Military History Visualized
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» SOURCES & LINKS «
Kuehn, John T.: “The war in the Pacific, 1941-1945”; in: Cambridge History of the Second World War, Volume 1
Amazon.com (affiliate): http://amzn.to/2g82o9aDull, Paul S.: The Battle History of the Imperial Japanese Navy.
Amazon.com (affiliate): http://amzn.to/2gPBxhJGermany & The Second World War – Volume VI
Amazon.com (affiliate): http://amzn.to/2g85hqtDas Deutsche Reich und der Zweite Weltkrieg, Band 6.
Amazon.de (affiliate) http://amzn.to/2gc49RaZimm, Alan D. The Pearl Harbor Myth
http://www.historynet.com/pearl-harborZimm, Alan D. Attack on Pearl Harbor: Strategy, Combat, Myths, Deceptions.
Amazon.com (affiliate): http://amzn.to/2gc0LWk» ADDITIONAL LINKS «
Maps
http://pacificwarbirds.com/pearl-harb…https://spotlights.fold3.com/2011/12/…
Verifying the Submarine loss
https://www.history.navy.mil/research…http://www.combinedfleet.com/I-70.htm
Bonus Link (not used): Original Damage Reports
https://archive.org/download/WorldWar…» CREDITS & SPECIAL THX «
Song: Ethan Meixsell – “Demilitarized Zone”» DISCLAIMER «
Amazon Associates Program: “Bernhard Kast is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to amazon.com.”Bernhard Kast ist Teilnehmer des Partnerprogramms von Amazon Europe S.à.r.l. und Partner des Werbeprogramms, das zur Bereitstellung eines Mediums für Websites konzipiert wurde, mittels dessen durch die Platzierung von Werbeanzeigen und Links zu amazon.de Werbekostenerstattung verdient werden können.
December 7, 2019
Pearl Harbor – The Japanese Attack
December 2, 2019
China Rules the Seas – The Invention of the Junk l HISTORY OF CHINA
IT’S HISTORY
Published 19 Aug 2015Imperial China was a great seafaring nation. With the invention of the junks — massive, nearly unsinkable ships — it is safe to say that by the 14th century China had the best sea vessels in the world. The invention of the compass made navigation trustworthy as never before and Admiral Zheng He’s treasure fleet eagerly explored the Seven Seas. The first Chinese navy also depended on the mighty junk for their fighting tactics. But not all emperors were convinced of seafare and so the Chinese maritime power ended somewhat abruptly, giving the rest of the world time to catch up. Learn all about China on the water on IT’S HISTORY.
» The Complete PLAYLIST: http://bit.ly/HistoryOfChina
» SOURCES
Videos: British Pathé (https://www.youtube.com/user/britishp…)
Pictures: mainly Picture Alliance
Content:
“Hadingham, Evan (2001): Ancient Chinese Explorers: http://www.pbs.org/wgbh/nova/ancient/…
Needham, Joseph (1986): Science and Civilization in China, Volume 4, Physics and Physical Technology, Part 3, Civil Engineering and Nautics. Taipei”» ABOUT US
IT’S HISTORY is a ride through history – Join us discovering the world’s most important eras in IN TIME, BIOGRAPHIES of the GREATEST MINDS and the most important INVENTIONS.» CREDITS
Presented by: Guy Kiddey
Script by: Martin Haldenmair
Translated by: Guy Kiddey
Directed by: Daniel Czepelczauer
Director of Photography: Markus Kretzschmar
Music: Markus Kretzschmar
Sound Design: Bojan Novic
Editing: Markus KretzschmarA Mediakraft Networks original channel
Based on a concept by Florian Wittig and Daniel Czepelczauer
Executive Producers: Astrid Deinhard-Olsson, Spartacus Olsson
Head of Production: Michael Wendt
Producer: Daniel Czepelczauer
Social Media Manager: Laura Pagan and Florian WittigContains material licensed from British Pathé
All rights reserved – © Mediakraft Networks GmbH, 2015
November 29, 2019
England’s early search for new markets
In the latest installment of Anton Howes’ Age of Invention, he looks at the multiple crises that afflicted England in the mid-sixteenth century and some of the reactions to those setbacks:

Ships from the period of John Cabot (Giovanni Caboto) and Jacques Cartier.
