Showing posts with label Naval History. Show all posts
Showing posts with label Naval History. Show all posts

Saturday, June 27, 2024

Microbes Against the Giant: The Maritime Strategy of the Jeune École, The Finale

For previous installments, see Parts I, II, III, IV, and V


Visionaries to Emulate or Ideologues to Deride?


The French government’s resignation of May 1887 forced Aube from office. In poor health and having made scores of enemies in the Admiralty, Aube retired to the countryside for the final three years of his life. As Charmes had lost his battle with tuberculosis in 1886, the Jeune École no longer possessed clear leadership. With Aube gone, the movement devolved into a political faction fixated on the socioeconomic travails of arsenal workers, coal stokers, and junior officers, not to mention the implementation of ideologically ‘pure’ (vice circumstance-derived) policies. Notwithstanding the knowledge gained from Aube’s 1886 fleet experiments and the Royal Navy’s evident moves to counter the Jeune École  threat, the practical result of Aube’s and Charmes’s followers’ continued agitation into the 1890s and early 1900s was nearly fifteen more years of excessive torpedo boat procurement at the expense of maintaining a combat-credible battlefleet.[i] It is true that the French Navy’s administration suffered from superfluous bureaucratic inefficiencies and ill-considered policies before the Jeune École entered the scene, and that their overall fleet suffered accordingly.[ii] All the same, the movement most definitely made this bad situation much worse.
Even so, it is fair to ask whether historical criticism of the Jeune École has been excessive. Some of their ideas, after all, were not completely imprudent for their times or were otherwise quite predictive of future warfare. Was pursuit of change radically and prematurely their central mistake?[iii]
Certainly, the Jeune École foresaw large-scale oceanic commerce-raiding by independently-operating warships. As submarines matured during the early 20th Century, their superior ability to strike at will and then hide from pursuers allowed them to take over the commerce-raiding role from cruisers. Germany’s submarine campaign against British commerce during the First and Second World Wars, as well as America’s submarine campaign against Japanese commerce during the Second World War, represented aspects of Guerre de Course strategy.
However, the German and American campaigns disprove the Jeune École’s assertion that coercive economic warfare alone would inevitably lead to the strategic defeat of a maritime-dependent nation. While severely damaging in both World Wars to Britain’s war economy, the two German campaigns failed in no small part due to Germany’s inability to project other forms of maritime power into the Atlantic in support of its submarines. As a result, the allies were eventually able to command the surface of the Atlantic in both wars and the air above it in the Second World War. In both cases, the allies gradually reduced the German undersea threat to operationally acceptable levels by evolving anti-submarine doctrine and tactics through practical experience, developing increasingly effective anti-submarine sensors and weapons, and exploiting the German naval communications network’s vulnerabilities. It also must be noted that Germany’s strategically tone-deaf resumption of unrestricted submarine warfare in the First World War resulted in horizontal escalation—America’s entry into the conflict on Britain’s and France’s side—that ultimately led to Berlin’s defeat.
In the American Guerre de Course example, the U.S. Navy fast carrier task force’s advance across the Pacific arguably provided increasing amounts of indirect combined arms support to their submariner brethren over time by occupying the attention of Japanese naval resources that theoretically could have been assigned to convoy defenses or submarine-hunting groups. Although the Imperial Japanese Navy showed little interest in protecting convoys from submarines during the war, an absence of the U.S. Navy carrier threat in the Central Pacific after 1942 might have provided room for reallocating some Japanese fleet assets to anti-submarine tasks as Japanese merchant vessel losses mounted.
Nonetheless, neither the German nor American commerce-raiding cases directly resulted in a targeted nation’s capitulation; in the American case it was a prominent contributing factor to Japan’s surrender but not decisive on its own. As Clausewitz suggested, a nation’s will to fight is influenced by far more factors than just economics or the availability of war materiel. Human passions such as honor and fear, not to mention political leaders’ valuations of what they believed was at stake, maintained the British and Japanese wills to resist long after ‘rational sense’ might have suggested otherwise. Conventional sequential campaigns aimed at destroying or neutralizing the adversary’s fielded military forces were therefore essential to political objective attainment—something the Germans were unable to accomplish in either World War against Britain and the U.S. successfully achieved against Japan. The Jeune École, not to mention scores of strategic coercion theorists who followed them, failed to grasp these principles.
Jeune École maritime strategy suffered from another critical point of failure: dependence upon the adversary compliantly exposing its ships of the line to torpedo boat attack. Per the movement’s strategic concept, commerce-raiding cruisers’ ability to break out into the open ocean depended upon the flotilla’s ability to disrupt or destroy the adversary battlefleet’s blockade of French ports. Yet, the flotilla could hardly be expected to achieve this if the adversary’s blockade was distant rather than close, or if the adversary used torpedo boat catchers and other lower campaign-value combatants to defend ships of the line in depth against attacks. Failure to break a blockade would be especially likely if there was little left of a functional French battlefleet to entice or compel the adversary’s heavier forces into seeking major battle.
