We’ve introduced this problem before but we should do so again in more depth. Logistics in modern armies is rather unlike logistics in pre-modern armies; to be exact the break-point here is the development of the railroad. Once armies can be supplied with railroads, their needs shift substantially. In particular, modern armies with rail (or later, truck and air) supply can receive massively more supplies over long distance than pre-railroad armies. That doesn’t make modern logistics trivial, rather armies “consumed” that additional supply by adopting material intensive modes of warfare: machine guns and artillery fire a lot of rounds that need to be shipped from factories to the front while tanks and trucks require a lot of fuel and spare parts. Basics like food and water were no less necessary but became a smaller share of much, much larger logistics chains that are dominated by ammunition and fuel.
But in the pre-railroad era (note: including the early gunpowder era well into the 1800s) that wasn’t the case. Soldiers could carry their own weapons and often their own ammunition (which in turn put significant limits on both). For handheld weapons, the difference gunpowder made here was fairly limited, since muskets were fairly slow firing and soldiers had to carry the ammunition they’d have for a battle in any event. The major difference with gunpowder came with artillery (that is, cannon), which needed the cannon, their powder and shot all moved. The result was a substantial expansion of the “siege train” of the army, which did not change the structure of logistics but did place new and heavy demands on it, because the animals and humans moving all of that needed to be fed. But overwhelming all of that was food and, if necessary, water.
Adult men need anywhere from 2,000 to 3,200 calories per day in order to support their activity; soldiers marching under heavy load will naturally tend towards the higher end of this range. Now, these requirements can be fudged; as John Landers notes, soldiers who are underfed do not immediately shut off. On the other hand, they cannot be ignored for long: no matter the morale an undernourished army will struggle to perform. Starvation is real and does not care how many reps you could do or how motivated you were when the campaign started (in practice, armies that are not fed sufficiently dissolve away as men desert rather than starve).
Different armies and different cultures will meet that nutritional demand in different ways, but staple grains (wheat, barley, corn, rice) dominate rations in part because they also dominated the diet of the peasantry (being the highest calories-per-acre-farmed-and-labor-added foods) and because they were easy to move and store. Fruits and vegetables were, by contrast, always subject to local availability, since without refrigeration they were difficult to keep or move; meat at least could be smoked, salted or made into jerky, but its expense made it an optional bonus to the diet rather than the core of it. So the diet here is mostly bread; many armies reliant on wheat and barley agriculture came up with a fairly similar idea here: a dense but simple flour-and-water (and maybe salt) biscuit or cracker which if kept dry could keep for long periods and be easy to move. The Romans called this buccelatum; today we refer to a very similar modern idea as “hardtack“. However, because these biscuits aren’t very tasty, for morale reasons armies try to acquire actual bread where possible.
In practice the combination of calorie demands with calorie-dense grain-based foods is going to mean that rations tend to cluster in terms of weight, even from different armies. Spartan rations on Sphacteria were two choenikes of barley alphita (a course barley flour) per man per day (Thuc. 4.16.1) which comes out to roughly 1.4kg; Spartan grain contributions to the syssitia (Plut. Lyc. 12.2) were 1 medimnos of barley alphita per month, which comes out to almost exactly 1kg per day (but supplemented with meat and such). Both Roth and Erdkamp (op. cit. for both) try to calculate the weight of Roman rations based on reported grain rations and interpolations for other foodstuffs; Roth suggests a range of 1.1-1.327kg (of which .85kg was grain or bread), while Erdkamp simply notes that they must have been somewhat more than the .85kg grain ration minimum.1 The Army of Flanders was given pan de munición (“munition” or “ration” bread) made of a mix of wheat and rye in loaves of standard size; the absolute minimum ration was 1.5lbs (.68kg) per day (Parker, op. cit. 136), somewhat less than the more logistically capable (as we’ll see) Roman legions, but in the ballpark, especially when we remember that soldiers in the Army of Flanders often supplemented that with purchased or pillaged food. Daily U.S. Army rations during the American Civil War were around 3lbs (1.36kg; statistic via Engels (op. cit.) who inexplicably thinks this is a useful reference for Macedonian rations), but some of the things included (particularly the 1.6oz of coffee) were hardly minimum necessities; the United States much like the Romans has a well-earned reputation for better than average rations, though this is admittedly a low bar.