Illustration by Thomas Wesley McLean (1881-1951) via Wikimedia Commons.
From the 1540s through to the 1560s, [England] was beset by religious uproar, high inflation, hunger, rural and then urban unemployment, a fall-off in its major export trades, and widespread unrest. It was diplomatically isolated too. And I did not even mention the epidemics: the terrifying “sweating sickness” returned in 1551, deadly influenza swept the country in 1557, and in 1563 some 17,000 people in London were reportedly killed by the plague.
Yet, in the face of such problems, innovation in England began to pick up pace. The country, having once been a scientific and technological backwater, began to show signs of catching up. Why?
[…] The fall-off in trade with Europe, for example, seems to have had something to do with spurring the voyages of exploration in search of a north-west and north-east passage to the East Asia. Having lost Antwerp as a place to sell cloth in 1551, the English went in search of an arctic route to northern China and Japan. The expert geographers believed that those regions had a similar climate to that of Antwerp and the surrounding Netherlands, and so reasoned that the Japanese would therefore demand the same kinds of cloth. Although the English expeditions from 1553 onwards did not find a passage to Japan, they did establish trade routes with Russia via the White Sea, and they began to more actively consider the exploration and colonisation of North America. More importantly, with those voyages of exploration came greater experience of navigation, and it was not long before English ships were circumnavigating the globe (Francis Drake in 1577-80). Improvements to navigational techniques and instruments, as well as the ships themselves followed.
So it is tempting to think that necessity was initially the mother of invention, and that the many navigational and shipbuilding improvements of late-sixteenth-century England were its result. But I don’t think that this narrative quite works. I do not believe that necessity was the mother of invention.
For a start, voyages of navigation had already been attempted a number of times, long before the more successful ones in the early 1550s. The first explorers had reputedly gone west from Bristol in 1465, and certainly from 1480. And soon after the announcement of Columbus’s discoveries in the 1490s, the Venetian Zuan Chabotto (aka John Cabot), had sailed from Bristol with Henry VII’s blessing and claimed Newfoundland for both crown and Catholicism. Cabot had even hoped to found a penal colony on his second voyage in 1497, though for some reason the king did not provide the criminals. Throughout the early sixteenth century, the voyages continued. John Rastell, brother-in-law to Thomas More, the famous statesman and author of Utopia, in 1517 went in search of a north-west passage (though he never got beyond Ireland, because his crew decided it would be better to leave him there and sell the ship’s cargo in Bordeaux). Yet another voyage went west with Henry VIII’s support in 1527, but it mostly just found other Europeans — fishing fleets from Spain, Portugal, and France off the coast of Newfoundland (the English had made some catches there in the early 1500s, but apparently could not compete), and the Spanish everywhere else. The expedition made its way down to the Caribbean and then went home, with little to report. So people had already gone off exploring, long before the mid-sixteenth-century English commercial crisis. It suggests that there had already been both a latent supply and demand for such explorations.
November 20, 2019
The Sinking of the Royal Oak
Eoin MacFreeman
Published 19 Sep 2014STV and History channel documentary to coincide with the 70th anniversary of the sinking of HMS Royal Oak at Scapa Flow in Scotland. With harrowing eye witness accounts from survivors. Narrated by oor Alex Norton. We will remember them.
On 14 October 1939, Royal Oak was anchored at Scapa Flow in the Orkney Islands, Scotland, when she was torpedoed by the German submarine U-47. Of Royal Oak‘s complement of 1,234 men and boys, 833 were killed that night or died later of their wounds. The loss of the old ship – the first of the five Royal Navy battleships and battlecruisers sunk in the Second World War – did little to affect the numerical superiority enjoyed by the British navy and its allies, but the sinking had considerable effect on wartime morale. The raid made an immediate celebrity and war hero out of the U-boat commander, Günther Prien, who became the first German submarine officer to be awarded the Knight’s Cross of the Iron Cross. Before the sinking of Royal Oak, the Royal Navy had considered the naval base at Scapa Flow impregnable to submarine attack, and U-47‘s raid demonstrated that the German navy was capable of bringing the war to British home waters. The shock resulted in rapid changes to dockland security and the construction of the Churchill Barriers around Scapa Flow.