Much the same can be said of the Jeune École’s general theories on fleet structure and doctrine. With respect to cruiser Guerre de Course, the Jeune École’s embrace of the torpedo as a wonder-weapon blinded them to fact that France’s lack of overseas coaling stations rendered the entire commerce-raiding concept operationally unexecutable unless cruisers’ onboard coal storage capacity was drastically expanded. The Jeune École’s failure to perform even rudimentary campaign-level analysis by examining the oceanic distances involved in interdicting British trade routes (and their apparent devaluing of the traditionalists’ arguments along these lines) contributed to the production of underarmed cruisers that lacked the requisite endurance.    
As for torpedo boat operations, Aube’s belated fleet experiments revealed battleships’ superior strategic mobility and torpedo boats’ vastly inferior seakeeping made flotilla operations far more difficult than the Jeune École originally thought (with the same even more true for the bateau-cannon gunboat). Their fixation on ship size, obsession with a single weapon system, and distraction by ideology led them to discount combined arms applications of large and small combatants that could strengthen—or parry—torpedo boat attacks. The Jeune École likewise overrated torpedo performance, completely neglected other naval technology developments that could disrupt or destroy torpedo boat attacks, and ignored the possibility that torpedo evasion tactics for ships of the line might be developed.
Their cardinal lapse in this regard, of course, was their implicit assumption that adversaries were incapable of adaptation and innovation. It followed that although torpedoes and torpedo boats remained fearsome weapons in coastal operations, France’s competitors discovered the risks they posed could be managed through doctrinal, tactical, and technological evolution.
Nevertheless, the fact that this evolution took some time did have some strategic consequences. 19th Century British international deterrence and compellence strategies depended on the Royal Navy’s ability to blockade an enemy coast or otherwise project power ashore from the sea. The Jeune École’s ideas severely threatened these strategies’ credibility for roughly a decade until the Royal Navy improved its anti-torpedo boat defenses and torpedo boat performance limitations became more widely understood.
This closely parallels the situation today, in which the U.S. Navy and its allies continually strive to find ways to counter potential adversaries’ employment of torpedo boats’ descendants. Anti-ship cruise missiles and torpedoes carried by fast attack craft, aircraft, and submarines are analogous to the Whitehead. Autonomous mines also can be traced in part to the early torpedo. One might even extend this logic to apply to land-based anti-ship missile forces, whether cruise or ballistic. All these weapon systems can credibly threaten a superior maritime power.
However, credibility varies based upon demonstrated capability over time—it is not a constant. The Jeune École’s technological determinism led them to believe torpedoes were a permanently decisive weapon against large warships, and they used their political influence to alter French Navy procurement efforts and force structure accordingly. They should have known better. Military history is defined by the never-ending struggles between offense and defense that are bounded by the laws of physics as well as combat’s fog and friction. No new combat measure exists long before a vulnerability is discovered and at least one if not more countermeasures (whether technological, tactical, or doctrinal) are devised, which is exactly what the Royal Navy eventually did. This is why constant military innovation is so critical to sustaining a nation’s warfighting edge.
Innovation, though, must be disciplined. Radically changing force-level doctrine and committing to dramatic procurement policy shifts in the absence of rigorous precursor analysis and experimentation, not to mention without first demonstrating the relative maturities and real-world performances of the new technologies these changes rely upon, invites strategic, operational, and budgetary disasters. It is one thing to introduce new technologies and methods in an incremental fashion to provide even a low level of additional capability options to a force, as this promotes iterative improvement of the technologies, phased and orderly retirement of older technologies as they reach actual obsolescence, and doctrinal and tactical experimentation. It is another thing to rapidly gut an existing force by wholesale replacement of technologies and methods that are not yet obsolescent with immature technologies and methods. The Jeune École took the latter path. Its dogmatic agitation for rapid revolutionary change—a ‘shoot then aim’ approach, if you will—contradicted their professed adherence to ‘scientific’ thinking. France’s naval clout paid the price.
Yet, the Jeune École’s oversights and failures did not originate from their pursuing change prematurely and radically. These were mere symptoms of the underlying source of the movement’s failures: undisciplined, hubristic reasoning. Our review of the Jeune École’s story indicates Aube was just as guilty of arrogantly simplistic thinking as Charmes and the movement’s other voices. Indeed, the famous statement by a Jeune École supporter that “Let us be better, if that be possible, but in any case we must be different, in the adaptation to rejuvenated methods of war, of new engines, judiciously conceived and rapidly executed” beautifully captures the movement’s intellectual overconfidence, technological determinism, and zeal for seeking ‘change for change’s sake.’[iv] As the great Irish-British philosopher and politician Edmund Burke would likely have argued, the Jeune École enthusiast’s preceding statement is based around the fundamentally flawed idea that the ‘new’ is always superior to the ‘old,’ and as such the ‘old’ should be replaced by the ‘new’ wherever ‘reason’ dictates. To make such an assertion without dispassionate due diligence in examining why something ‘old’ was originally developed, exploring whether the functions it serves or wisdom it imparts remain valid, weighing the expansive potential second and third-order effects of a change, and considering the prospects for evolving the ‘old’ by integrating it with experimentally-validated elements of the ‘new’ (as opposed to tearing the ‘old’ down indiscriminately), is the apex of folly. Disciplined analysis and experimentation might very well reveal legitimate reasons to discard the ‘old’ in favor of the ‘new,’ but one’s process for arriving at such a conclusion—including the judicious application of humility to moderate that conclusion—represents the primary safeguard against prematurity and overreach.