So we can see a pretty tight grouping here around 1kg, especially when we account for some of these ration-packages being supplemented by irregular but meaningful amounts of other foods (especially in the case of the Army of Flanders, where we know this happened). There is some wiggle room here, of course; marching rations like hardtack are going to be lighter per-day than raw grains or good bread (or other, even tastier foods). But once meat, vegetables and fruits – and the diet must be at least sometimes supplemented with non-grain foods for nutritional reasons – are accounted for, you can see how the rule of thumb around 3lbs or 1.36kg forms out of the evidence. Soldiers also need around three liters of water (which is 3kg, God bless the metric system) per day but we are going to operate on the hopeful assumption that water is generally available on the route of our march. If it isn’t our daily load jumps from 1.36kg to 4.36kg and our operational range collapses into basically nothing; in practice this meant that if local water wasn’t available an army simply couldn’t go there.2
Marching loads vary by army and period but generally within a range of 40 to 55kg or so (60 at the absolute upper-end). As you may well imagine, convincing soldiers to carry heavier loads demands a greater degree of discipline and command control, so while a general may well want to push soldier’s marching load up, the soldiers will want to push it down (and of course overloading soldiers is going to eventually have a negative impact on marching speed and movement capabilities). But you may well be thinking that 40-55kg (which is 90-120lbs or so) sounds more than ample – that’s a lot of food!
Except of course they need to carry everything and weapons, armor and (for gunpowder armies) shot are heavy. Roman soldiers were and are famous for having marched heavy, carrying as much of their equipment and supplies as possible in their packs, which the Romans called the sarcina (we’ll see why this could improve an army’s capabilities). This practice is often attributed to Gaius Marius in the last decade of the second century (Plut. Marius 13.1) but care is necessary as this sort of “reform” was a trope of Roman generalship and is used of even earlier generals than Marius (e.g. Plut. Mor. 201BC on Scipio Aemilianus). Various estimates for the marching load of Roman troops exist but the best is probably Marcus Junkelmann’s physical reconstruction (in Die Legionen des Augustus (1986); highly recommended if you can read German; alas for the lack of an English translation!) which recreated all of the Roman kit and measured a marching load of 54.8kg (120.8lbs), with ~43 of the 54.8kg reserved for weapons, armor, entrenching kit and personal equipment, leaving just 11.8kg for food (about ten days worth). Other estimates are somewhat less, but never much less than 40kg for a Roman soldier’s equipment before rations, leaving precious little weight in which to fit a lot of food.
The same exercise can be run for almost any kind of infantryman: while their load is often heavy, after one accounts for weapons, armor and equipment (and for later armies, powder and shot) there is typically little space left for rations, usually amounting to not more than a week or two (ten days is a normal rule of thumb). Since the army obviously has more than two weeks of work to do (and remember it needs to be able to march back to wherever it started at the end), it is going to need to get a lot more food.
Bret Devereaux, “Collections: Logistics, How Did They Do It, Part I: The Problem”, A Collection of Unmitigated Pedantry, 2022-07-15.
1. To be clear, we know with some certainty that Roman rations were supplemented, but not by how much. If you read much older scholarship, you will find the notion that Roman soldier’s diet lacked regular meat; both Erdkamp and Roth reject this view decisively and for good reason.
2. I may return to the logistics of water later, but some range can be extended here by taking advantage of the fact that pack animals, while they need a lot of water per day over a long period, can be marched short periods with basically no water and still function, whereas water deprived humans die very quickly. Consequently an army can do a low-water “lunge” over short distances by loading its pack animals with water, not watering them, having the soldiers drink the water and then abandoning the pack animals as they die (the water they carried having been consumed). This is, to say it least, a very expensive thing to do – animals are not cheap! – but there is some evidence the Romans did this, on this see G. Moss, “Watering the Roman Legion” M.A. Thesis, UNC Chapel Hill (2015).