November 17, 2019
The three cycles of a naval ship’s career
Last month, there was some concern over the state of the Royal Navy’s current fleet, based on things the Secretary of State for Defence had said to the Commons Defence Select Committee:
While discussing the size of the navy, and the minister made a valid point that it is hard to go to the Treasury and argue for more new warships when the RN is unable to make full use of the vessels already in service. “If I had more of our current fleet working, then I would have much more freedom to deploy to meet some of our ambitions and tasks. I’ve made it very clear to the First Sea Lord one of my priorities is to get what we’ve got working” he said.
Unfortunately the Minister then rather confused the issue by stating that the RN has “only” 57 of its 76 surface ships available. This statement is technically true but it needs a great deal of context. It is only possible to reach the 76 figure by counting absolutely everything in commission that floats including the MCMVs, OPVs, Royal Fleet Auxiliary vessels, the hydrographic ships and the two small boats of the Gibraltar Squadron. 16 small unarmed P2000 patrol/training boats and inshore survey boat HMS Magpie are also included in this total. These vessels all have important roles to play but major surface combat vessels number just 23, even if both aircraft carriers and both LPDs are counted. Of that 23, about 10 are active at the time of writing. (HMS Queen Elizabeth (not yet fully operational) Albion, Defender, Dragon, Montrose, Kent, Argyll, Sutherland, Northumberland and Westminster)
In fact, 57 vessels “available” from a fleet of 76 would be very impressive. Any navy that has 75% of its ships ready for operations would be doing exceptionally well. But it rather depends on your definition of “available” as ships are in constant cycle at differing levels of readiness. A more normal approximate ‘rule of thirds’ would apply for most serious navies; a third on operations, a third preparing for operations, in transit, training or maintenance and a third at very low readiness in deep refit. This cycle is simply unavoidable, warships are highly complex pieces of engineering that are exposed to the harsh marine environment and must be maintained.
What Ben Wallace was really talking about is improving the readiness of the frigates and destroyers. As we have reported before, delays to the frigate LIFEX refits are contributing to lower than usual numbers of ships available. Currently, more than half of the frigate fleet are all either awaiting refit or undergoing refit at Devonport.

A view of Royal Navy ships at Devonport, 19th October 2019. (Top) HMS Monmouth out of routine and awaiting refit. (Middle) The depressing sight of the decommissioned nuclear submarine “flotilla” awaiting disposal, comprising more boats than are currently active. In the basin are (top) HMS Richmond, first of the frigates to receive new engines and (bottom) HMS St. Albans. HMS Portland, Somerset and Iron Duke are inside the covered refit complex to the right. (Left) alongside at No.1 Wharf is HMS Lancaster.
Photo by Andy Amor, originally posted at Save The Royal Navy, 2019-10-25.
November 16, 2019
The British army’s “Tractable” shows the continued importance of logistics
Sir Humphrey discusses the ongoing commitment of nearly a thousand British soldiers to Estonia, and how the logistics to get them and their equipment there illustrates a rarely discussed but critical military capability:
One of the most significant exercise commitments this year has been the British Army and “Tractable” (sometimes referred to as either “Op” or “Exercise” but without a title on the British Army website. This major undertaking has been running for some weeks now and has highlighted how the British Army continues to excel at undertaking large scale movements of units in order to be ready to conduct operations as required.
The genesis of Tractable was the need to rotate assets out of Estonia and send new vehicles from the UK in their place. It is often overlooked that the UK now has over 900 British Army personnel permanently stationed in Estonia as part of wider NATO work to help send a strong signal to deter aggression from nations like Russia – which given its recent history of attacking and invading other countries and acting in a remarkably uncivilised manner is certainly required.
[…]
This may sound an obvious and straightforward thing to say, but investment in logistical tail is rarely something that features in many peoples “fantasy Army ORBAT” threads that litter the internet. Most people focus on combat power, looking at how many tanks or self propelled guns an Army has and then considering what this means for its combat power from there.
