in which it should pass, being an acknowledgment that the land in question belonged to the complainant (obsolete).

(7) A popular name for locality, commercial operations and products such as ships, cars etc.

(8) In horticulture, a variety of sweet American grape, named circa 1853 after Concord, Massachusetts, where the variety was developed.

1250-1300: From the Middle English and twelfth century Old French concorde (harmony, agreement, treaty) & concorder, from the Latin concordare & concordia, (harmonious), from concors (of the same mine; being in agreement with) (genitive concordis (of the same mind, literally “hearts together”)).  The construct was an assimilated form of com (con-) (with; together) + cor (genitive cordis (heart) from the primitive Indo-European root kerd (heart)).  The "a compact or agreement" in the sense of something formal (usually in writing) dates from the late fifteenth century, an extension of use from the late fourteenth century transitive verb which carried the sense "reconcile, bring into harmony".  From circa 1400 it had been understood to mean "agree, cooperate, thus a transfer of sense from the Old French & Latin forms.  Concorde was the French spelling which eventually was adopted also by the British for the supersonic airliner after some years of linguistic squabble.  Concord is a noun & verb, concordance & concordat are nouns, concorded & concording are verbs and concordial & concordant are adjectives; the noun plural is concords.

The Concorde and other SSTs

Promotional rendering of Concorde in British Overseas Airways Corporation (BOAC) livery.  BOAC was the UK's national carrier between 1940-1974 when merged with British European Airways (BEA) to form British Airways (BA).

Concorde was an Anglo-French supersonic airliner that first flew in 1969 and operated commercially between 1976-2003.  It had a maximum speed over twice the speed of sound (Mach 2.04; 1,354 mph (2,180 km/h)) and seated 92-128 passengers.  Man breaking the sound barrier actually wasn’t modern; the cracking of a whip, known for thousands of years, is the tip passing through the sound barrier and engineers were well aware of the problems caused by propellers travelling that fast but it wasn’t until 1947 that a manned aircraft exceeded Mach 1 in controlled flight (although it had been achieved in deep dives though not without structural damage).  The military were of course immediately interested but so were those who built commercial airliners, intrigued at the notion of transporting passengers at supersonic speed, effectively shrinking the planet.  By the late 1950s, still recovering from the damage and costs of two world wars, France and the UK were never going to be in a position to be major players in the space-race which would play-out between the US and USSR but civil aviation did offer possibilities for both nations to return to the forefront of the industry.  France, in the early days of flight had been the preeminent power (a legacy of that being words like fuselage and aileron) and UK almost gained an early lead in passenger jets but the debacle of the de Havilland Comet (1949) had seen the Boeing 707 (1957) assume dominance.  The supersonic race was thought to be the next horizon and the UK’s Supersonic Transport Aircraft Committee (STAC) was in 1956 commissioned with the development of a Supersonic Transport (SST) for commercial use.

The committee’s early research soon established it was going to be an expensive undertaking so the UK sought partners; the US declined but in 1962 the UK and France signed the Anglo-French Concorde agreement, a framework for cooperation in the building of the one SST.  The choice of name actually came some months after the engineering concord was signed, the manufacturers submitting to the UK cabinet the names Concord and Concorde, it being thought desirable to have something which sounded and meant the same in both languages (the French had already agreed it shouldn’t be called the Super-Caravelle the project name for a smaller SST on which some work had been done in 1960).  The other suggestions put to cabinet were Alliance or Europa.  In the cabinet discussions in London, Alliance was thought to be "too military" and Europa offended those Tories who still hankered for the "splendid isolation" which had been the British view on European matters in the previous century.  Even in the nineteenth century age of Pax Britannica splendid isolation had been somewhat illusory but in the Tory Party the words still exerted a powerful pull.  

Concorde 001 roll-out, Toulouse Blagnac airport, 11 December 1967.