There are at least five basic ways the Jeune École’s hubris resulted in easily-triggered failure conditions being incorporated within their theories. First, Aube, Charmes, and their associates viewed incredibly complex human interactions such as war and economics through a deterministic lens; they did not allow for the human certainty of misinterpreting or incompletely understanding the sublime. Second, they refused to account for mankind’s passions and adaptivity. Third, they attempted to take things that were true under specific circumstances, such as torpedo boats’ effectiveness against larger warships in certain coastal warfare scenarios, and extend them as universal laws. Fourth, as they made no effort to address the traditionalists’ valid criticisms, the Jeune École’s intellectual haughtiness and ideological fervor deprived them of opportunities to recognize and correct the major gaps in their logic. Lastly, they pursued ‘blind’ change—that is, revisions to the existing order without the benefit of testing their ideas in advance. Granted, it was impossible for them to test much of their Guerre de Course concept outside the cauldron of war, but it was completely within their reasoning ability to admit it was at least possible their economic coercion concept might not work and that other forms of naval force—and force structure—would be needed as a hedge. Furthermore, it was definitely within their ability to test their torpedo boat concepts in fleet experiments before wielding their political influence to upend French naval procurement. Aube did direct such experiments after he became Minister of the Marine, did deemphasize the bateau-cannon after its failures during testing, and did not personally advocate that torpedo boats were suitable for independent operations on the high seas.[v] Nevertheless, that does not excuse him from his original move to freeze battleship construction and begin massive purchases of torpedo boats despite the absence of experimentally-obtained supporting evidence. Nor does it excuse him from his tacit failures to rein in or at least add public caveats to Charmes’s torpedo boat advocacy.
It follows that the Jeune École predicted several major aspects of future maritime warfare in spite of their analytical methodology, not because of it. Their foresight may be a triumph of imagination, but we must remember that their movement neither sought to predict what might be possible in the future, nor sought to develop and advocate a policy path towards making their visions practicable over time. Instead, the Jeune École sought to implement their ideas in their own era at any cost regardless of the extant strategic, economic, and technological circumstances. The early 21st Century’s most radical advocates for discarding ‘traditional’ combined arms force structure elements wholesale in favor of emerging technology-based wonder-systems, as opposed to incremental evolution of the ‘old’ through disciplined and complementary introduction of the ‘new,’ echo the Jeune École. The same is true of those who argue that networked sensors can and will provide a nearly-omniscient picture of a battlespace that an opponent cannot hope to counter. Needless to say, there is also a straight line from the Jeune École to contemporary advocates of ‘effects-based’ coercive strategies rooted in determinism.
The Jeune École did get one major thing right, though, as their rise to power demonstrates to us the importance of a military communicating effectively with the public it serves. The political and economic environment in 1880s France certainly made it difficult for the Admiralty to gain or retain popular support. All the same, it does not appear the Admiralty even tried to widely publicize their arguments in favor of a strong and balanced fleet using terms that were comprehensible by—and resonated within—their needed audience. In contrast, the Jeune École succeeded in large part because they were more able and willing than the Admiralty to engage French policy elites, opinion elites, and the general public. Although Jeune École egalitarianism and scientism were greatly attractive within French society of that era, had the Admiralty conducted fleet experiments focusing on torpedo boat operations earlier it might have gained enough concrete evidence to moderate Aube and discredit Charmes before too much damage was done. In ceding the narrative battle to the Jeune École, the Admiralty demonstrated the old maxim that ‘silence is concurrence.’
There’s a lesson to be learned from the French Admiralty’s public outreach failures. Debate over a military service’s missions, strategic concept, doctrine, and force structure is healthy and necessary in a democracy. There will always be influential voices, whether reasoned or polemical, criticizing a service’s path. A service’s leaders and their allies must be willing to clearly, credibly, publicly, and routinely explain the logic of the service’s plans and policies. They must not let hollow arguments levied against the service’s positions go unanswered.  If they do not do these things, and cannot adequately defend their requests for a share of the nation’s resources, then they risk losing the tacit support of their service’s most powerful advocates: the voting public. We are wise to remember this in our own difficult political and economic times.