For the British Army, the investment in heavy armour, APCs and artillery is important, but equally so is the important in assets like logistics enablers – the ability to lift by train or sealift in order to actually get the Army where it needs to be, and not stuck somewhere irrelevant. The purpose of Tractable has as much been to test that the Army can still do this well, and that the various enablers work as intended to deliver a force that can fight.
In practical terms this has meant a focus on areas that often get relatively little attention. For example the skills required to pull vehicles out of storage, conduct road and rail moves across Europe and then deliver them to Estonia are complex and perishable. There is a lot of work required to ensure that a train can be safely loaded with the right armoured vehicles and then sent through the Channel Tunnel for onwards travel.
This work often puts significant responsibility in the hands of very junior soldiers who are responsible for ensuring that millions of pounds of equipment is safely handled and put in place properly. One slip up could have huge consequences and potentially cost lives as well. It is only by practising this activity regularly that it can be done safely and effectively for real though.
In the case of Tractable what it has demonstrated is the critical importance of the Royal Logistics Corp to the wider British Army. While logistics may not be a supremely “sexy” subject to many people, being able to ensure that the Army has the right equipment, people and training to be able to do this sort of work is essential – without it, things would rapidly grind to a halt.
Similarly, Tractable has helped focus attention on other critical capabilities like strategic sealift. The use of the “POINT” class strat ro-ro ferry force to help move vehicles across the channel and into Emden (and then onto Estonia) has helped show how key these vessels are to British Army capability. Without them it would be much harder to do the complex business of deploying overseas. Here too we are also reminded of the critical importance of units like 17 Port and Maritime Regiment, one of the most unusual (and vital) units in the Army today, responsible for co-ordinating the sealift and deployment of vehicles around the globe.
Report on the collision that sank HNoMS Helge Ingstad last year
The Norwegian frigate HNoMS Helge Ingstad was eventually declared a total loss due to the damage from the collision and the resulting water damage as the ship sank near the Sture Terminal in November 2018. The first part of the report on the accident has been released:

HNoMS Helge Ingstad, a Fridtjof Nansen-class frigate commissioned in 2009.
Photo detail via Wikimedia Commons.
The frigate HNoMS Helge Ingstad and the tanker Sola TS collided in the Hjeltefjord in the early hours of 8 November 2018. The frigate had 137 persons on board with a mix of conscripts and permanent crew. A total of seven watchstanding personnel were present on the bridge, including two trainees. The tanker Sola TS was operated by the Greek shipping company Tsakos Columbia Shipmanagement (TCM) S.A. There was a total of 24 persons on board. The bridge was manned by four persons, including the pilot.
HNoMS Helge Ingstad sailed south at a speed of approximately 17–18 knots with the automatic identification system (AIS) in passive mode, i.e. no transmission of AIS-signal. The frigate’s bridge team had notified Fedje Vessel Traffic Service (VTS) of entering the area and followed the reported voyage. Sola TS had been loaded with crude oil at the Sture Terminal, and notified Fedje VTS of departure from the terminal. Sola TS exhibited navigation lights. In addition some of the deck lights were turned on to light up the deck for the crew who were securing equipment etc. for the passage.
In advance of the collision, Fedje VTS had not followed the frigate’s passage south through the Hjeltefjord. The crew and pilot on Sola TS had observed HNoMS Helge Ingstad and tried to warn of the danger and prevent a collision. The crew on HNoMS Helge Ingstad did not realise that they were on collision course until it was too late.
At 04:01:15, HNoMS Helge Ingstad collided with the tanker Sola TS. The first point of impact was Sola TS‘ starboard anchor and the area just in front of HNoMS Helge Ingstad‘s starboard torpedo magazine.
HNoMS Helge Ingstad suffered extensive damage along the starboard side. Seven crew members sustained minor physical injuries. Sola TS received minor damages and none of the crew were injured. Marine gas oil leaked out into the Hjeltefjord. The Institute of Marine Research has ascertained the effect of the oil spill had little impact on the marine environment.