There is some dispute about whether the cabinet ever formally agreed to use the French spelling but, like much in English-French relations over the centuries, the entente proved not always cordial and the name was officially changed to Concord by UK Prime Minister Harold Macmillan (later First Earl Stockton, 1894–1986; UK prime-minister 1957-1963) in response to him feeling slighted by Charles de Gaulle (1890-1970; President of France 1958-1969) when Le President vetoed the UK’s application to join the European Economic Community (the EEC which evolved into the present Day EU of which the UK was a member between 1973-2020).  However, the Labour party won office in the 1964 general election and by the time of the roll-out in Toulouse in 1967, the UK’s Minister for Technology, Tony Benn (Anthony Wedgwood Benn, 1925–2014, formerly the second Viscount Stansgate) announced he was changing the spelling back to Concorde.  There were not many eurosceptics in the (old) Labour Party back then.

Concorde taking off, 1973 Paris Air Show, the doomed Tupolev Tu-144 is in the foreground.

The engineering challenges were overcome and in 1969, some months before the moon landing, Concorde made its maiden flight and, in 1973, a successful demonstration flight was performed at the same Paris air show at which its Soviet competitor Tupolev Tu-144 crashed.  Impressed, more than a dozen airlines placed orders but within months of the Paris show, the first oil shock hit and the world entered a severe recession; the long post-war boom was over.  A quadrupling in the oil price was quite a blow for a machine which burned 20% more fuel per mile than a Boeing 747 yet typically carried only a hundred passengers whereas the Jumbo could be configured for between four and five hundred.  That might still have been viable had have oil prices remained low and a mass-market existed of people willing to pay a premium but with jet fuel suddenly expensive and the world in recession, doubts existed and most orders were immediately cancelled.

Eventually, only twenty were built, operated only by BOAC (BEA/BA) and Air France, early hopes of mass-production never materialized; while orders were taken for over a hundred with dozens more optioned, the contracts were soon cancelled.  By 1976 only four nations remained as prospective buyers: Britain, France, China, and Iran; the latter two never took up their orders and by the time Concorde entered service, the US had cancelled their supersonic project and the Soviet programme was soon to follow.  Even without the oil shocks of the 1970s and the more compelling economics of wide-bodied airliners like the Boeing 747, there were problems, the noise of the sonic boom as the speed of sound was exceeded meaning it was impossible to secure agreement for it to operate over land at supersonic speed.  Accordingly, most of its time was spent overflying the Atlantic and Pacific and BA and Air France sometimes made profit from Concorde only because the British and French governments wrote off the development costs.  Concorde was an extraordinary technical achievement but existed only because the post-war years in the UK and France were characterised by national projects undertaken by nationalised industries.  Under orthodox modern (post Reagan cum Thatcher) economics, such a thing could never happen. 

On 25 July 2000, Air France Flight 4590, bound for New York, crashed on take-off out of Paris, killing all one-hundred and nine souls on board and four on the ground. It was the only fatal accident involving Concorde, the cause determined to be debris on the runway which entered an engine, causing catastrophic damage.  In April 2003, both Air France and British Airways announced that they would retire Concorde later that year citing low passenger numbers following the crash, the slump in air travel following the 9/11 attacks and rising maintenance costs.

Lindsay Lohan in The Parent Trap (1998)

Fictional works are usually constructed cognizant of physical reality and technological innovations have always influenced what's possible in plot-lines.  The cell phone for example offered many possibilities but also rendered some situations either impossible or improbable (although Hollywood has sometimes found either of those no obstacle in a screenplay).  The retirement of Concorde also had to be noted.  Not only had it long been used as a symbol of wealth but there was also the speed so plot-lines which included the relativities of the duration of commercial supersonic versus subsonic trans-Atlantic travel were suddenly no loner possible.  Lindsay Lohan's line in The Parent Trap (1998) since 2003 (and for the foreseeable future) is a relic of the Concorde era.     

Tupolev Tu-144 (NATO reporting name: Charger).