[i] Ropp, 178-180, 257-259.
[ii] Halpern, 37.
[iii] Erik J. Dahl. “Net-Centric Before its Time: The Jeune École and Its Lessons for Today.” Naval War College Review 58, No. 4 (Autumn 2005), 123-125.
[iv] Ropp, 165-166.
[v] See 1. Dahl, 122-123; 2. Røksund, 79.


The views expressed herein are solely those of the author and are presented in his personal capacity. They do not reflect the official positions of Systems Planning and Analysis, and to the author’s knowledge do not reflect the policies or positions of the U.S. Department of Defense, any U.S. armed service, or any other U.S. Government agency.
 

Friday, June 26, 2024

Microbes Against the Giant: The Maritime Strategy of the Jeune École, Part V

The French Battleship Hoche, circa 1886 (Courtesy Wikimedia Commons)


For previous installments, see Parts I, II, III, and IV


The Testing of Jeune École Theory

Aube’s 1886 appointment as Minister of the Marine signified the political victory of the Jeune École and its allies over the traditionalists. However, despite the passionate debates of the early 1880s, neither side could point to experiments in the operational fleet that proved or disproved Jeune École theories. Aube aimed to change this.   
In February 1886, Aube dispatched several torpedo boats from Atlantic ports through the Straits of Gibraltar to Toulon in order to test their long-range seaworthiness during rough winter seas. All the boats arrived safely in Toulon, but some of the boat Commanding Officers reported their crews endured severe seasickness and exhaustion at times from being battered by the winter seas. Meal service and sleep were similarly difficult. Hull vibrations caused by the boats’ engines further added to the crews’ woes. Several of the Commanding Officers reported that torpedo boat operations at sea could not be sustained beyond two to three days of rough weather, after which the crews would require recovery periods in port. For his part, Aube interpreted the report’s negatives as “problems to be solved” that did not detract from this proof-of-concept demonstration’s success.[i]
And yet, there was no getting around the number of portcalls the boats had to make during their transit in order to resupply as well as provide their crews some rest. Nor was there any getting around the Commanding Officers’ recommendations regarding the maximum practicable duration of a torpedo boat underway period.[ii] This essentially invalidated the Jeune École oceanic concept of operations for torpedo boats, raised questions about boat squadrons’ ability to rapidly concentrate over long distances for coastal defense in difficult weather, and suggested that even medium sea states rapidly decayed boat crews’ combat readiness.
Experiments involving torpedo boat firing performance were similarly disappointing. As opposed to Charmes’s belief in torpedoes’ near-perfect hit probabilities, test results indicated that well-aimed Whiteheads fired at a range of 400 yards would at best hit a moving target only 33% of the time.[iii] This was a significant performance improvement from the first-generation Whiteheads and more than justified their combat utility. Nevertheless, it fell well short of the performance level the Jeune École expected.
During the summer of 1886, Aube conducted France’s first ever exercise involving its entire Navy. All of France’s torpedo boats transited to the Mediterranean for a series of four battle events against the battleship fleet. The first event tasked the torpedo boats with defending Toulon from bombardment by the battleship line. The second aimed at evaluating torpedo boats’ abilities to disrupt a battleship blockade and thereby support port breakouts by commerce raiders. The third looked at torpedo boats’ abilities to challenge battleships attempting to transit a strait. The final event examined torpedo boats’ abilities to raid battleships anchored at a forward operating base.[iv]