HNoMS Helge Ingstad after grounding, 13 November 2018. Due to the steep nature of the seabed at the shoreline, the frigate slid down until it was almost totally underwater after initial grounding.
Photo via The Drive.
There is an embedded video with the report that neatly summarizes the series of events leading up to the collision.
November 12, 2019
Speculations on South Korean or Japanese F-35 deployment
Last week, Strategy Page considered the options available for both South Korea and Japan to convert some of their F-35 orders to F-35B variants which would allow operations from small helicopter carriers in service or in plan for both navies:

The Republic of Korea Navy amphibious landing ship ROKS Dokdo (LPH 6111) and the aircraft carrier USS George Washington (CVN 73) transit the Sea of Japan (July 27, 2010).
U.S. Navy photo by Mass Communication Specialist 3rd Class Charles Oki via Wikimedia Commons.
In October South Korea announced it was buying 20 more F-35 stealth fighters. There are already 40 on order and South Korea will have received 13 by the end of 2019. Those 60 F-35s will cost $9.7 billion and a decision still has to be made as to whether any of the second 20 will be the VTOL (Vertical Take-Off and Landing) F-35B version. The first 40 will all be the basic F-35A which just operates from land-based airfields. But South Korea has ships that F-35Bs could operate from.
By 2018 South Korea had two 14,500 ton Dokdo class large amphibious ships. These South Korea LPHs (Landing Platform Helicopter) are similar in appearance and operation to the larger American amphibious ships. The LPH flight deck can handle helicopters, as well as vertical takeoff jets like the F-35B. The Koreans deny that the ship will be used with these jets, but the capability is there. The LPH normally carries 720 combat troops and their heavy equipment. Dokdos also carry fifteen aircraft; two V-22 vertical takeoff transports and 13 helicopters. Marado, the second Dokdo, has a redesigned flight deck that can handle two V-22s at once instead of just one. In addition to a more powerful 3-D surveillance radar for tracking aircraft, Marado has to Phalanx anti-missile system.
South Korea is also planning to build one or more 30,000 ton ships that look like the Japanese DDH (destroyer helicopter carrier) and could handle a dozen F-35Bs. Neighboring Japan has already ordered some F-35Bs so that it can experiment with some of these aircraft aboard the existing Japanese DDHs. Since 2017 Japan has had two 27,000 ton “destroyers” (DDH type ships) that look exactly like an aircraft carrier. These Izumo class ships can carry up to 28 helicopters or up to ten vertical takeoff aircraft. The carriers are armed only with two 20mm Phalanx anti-missile cannon and launchers with sixteen ESSM missiles for anti-missile defense. The DDH have powerful engines capable of destroyer-like speeds of over fifty-four kilometers an hour. Izumo has considerable cargo capacity, which is intended for moving disaster relief supplies quickly to where they are needed. Apparently, some of these cargo spaces can be converted to carry additional weapons and equipment needed to support F-35B fighter-bombers. Izumo could carry and operate at least ten F-35Bs once modifications are made to the flight deck to deal with the extremely high temperatures the F-35B generates when taking off or landing vertically (like a helicopter). When the first DDH entered service in 2015 Japan made no mention of buying F-35Bs or modifying the LPH flight decks to handle the very high temperatures. The Izumos already have an elevator (to the hanger deck under the flight deck) powerful enough to carry an F-35B fighter.
Another factor that makes operating F-35Bs from an LPH or DDH possible is the availability of smart bombs and small air-to-ground guided missiles for warplanes. A LPH or DDH was not designed to haul a lot of munitions for aircraft but, the amount of smart bombs and missiles needed to make five or ten F-35Bs effective would not be large. These ships already carry a lot of fuel for helicopters and have space for maintenance gear to support many helicopters. South Korean and Japanese naval planners noted this when they suggested using LPHs and DDHs as platforms for F-35Bs.
October 31, 2019
A mathematical revolution in late medieval English ship design and construction
In the latest installment of Anton Howes’ newsletter on the Age of Invention, he discusses how geometry and mathematics helped transform late Medieval English shipbuilding:

An English ship of a slightly later period: this is a replica of the Susan Constant at the Jamestown Settlement in Virginia. The original ship was built sometime before 1607 and rented by the Virginia Company of London to transport the original settlers to Jamestown.