April 6, 2025
QotD: The basics of army logistics before railways
April 5, 2025
Troops, Tanks, Trucks: What’s Inside A Division? – A Korean War Special
The Korean War by Indy Neidell
Published 4 Apr 2025Who exactly is fighting in Korea? What’s changed under the hood since the start of the war? How many showers do you need to keep 17,214 soldiers smelling like roses? Today Indy breaks down the units that make up the frontline and answers these questions, looking at American, North Korean, Chinese, South Korean, and British units and what they consist of.
Chapters
00:00 Intro
00:44 Benefits and Limitations
02:04 A US Division
06:12 The Communist Forces
09:56 Other UN Forces
13:00 Conclusion
(more…)
April 4, 2025
Wine, Urine, Paperclips: America’s Secret Weapons of WWII
World War Two
Published 3 Apr 2025Today Astrid and Anna explore the Simple Sabotage Field Manual, a top-secret WWII guide that taught ordinary people how to disrupt the Nazi war machine. From factory slowdowns to derailed trains, they show how small acts of sabotage targeted Hitler’s regime, and how resistance often came from unexpected places.
(more…)
March 5, 2025
The Korean War 037 – Matt the Ripper! – March 4, 1951
The Korean War by Indy Neidell
Published 4 Mar 2025This week is really a week of planning, as Matt Ridgway unveils the plans for Operation Ripper — to follow the somewhat disappointing Operation Killer, but there are South Korean spies involved, the blockade of Wonsan, and the continuing escalation of tensions between Douglas MacArthur and Harry Truman, with people in American High Command concerned that MacArthur is bent on starting World War 3.
Chapters
00:00 Intro
00:25 Recap
00:44 Killer and Ripper
04:14 Intel and Distractions
06:57 South Korean Spies
08:06 Truman and MacArthur (Again)
(more…)
February 19, 2025
The Korean War 035 – The Battle of Chipyong-ni – February 18th, 1951
The Korean War by Indy Neidell
Published 18 Feb 2025Chinese Commander Peng Dehuai has launched his 4th Phase Offensive, pushing the UN forces back in the center of Korea, and should his forces take Chipyong-ni, they will compromise the entire UN position. Chipyong-ni must hold!
Chapters
00:00 Intro
00:50 Recap
01:21 4th Phase Offensive
03:07 Retreat from Hoengsong
06:27 Chipyong-Ni Must Hold!
08:50 First Relief Attempt
10:22 The Battle of Chipyong-Ni
15:34 Battle Side Notes
17:36 29th Brigade
19:36 Summary
19:59 Conclusion
(more…)
February 17, 2025
Forgotten War Ep 9 – Kohima – Hell in the Hills
HardThrasher
Published 16 Feb 2025The Battle of Kohima.
Please consider donations of any size to the Burma Star Memorial Fund who aim to ensure remembrance of those who fought with, in and against 14th Army 1941–1945 — https://burmastarmemorial.org/
(more…)
February 6, 2025
Forgotten War Ep 8 – Imphal 44 Pt2 – Edge of Chaos
HardThrasher
Published 4 Feb 2025A video discussing the Battles of Imphal and Kohima at the start of 1944.
Please consider donations of any size to the Burma Star Memorial Fund who aim to ensure remembrance of those who fought with, in and against 14th Army 1941–1945 — https://burmastarmemorial.org/
(more…)
January 29, 2025
The Korean War 032 – Thunderbolt! US Troops Go On the Offensive – January 28, 1951
The Korean War by Indy Neidell
Published 28 Jan 2025Peng Dehuai’s armies rest and recuperate on the banks of the Han River, nursing their supply issues, and the initiative has firmly swung in favor of the UN side. The North Koreans in the east are fleeing, and Matt Ridgway’s latest offensive in the west gets underway without a hitch. Are we about to see yet another reversal of fortune and pursuit up the Korean Peninsula?
Chapters
00:00 Intro
01:11 Recap
01:33 An Aggressor Nation?
07:38 Chinese Sit-Rep
10:59 Operation Thunderbolt
14:56 Summary
15:14 Conclusion
(more…)
January 17, 2025
QotD: Foraging for supplies in pre-modern armies
We should start with the sort of supplies our army is going to need. The Romans neatly divided these into four categories: food, fodder, firewood and water each with its own gathering activities (called by the Romans frumentatio, pabulatio, lignatio and aquatio respectively; on this note Roth op. cit. 118-140), though gathering food and fodder would be combined whenever possible. That’s a handy division and also a good reflection of the supply needs of armies well into the gunpowder era. We can start with the three relatively more simple supplies, all of which were daily concerns but also tended to be generally abundant in areas that armies were.