Results were mixed for the Jeune École. The torpedo boats failed to prevent simulated bombardment of Toulon in the first event, in part due to heavy seas. The port breakout exercise was more promising. Although the event umpires judged that the blockade line sunk the light cruiser as it tried to escape, the torpedo boats were assessed to have reached attack range on battleships 126 times. Twenty-one of these approaches were evaluated as excellent firing runs, with eight of these approaches involving torpedo boats penetrating extremely close to battleships before being detected.[v] This validated torpedo boats’ disruptive effects on a close blockade and suggested that given supportive weather conditions, small warships could menace if not deny enemy attempts at controlling the terminal approaches to a port.
The third and fourth exercises faired worse for the Jeune École. In event three the battleships conducted a nighttime straits transit, and although they kept their navigation lights illuminated they were never approached by the torpedo boats.[vi] Aube and his staff tried to explain that the results were not representative of torpedo boats’ potential, as many of the boats were not capable of “autonomous” operations and suffered from faulty compasses to boot. Those that were “autonomous-capable,” Aube claimed, experienced no such problems and as such hinted at what a boat flotilla might achieve if properly outfitted.[vii] 
Event four began with the battleship anchorage location’s disclosure to the torpedo boats. However, poor weather delayed the torpedo boats’ departure from Toulon for two days, and even then only twelve of the larger boats along with two cruisers and a coastal defense ship actually sortied. The seas forced half the torpedo boats to turn back, and one additional boat suffered an engineering casualty just prior to the attack. Those that actually arrived at the target anchorage after the twelve hour transit suffered from crew exhaustion and their squadron commander doubted that they retained any ability to press an effective attack.[viii] While there was some debate between Aube’s staff and the Commander in Chief of the Mediterranean Fleet regarding the actual combat readiness and efficacy of the boats once they arrived on scene, it was obvious even to Aube’s staff that the event had not gone well for the boats. Aube’s Chief of Staff was left to argue that “pride and self-respect” would enable a torpedo boat crew to function under such arduous conditions.[ix]
Similar exercises were conducted the next year. In the 1887 events, 32 torpedo boats, 3 light cruisers, and a coastal defense mothership failed to prevent the Mediterranean battleship squadron from transiting the Balearic Passage. What’s more, the battleships were judged to have sunk most of the torpedo boats and their mothership at standoff range. Some torpedo boats failed to transit from their starting points in time to intercept the battleships despite cueing. The Commander in Chief of the Mediterranean Fleet observed after these exercises that the boats were only effective when operating in groups or otherwise supported by larger warships. Even then, he noted, torpedo boat concealment until the moment of attack was critical to their success.[x] One suggested tactic was for torpedo boats to hide behind friendly ships of the line during a melee until the gunfire smoke became thick enough for a torpedo boat charge.[xi]
These two years of experiments confirmed that torpedo boats could provide the battlefleet with powerful new tools for port defense and other sea denial missions under specific operational conditions. As one ought to have expected, torpedo boat effectiveness in a given situation depended heavily on visibility conditions, sea conditions, required transit distances and times, coordination with larger warships, coordination with other torpedo boats, and concealment before attack. The experiments confirmed Grivel’s wisdom from a decade earlier that successful Guerre de Course and coastal defense demanded a balanced fleet consisting of both heavy and light warships.
The experiments had the additional effect of restoring credibility to the traditionalists. The embarrassing failure of the bateau-cannon during operational testing also contributed to this, as the gunboat’s small size denied it the necessary stability for accurate firing.[xii] The Admiralty argued that Jeune École doctrine failed to account for seakeeping as demonstrated by the fleet experiments’ documented results. They also noted that new technologies offered barriers against effective torpedo attack.[xiii] Across the English Channel, the Royal Navy worked to prove the traditionalists correct.