Photo by Nicholas Russon, March 2004.
Since about 1500, an Italian and Portuguese method of making ships had come into ever wider use in northern Europe. This was to construct the ship’s skeleton first, and then lay the planking around it. This contrasted with the older “clinker” method, by which the planks were laid from the keel upwards, with each plank slightly overlapping the one below – the rest of the skeleton was filled in later to strengthen it. The new “carvel” method, instead of having overlapping planks, allowed for a smooth hull. But it also required more planning.
The master shipwright had to first design full-sized templates, or frames, which were placed along the keel to determine the width and height of the hull, like cross-sections up and down the length of the ship. To the edges of these frames were then fixed ribbands — long, pliable boards running down the ship’s length. Altogether, the frames and ribbands formed a temporary, basket-like structure, to guide the moulding of the ship’s permanent hull around it.
But calculating the size of the frames at each point was tricky. After the placement of the first few, which might be pre-specified in size, the next ones along were typically determined according to the curve of the ribbands. Calculation was certainly involved, but it took place in the form or marking and adjusting the wood itself. Design and construction both took place in the shipyard, and through the medium of wood.
What Matthew Baker did in the 1570s was to take the design process out of the shipyard, and onto paper. He drew his ships, to scale. And by using pen and paper, with geometry to make such drawings possible, he opened up grand new possibilities for design. His process allowed him to jot down the latest innovations from the Mediterranean, to speculate about the designs of Noah’s ark and the ships of the ancient world, and to cheaply conduct his own experiments. He drew out new designs for frames, using geometry to work out how any variation would affect the overall shape of the hull, as well as its weight and carrying capacity – all at the cost of only time, ink, and paper, and avoiding the huge potential waste of conducting experiments at full scale in wood. His process allowed him to innovate more easily, and even to design new measuring instruments.
October 28, 2019
The Surrender of the Imperial German High Seas Fleet
Historigraph
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October 18, 2019
7 Brutal Days for the Kriegsmarine – Battle for Norway
iChaseGaming
Published on 9 Sep 2019The first few days of Operation Weserübung, the invasion of Norway, cost the Kriegsmarine‘s surface fleet dearly. While the invasion and occupation was successful the German Navy would be hampered for the remainder of the war.
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September 28, 2019
QotD: Ship availability in the Royal Navy
[T]he traditional metric of how a navy can deploy is that it requires a roughly 3:1 ratio to sustain a vessel on a task indefinitely — in very rough terms this means that when a ship is deployed on OP KIPION, her successor is nominated and working up through to being on passage to join her (e.g. HMS Daring saw HMS Monmouth sail sometime before being relieved). At least one more ship is going to be somewhere in the refit system requiring essential maintenance, upkeep and life extension work too. This 3:1 ratio is something which can be broken, and availability can vary over time — but as a general rule if you want to keep a ship on task for the long haul, you’ll need three ships to do this.
In the case of the current RN, the force of 19 hulls is actually 17, with two in long term “harbour training ship” (NOT reserve which has a specific and different meaning) roles to save on manpower levels. This means the RN is sweating its assets incredibly hard to keep ships on task for the long haul — particularly at a point when the T23 fleet is starting to show its age, and also go through a complex Mid Life Update process — at its simplest, ships designed for 18 years of life will be nearly 40 before they leave service, and it’s showing.
But, the risk is that in looking at the headline figure of “only” 6 escorts, we lose the ability to explain that this is actually pretty good by any navy’s standards. If you look at the world’s navies right now, there are very few which are able to deploy and sustain more than one or two ships at distance from home — the USN, occasionally the French and Russians and that’s about it. Others can do some quite impressive training deployments, more for showing the flag than delivering effect. Other navies may deploy escorts, but to do so occupies a big chunk of their naval training and output for the year to deliver this, at the hidden cost of keeping other ships alongside.
Don’t make the lethal mistake of assuming that because the RN “only” has 6 ships out there that every other navy is laughing at it. In fact the RN’s ability to sweat its force so hard remains a real point of awe for other nations, who are amazed at how much the RN can do at one time.