The Tu-144 was the USSR’s SST and it was the first to fly, its maiden flight in 1968 some months before Concorde and sixteen were built.  It was also usually ahead of the Anglo-French development, attaining supersonic speed twelve weeks earlier and entering commercial service in 1975 but safety and reliability concerns doomed the project and its reputation never recovered from the 1973 crash.  The Soviet carrier Aeroflot introduced a regular Moscow-Almaty service but only a few dozen flights were ever completed, the Tu-144 withdrawn after a second crash in 1978 after which it was used only for cargo until 1983 when the remaining fleet was grounded.  It was later used to train Soviet cosmonauts and had a curious post-cold war career when chartered by NASA for high-altitude research.  The final flight was in 1999.

Boeing 2707.

While perfecting supersonic military aircraft during the early 1950s, Americans had explored the idea of SSTs as passenger aircraft and had concluded that while it was technically possible, in economic terms such a thing could never be made to work and that four-engined jets like the Boeing 707 and Douglas DC8 were the future of commercial aviation.  However, the announcement of the development of Concorde and the Soviet SST stirred the Kennedy White House into funding what was essentially a vanity project proving the technical superiority of US science and engineering.  Boeing won the competition to design an SST and, despite also working on the 747 and the space programme, it gained a high priority and the 2707 was projected to be the biggest, fastest and most advanced of all the SSTs, seating up to three-hundred, cruising at Mach 3 and configured with a swing-wing.  Cost, complexity and weight doomed that last feature and the design was revised to use a conventional delta shape.  But, however advanced US engineering and science might have been, US accountancy was better still and what was clearly an financially unviable programme was in 1971 cancelled even before the two prototypes had been completed.

Lockheed L-2000.

Lockheed also entered the government-funded competition to design a US SST.  Similar to the Boeing concept in size, speed and duration, it eschewed the swing-wing because, despite the aerodynamic advantages, the engineers concluded what Boeing would eventually admit: that the weight, cost and complexity acceptable in military airframes, couldn’t be justified in a civilian aircraft.  As the military-industrial complex well knew, the Pentagon was always more sanguine about spending other people's money (OPM) than those people were about parting with their own.  Lockheed instead used a slightly different compromise: the compound delta.  After the competition, Boeing and Lockheed were both selected to continue to the prototype stage but in 1966 Boeing’s swing-wing design was preferred because its performance was in most aspects superior and it was quieter; that it was going to be more expensive to produce wasn’t enough to sway the government, things being different in the 1960s.  Reality finally bit in 1971.

Depiction of a Boom Overture.

In mid-2021 US airline United announced plans to acquire a fleet of fifteen new supersonic airliners which they expected to be in service by 2029.  It wasn’t clear from the press release what was the most ambitious aspect of the programme: (1) that the Colorado company called Boom, which has yet to achieve supersonic flight, would be able to produce even one machine by 2029, (2) that the aircraft can be delivered close to the budgeted US$200 million unit cost, (3) that what United describe as “improvements in aircraft design since Concorde” will reduce and mitigate the sonic boom, (4) that it won’t be “any louder than other modern passenger jets while taking off, flying over land and landing”, (5) that sufficient passengers will be prepared to pay a premium to fly at Mach 1.7 in a new and unproven airframe built by a company with no record in the industry or that (6) Greta Thunberg (b 2003) will believe Boom which says Overture will operate as a "net-zero carbon aircraft".

Unlikely to approve: Greta Thunberg.

The suggestion is the Overture will run on "posh biodiesel" made from anything from waste cooking fat to specially grown high-energy crops although whether this industry can by 2029 be scaled-up to produce what’s required to service enough of the aviation industry to make either project viable isn’t clear.  Still, if not, Boom claims "power-to-liquid" processes by which renewable energy such as solar or wind power is used to produce liquid fuel will make up any shortfall.  Boom does seem a heroic operation: they expect the Overture to be profitable for airlines even if tickets are sold for the same price as a standard business-class ticket.  One way or another, the path the Boom Overture follows over the next few years is going to become a standard case-study in university departments although whether that's in marketing, engineering or accountancy might depend matters beyond Boom's control.