The Royal Navy’s Response

The Royal Navy’s delayed transition to steel meant that its naval gun designs of the 1870s barely improved upon earlier capabilities. Most Royal Navy guns of this era were iron muzzle-loaders configured for close-in broadsides; they lacked the accuracy for engagements at longer ranges. Krupp’s all-steel breech-loading gun designs of the 1870s rendered the Royal Navy’s arsenal obsolete, particularly after steel guns were paired with shaped grain propellants offering higher muzzle velocities.[xiv] The Royal Navy’s delay in adopting steel meant that its capital ships’ sides were not heavily armored, leaving them especially vulnerable to the impact-fused Whiteheads.[xv]
Already stung by its vulnerability to the new weapons, Royal Navy fears were amplified by Aube’s provocative new ideas and anti-Anglo rhetoric. Around 1885, the Royal Navy shifted its procurement priorities in response to the Jeune École threat as well as increasing tensions with Russia. In doing so, it benefited greatly from that fact that quick-firing naval gun technologies had matured rapidly since the mid 1870s. By the time the Royal Navy sought its first anti-torpedo boat weapons, light and medium caliber gun systems available on the open market could be readily trained on a maneuvering target and sustain up to fifteen rounds a minute out to 2,000 yards, well beyond the maximum range of a Whitehead. Steel torpedo nets lowered over a warship’s side into the water offered protection while at anchor or transiting at speeds under 7 knots. Electric searchlights could deny approaching boats the cover of night. However, Royal Navy experiments showed that gunsmoke still degraded guncrews’ visibility, anxious guncrews often fired at shadows cast by searchlights, the area illuminated by a single searchlight remained limited, and torpedo nets constrained ship maneuvers as well as denied crucial speed when trying to intercept commerce raiders.[xvi] Although the 1887 introduction of high-energy smokeless powder in the Royal Navy helped address the gunsmoke problem, its ships of the line still needed increased maneuver and engagement space for torpedo defense.[xvii]
HMS Rattlesnake, circa 1886 (Courtesy Wikimedia Commons)


In 1885, the Royal Navy began constructing “torpedo boat catchers” armed with quick-firing guns to defend blockading squadrons against enemy torpedo boats. These warships provided the Royal Navy with its first defense-in-depth against the torpedo boat threat, allowing the fleet to engage or disrupt enemy boats well outside maximum Whitehead range. The 550 ton Rattlesnake-class torpedo boat catchers featured a breech-loading 5” gun, six 3-pound quick-firing guns, and four torpedo tubes. Unfortunately, their top speed of 19.25 knots barely allowed them to keep pace with their prey. Torpedo boat catchers and torpedo boats also shared similar stability and engine vibration issues.[xviii] Nevertheless, torpedo boat catchers and the fleet’s other new ship self-defense technologies of the 1880s presented new risks to torpedo boats that the Jeune École had not accounted for and could not ignore.

HMS Orlando, circa 1897 (Courtesy Wikimedia Commons)

The Royal Navy achieved greater immediate success countering the Jeune École light cruiser threat. Seven armored cruisers of the 5,600 ton Orlando class were laid down beginning in 1885. Orlandos were designed to carry large amounts of coal for long-range shipping lane defense missions and could steam up to 18 knots.[xix] These were followed by the two hulls of the 9,150 ton Blake class protected cruisers in 1888. Blakes could achieve speeds in excess of 21 knots and also possessed exceptional coal-carrying capacity.[xx] Forty-two additional cruisers were built under the 1889 Naval Defence Act, including nine 7,300 ton Edgar class protected cruisers designed for long-range trade defense and thirty-three 3,500 ton cruisers of various classes optimized for trade defense closer to the British Isles. This tally of new British cruisers dwarfed the handful of commerce raiders received by the French Navy during the same period.[xxi] Furthermore, the Royal Navy cruisers had greater range, better armament, and generally better speed than their French counterparts.