Sir Humphrey, “Lies, Damned Lies and Statistics”, Thin Pinstriped Line, 2017-07-09.
August 17, 2019
The “remarkably worthless” Sea Sparrow missile launchers on RCN Iroquois-class destroyers
Earlier this week, Tyler Rogoway posted a fascinating article about one of the original weapon systems installed on Royal Canadian Navy Iroquois-class destroyers. It was developed specifically for this class, and was eventually replaced with modern Mark 41 Vertical Launch Systems during the ships’ mid-life modernization refits:
From manually aimed box launchers, to automated ones like the Mk29 still in use today, to vertical launch variants, the Sea Sparrow was adapted for many different launching methods. Yet the strangest had to the one found on Canada’s Iroquois class. About seven years ago, someone who had worked with RIM-7s on U.S. Navy vessels told me about how nuts the Canadian launch system was that he had seen demonstrated in the late 1980s. In fact, he said it was so clumsy and slow reacting, that it largely defeated the main purpose of the missile system, at least in a multitude of circumstances. “Remarkably worthless” was the way he described it. I had long forgotten about this exchange until recently when pictures of this exact system popped up on the always lively Reddit page r/Warshipporn. At first, when I saw the images I was flabbergasted as to how weird the setup was, then the memory of the conversation hit me. This is what my contact was talking about!
Four Iroquois-class destroyers were commissioned between 1972 and 1973 and all served until 2005, with the last example being retired two years ago, in 2017. They featured the MKIII Sea Sparrow system fitted inside their forward deckhouse, with doors that opened up on each side and overhead swing-arm launchers carrying four missiles each (eight in total, four on each side) that extended out from their garage-like enclosure that hung out off the side of the ship strangely when at the ready. The whole arrangement looks like something far from conducive to high sea state, not to mention rocket blast from the missiles, or a combat environment, for that matter. 32 missiles were carried in all, with twelve at the ready on each side, but reloading the system as a whole was a slow process.
In addition, it’s said that the Hollandse Signaal Mk22 Weapon Control System wasn’t really up to the task and just deploying the missiles and warming up their guidance systems could take minutes or longer. All of this is far from ideal for what is supposed to have been a fast-reacting point defense system capable of quickly fending off sea-skimming anti-ship missiles that arrive with little warning from over the horizon.
July 28, 2019
“Fantasy Fleet” notions for the RCN
I hate to use the term “fantasy fleet” when linking to a Ted Campbell article … he’s far from being an obsessive who loves amassing lists of cool, gosh-wow hardware, as he’s a retired former army officer who actually does know what he’s talking about on military matters. I apply the term because no matter how sensible and practical these suggestions are (and I largely agree with them on those terms), there is no chance the current government or even a Conservative government under the Milk Dud could stand the political heat they’d take for devoting the kind of ongoing investment a fleet renewal and expansion like this would generate:

The Kingston-class Maritime Coastal Defence Vessel (MCDV) HMCS Moncton in Baltimore harbour for Sailabration 2012.
Photo by Acroterion via Wikimedia Commons.
… Canada’s 25 years old Kingston class vessels have a range of up to 5,000 nautical miles and can carry unmanned aerial vehicles, but they are slow and are designed for underwater warfare, being fitted with specialist payloads to look for mines and other things on the seabed … The Royal Canadian Navy has said, in the past, that it needs 25± surface combatants (the Navy uses the term “bottoms” when it means surface ships) and Canada has, now, 12 of the 30-year-old (but still lethal) Halifax class frigates and we also have, right now, 12 very useful little Kingston class ships, too. Canada plans (hopes?) to have 12 of the new Type 26 ships in the future, plus 5 of the very large (6,500+ tons) Harry DeWolf class Arctic patrol ships … so we are going from 24 down to 17?

A Chilean navy boarding team fast-ropes onto the flight deck of RCN Halifax-class frigate HMCS Calgary (FFH 335) during multinational training exercise Fuerzas Aliadas PANAMAX 2009.
US Navy photo via Wikimedia Commons.