For most armies in most conditions, water was available in sufficient quantities along the direction of march via naturally occurring bodies of water (springs, rivers, creeks, etc.). Water could still be an important consideration even where there was enough to march through, particularly in determining the best spot for a camp or in denying an enemy access to local water supplies (such as, famously at the Battle of Hattin (1187)). And detailing parties of soldiers to replenish water supplies was a standard background activity of warfare; the Romans called this process aquatio and soldiers so detailed were aquatores (not a permanent job, to be clear, just regular soldiers for the moment sent to get water), though generally an army could simply refill its canteens as it passed naturally occurring watercourses. Well organized armies could also dig wells or use cisterns to pre-position water supplies, but this was rarely done because it was tremendously labor intensive; an army demanded so much water that many wells would be necessary to allow the army to water itself rapidly enough (the issue is throughput, not well capacity – you can only lift so many buckets of so much water in an hour in a single well). For the most part armies confined their movements to areas where water was naturally available, managing, at most, short hops through areas where it was scarce. If there was no readily available water in an area, agrarian armies simply couldn’t go there most of the time.
Like water, firewood was typically a daily concern. In the Roman army this meant parties of firewood forages (lignatores) were sent out regularly to whatever local timber was available. Fortunately, local firewood tended to be available in most areas because of the way the agrarian economy shaped the countryside, with stretches of forest separating settlements or tended trees for firewood near towns. Since an army isn’t trying to engage in sustainable arboriculture, it doesn’t usually need to worry about depleting local wood stocks. Moreover, for our pre-industrial army, they needn’t be picky about the timber for firewood (as opposed to timber for construction). Like water gathering, collecting firewood tends to crop up in our sources when conditions make it unusually difficult – such as if an army is forced to remain in one place (often for a siege) and consequently depletes the local supply (e.g. Liv. 36.22.10) or when the presence of enemies made getting firewood difficult without using escorts or larger parties (e.g. Ps.-Caes. BAfr. 10). Sieges could be especially tricky in this regard because they add a lot of additional timber demand for building siege engines and works; smart defenders might intentionally try to remove local timber or wood structures to deny an approaching army as part of a scorched earth strategy (e.g. Antioch in 1097). That said apart from sieges firewood availability, like water availability is mostly a question of where an army can go; generals simply long stay in areas where gathering firewood would be impossible.
Then comes fodder for the animals. An army’s animals needed a mix of both green fodder (grass, hay) and dry fodder (barley, oats). Animals could meet their green fodder requirements by grazing at the cost of losing marching time, or the army could collect green fodder as it foraged for food and dry fodder. As you may recall, cut grain stalks can be used as green fodder and so even an army that cannot process grains in the fields can still quite easily use them to feed the animals, alongside barley and oats pillaged from farm storehouses. The Romans seem to have preferred gathering their fodder from the fields rather than requisitioning it from farmers directly (Caes. BG 7.14.4) but would do either in a pinch. What is clear is that much like gathering water or firewood this was a regular task a commander had to allot and also that it often had to be done under guard to secure against attacks from enemies (thus you need one group of soldiers foraging and another group in fighting trim ready to drive off an attack). Fodder could also be stockpiled when needed, which was normally for siege operations where an army’s vast stock of animals might deplete local grass stocks while the army remained encamped there. Crucially, unlike water and firewood, both forms of fodder were seasonal: green fodder came in with the grasses in early spring and dry fodder consists of agricultural products typically harvested in mid-summer (barley) or late spring (oats).
All of which at last brings us to the food, by which we mostly mean grains. Sources discussing army foraging tend to be heavily focused on food and we’ll quickly see why: it was the most difficult and complex part of foraging operations in most of the conditions an agrarian army would operate. The first factor that is going to shape foraging operations is grain processing. [S]taple grains (especially wheat, barley and later rye) make up the vast bulk of the calories an army (and it attendant non-combatants) are eating on the march. But, as we’ve discussed in more detail already, grains don’t grow “ready to eat” and require various stages of processing to render them edible. An army’s foraging strategy is going to be heavily impacted by just how much of that processing they are prepared to do internally.