Tomorrow, the conclusion: were the Jeune École visionaries to emulate or ideologues to deride?



The views expressed herein are solely those of the author and are presented in his personal capacity. They do not reflect the official positions of Systems Planning and Analysis, and to the author’s knowledge do not reflect the policies or positions of the U.S. Department of Defense, any U.S. armed service, or any other U.S. Government agency.
 




[i] See 1. Ropp, 175-176; 2. Røksund, 65-67, 77-79. Of note, Røksund argues that Ropp came to incorrect conclusions regarding the Toulon voyage’s demonstrated results. Røksund notes that the relevant portions of the French Navy’s archives were not accessible when Ropp conducted his research, and as such Ropp never saw the full set of after-action reports from the torpedo boats’ Commanding Officers. Røksund highlights quotes from these reports that suggest the Commanding Officers believed their boats’ difficult habitability conditions in rough seas could be overcome through crew conditioning and the addition of a dedicated navigation officer. However, Røksund later states that many of the Commanding Officers’ reports also recommended that a torpedo boat operation’s duration needed to be capped at only a few days in order to avoid burning up crews. This contradicts the argument that crew conditioning could fully compensate for the habitability challenges. As such, Røksund shows that Ropp’s conclusions about the voyage’s demonstrated results were essentialy correct even though Ropp lacked access to the full reports. Røksund lastly asserts that however positively Aube may have spun the voyage results in public, the Minister’s private conclusions were far more restrained and humbling.
[ii] Røksund, 77-79.
[iii] Ropp, 175.
[iv] Ibid, 176.
[v] Ibid, 176-177.
[vi] Ibid, 177.
[vii] Røksund, 70-71.
[viii] See 1. Ropp, 177; 2. Røksund, 71-72. Of note, Ropp attributes the commander’s assessment summarized in this paragraph to the torpedo squadron’s Commanding Officer while Røksund attributes it to the Commander in Chief of the Mediterranean Fleet. Both historians used the same lecture by a French Navy Captain in 1898-1899 as their source. Interested future archival researchers may want to clarify which commander’s assessment was quoted in the lecture, as the data point must be viewed as containing greater bias if it came from the Fleet commander and not the squadron commander. Unless this question is definitively resolved in future research, my assumption is that the assessment came from the squadron commander because Røksund later notes that the Fleet commander argued to Aube’s Chief of Staff that the seas during this exercise were not rough.
[ix] Røksund, 72.
[x] See 1. Ropp, 177-178; 2. Røksund; 72-73, 87. There appears to be some confusion as to when this exercise actually occurred. Røksund describes a fifth event in the 1886 summer exercise whose tactical scenario closely matches the description of the exercise Ropp attributes to 1887. However, Røksund does not provide sourcing for his discussion of the fifth 1886 event whereas Ropp provides sourcing for the 1887 date. Ropp also asserts there were only four events in the 1886 summer exercise. To confound matters further, Røksund later states that the French Navy did not conduct a major fleet exercise in 1887. Though these differences are minor in the scheme of things, and there may very well have been two separate exercises with similar tactical scenarios, future researchers consulting the relevant French Navy archives may want to resolve the discontinuity nonetheless.
[xi] Sondhaus, 145.
[xii] Ropp, 174.
[xiii] Walser, 22.
[xiv] McNeill, 264-265.
[xv] Sondhaus, 143.
[xvi] Ropp, 137-138, 208.
[xvii] Sondhaus, 156-157.
[xviii] Eric W. Osborne. Destroyers: An Illustrated History of Their Impact. (Santa Barbara, CA: ABC-Clio, 2005), 29-31.
[xix] Anthony J. Watts. The Royal Navy: An Illustrated History. (Annapolis, MD: U.S. Naval Institute Press, 1994), 59-60.
[xx] Sondhaus,143-144.
[xxi] Ropp, 208.