My guesstimate is that a proper Canadian Navy needs, in addition to supply/support ships, at least:
- 2 or 3 large (25,000± tons) helicopter carrying “destroyers,” (in fact, small aircraft carriers) perhaps like the modern Japanese Izumo-class multi-purpose “destroyers” (pictured below) to conduct multi-purpose operations, including carrying combat-ready specialized amphibious warfare trained soldiers, on a global basis;
- 8 to 12 Type-26 destroyer-frigates (below) ~ I believe (guess) they will also be named for Canadian provinces, cities or rivers or something;
- 6 to 10 modern corvettes (a modern Dutch design is pictured below), 1,500-ton to 2,500-ton vessels, with a 5,000± nautical mile range, each able to carry a helicopter or, at least, a large unmanned aerial vehicle;
KRI Diponegoro (pennant number 365) of the Indonesian navy. The Sigma (Ship Integrated Geometrical Modularity Approach) class is a Dutch modular design that can be built in OPV, corvette, or frigate variants. In 2019, ships of this class are in service with Indonesia, Morocco, and Mexico.
Photo by Wim Kosten via Wikimedia Commons.- 6 to 10 special purpose, ocean-going (i.e. with a range measured in thousands, not hundreds of nautical miles) underwater warfare vessels to replace the Kingston-class ships; and
The lead vessel of the Orca-class in the Gulf Islands on officer training in August, 2007. She is not a commissioned naval ship, so does not bear the HMCS designation. Orcas are not generally armed, but the foredeck has been strengthened to allow an M2 12.7mm machine gun to be mounted if necessary.
Photo via Wikimedia Commons.- 8 to 12 armed “training” ships, about 250 tons (about the same as the Finnish Hamina class) to replace the (fairly new) Orca class vessels, which are not warships. These ships would be, primarily, training vessels, for which there is, always, a pressing need but they could, in emergencies, be used for coastal, constabulary patrol and search and rescue duties, too. The important thing is that they would be real warships, in commission, armed about as well as the Harry DeWolf class ships (which would enhance their training value, too) and, therefore, able to “fight.”
In his ideal world (i.e., not the one we’re living in at the moment), that would be the RCN’s combat fleet. Submarines, logistical support vessels, and (lots of) helicopters would also be required, which would further put this shopping list out of consideration for a Canadian peacetime government.
One thing to keep in mind for most of us civilians, is that warships operate in very rough environmental conditions even in peacetime, and require much more in the way of maintenance and service than your car or pleasure boat. This is why, even if you have a dozen ships “in commission”, you’ll likely only have eight of them available for deployment as the others will be in various states of maintenance and repair. For operations far from home, you really need three ships for each one actually deployed on active service, to account for the back-shop work to keep the ships afloat, fully staffed, and fully capable, plus transit time for the ship itself getting to and from the area of operations, and adequate leave and out-of-combat rest and recreation for the crews.
July 24, 2019
Sinking Ship Simulator: The Royal Navy’s Damage Repair Instructional Unit
Tom Scott
Published on Sep 7, 2015http://tomscott.com – with many, many thanks to the Royal Navy and everyone at HMS Excellent! http://royalnavy.mod.uk
How do you train sailors to save a sinking ship? Sure, you can teach them the theory, but there’s no replacement for having to hammer softwood wedges into deck and bulkhead splits that are spraying cold, high-pressure water in your face.
At HMS Excellent in Portsmouth sits Hazard, a Royal Navy Damage Repair Instructional Unit (DRIU). Every Navy recruit who’s going out to sea will have to go through something like this — and on a much harder level than we did! But then, they’ll have had months of training and teamwork beforehand…
DIRECTED BY Matt Gray: http://mattg.co.uk – @unnamedculprit – see behind-the-scenes video at https://www.youtube.com/watch?v=zwlnb…
WITH:
Paul Curry – @cr3
Melinda Seckington – http://missgeeky.com – @mseckingtonAnd again, with many thanks to all the Navy team who were so generous with their time and effort: http://royalnavy.mod.uk – http://twitter.com/royalnavy


