This is one area where the Roman army does appear to have been quite unusual: Roman armies could and regularly did conduct the entire grain processing chain internally. This was relatively rare and required both a lot of coordination and a lot of materiel in the form of tools for each stage of processing. As a brief refresher, grains once ripe first have to be reaped (cut down from the stalks), then threshed (the stalks are beaten to shake out the seeds) and winnowed (the removal of non-edible portions), then potentially hulled (removing the inedible hull of the seed), then milled (ground into a powder, called flour, usually by the grinding actions of large stones), then at last baked into bread or a biscuit or what have you.
It is possible to roast unmilled grain seeds or to boil either those seeds or flour in water to make porridge in order to make them edible, but turning grain into bread (or biscuits or crackers) has significant nutritional advantages (it breaks down some of the plant compounds that human stomachs struggle to digest) and also renders the food a lot tastier, which is good for morale. Consequently, while armies will roast grains or just make lots of porridge in extremis, they want to be securing a consistent supply of bread. The result is that ideally an army wants to be foraging for grain products at a stage where it can manage most or all of the remaining steps to turn those grains into food, ideally into bread.
As mentioned, the Romans could manage the entire processing chain themselves. Roman soldiers had sickles (falces) as part of their standard equipment (Liv. 42.64.2; Josephus BJ 3.95) and so could be deployed directly into the fields (Caes. BG 4.32; Liv. 31.2.8, 34.26.8) to reap the grain themselves. It would then be transported into the fortified camp the Romans built every time the army stopped for the night and threshed by Roman soldiers in the safety of the camp (App. Mac. 27; Liv. 42.64.2) with tools that, again, were a standard part of Roman equipment. Roman soldiers were then issued threshed grains as part of their rations, which they milled themselves (or made into a porridge called puls) using “handmills”. These were not small devices, but roughly 27kg (59.5lbs) hand-turned mills (Marcus Junkelmann reconstructed them quite ably); we generally assume that they were probably carried on the mules on the march, one for each contubernium (tent-group of 6-8; cf. Plut. Ant. 45.4). Getting soldiers to do their own milling was a feat of discipline – this is tough work to do by hand and milling a daily ration would take one of the soldiers of the group around two hours. Roman soldiers then baked their bread either in their own campfires (Hdn 4.7.4-6; Dio Cass. 62.5.5) though generals also sometimes prepared food supplies in advance of operations via what seem to be central bakeries. This level of centralization was part and parcel of the unusual sophistication of Roman logistics; it enabled a greater degree of flexibility for Roman armies.
Greek hoplite armies do not seem generally to have been able to reap, thresh or mill grain on the march (on this see J.W. Lee, op. cit.; there’s also a fantastic chapter on the organization of Greek military food supply by Matthew Sears forthcoming in a Brill Companion volume one of these years – don’t worry, when it appears, you will know!). Xenophon’s Ten Thousand are thus frequently forced to resort to making porridge or roast grains when they cannot forage supplies of already-milled-flour; they try hard to negotiate for markets on their route of march so they can just buy food. Famously the Spartan army, despoiling ripe Athenian fields runs out of supplies (Thuc. 2.23); it’s not clear what sort of supplies were lacking but food and fodder seems the obvious choice, suggesting that the Spartans could at best only incompletely utilize the Athenian grain. All of which contributed to the limited operational endurance of hoplite armies in the absence of friendly communities providing supplies.
Macedonian armies were in rather better shape. Alexander’s soldiers seem to have had handmills (note on this Engels, op. cit.) which already provides a huge advantage over earlier Greek armies. Grain is generally (as noted in our series on it) stored and transported after threshing and winnowing but before milling because this is the form in which has the best balance of longevity and compactness. That means that granaries and storehouses are mostly going to contain threshed and winnowed grains, not flour (nor freshly reaped stalks). An army which can mill can thus plunder central points of food storage and then transport all of that food as grain which is more portable and keeps better than flour or bread.
Early modern armies varied quite a lot in their logistical capabilities. There is a fair bit of evidence for cooking in the camp being done by the women of the campaign community in some armies, but also centralized kitchen messes for each company (Lynn op. cit. 124-126); the role of camp women in food production declines as a product of time but there is also evidence for soldiers being assigned to cooking duties in the 1600s. On the other hand, in the Army of Flanders seems to have relied primarily on external merchants (so sutlers, but also larger scale contractors) to supply the pan de munición ration-bread that the army needed, essentially contracting out the core of the food system. Parker (op. cit. 137) notes the Army of Flanders receiving some 39,000 loaves of bread per day from its contractors on average between April 1678 and February of 1679.
That created all sorts of problems. For one, the quality of the pan de munición was highly variable. Unlike soldiers cooking for themselves or their mess-mates, contractors had every incentive to cut corners and did so. Moreover, much of this contracting was done on credit and when Spanish royal credit failed (as it did in 1557, 1560, 1575, 1596, 1607, 1627, 1647 and 1653, Parker op. cit. 125-7) that could disrupt the entire supply system as contractors suddenly found the debts the crown had run up with them “restructured” (via a “Decree of Bankruptcy”) to the benefit of Spain. And of course that might well lead to thousands of angry, hungry, unpaid men with weapons and military training which in turn led to disasters like the Sack of Antwerp (1576), because without those contractors the army could not handle its logistical needs on its own. It’s also hard not to conclude that this structure increased the overall cost of the Army of Flanders (which was astronomical) because it could never “make the war feed itself” in the words of Cato the Elder (Liv 34.9.12; note that it was rare even for the Romans for a war to “feed itself” entirely through forage, but one could at least defray some costs to the enemy during offensive operations). That said this contractor supplied bread also did not free the Army of Flanders from the need to forage (or even pillage) because – as noted last time – their rations were quite low, leading soldiers to “offset” their low rations with purchase (often using money gained through pillage) or foraging.
Of course added to this are all sorts of food-stuffs that aren’t grain: meat, fruits, vegetables, cheeses, etc. Fortunately an army needs a lot less of these because grains make up the bulk of the calories eaten and even more fortunately these require less processing to be edible. But we should still note their importance because even an army with a secure stockpile of grain may want to forage the surrounding area to get supplies of more perishable foodstuffs to increase food variety and fill in the nutritional gaps of a pure-grain diet. The good news for our army is that the places they are likely to find food (small towns and rural villages) are also likely to be sources of these supplementary foods. By and large that is going to mean that armies on the march measure their supplies and their foraging in grain and then supplement that grain with whatever else they happen to have obtained in the process of getting that grain. Armies in peacetime or permanent bases may have a standard diet, but a wartime army on the march must make do with whatever is available locally.
So that’s what we need: water, fodder, firewood and food; the latter mostly grains with some supplements, but the grain itself probably needs to be in at least a partially processed form (threshed and sometimes also milled), in order to be useful to our army. And we need a lot of all of these things: tons daily. But – and this is important – notice how all of the goods we need (water, firewood, fodder, food) are things that agrarian small farmers also need. This is the crucial advantage of pre-industrial logistics; unlike a modern army which needs lots of things not normally produced or stockpiled by a civilian economy in quantity (artillery shells, high explosives, aviation fuel, etc.), everything our army needs is a staple product or resource of the agricultural economy.
Finally we need to note in addition to this that while we generally speak of “forage” for supplies and “pillage” or “plunder” for armies making off with other valuables, these were almost always connected activities. Soldiers that were foraging would also look for valuables to pillage: someone stealing the bread a family needs to live is not going to think twice about also nicking their dinnerware. Sadly we must also note that very frequently the valuables that soldiers looted were people, either to be sold into slavery, held for ransom, pressed into work for the army, or – and as I said we’re going to be frank about this – abducted for the purpose of sexual assault (or some combination of the above).
And so a rural countryside, populated by farms and farmers is in essence a vast field of resources for an army. How they get them is going to depend on both the army’s organization and capabilities and the status of the local communities.
Bret Devereaux, “Collections: Logistics, How Did They Do It, Part II: Foraging”, A Collection of Unmitigated Pedantry, 2022-07-29.
January 1, 2025
The Korean War 028 – Happy Nuke Year! – December 31, 1950
The Korean War by Indy Neidell
Published 31 Dec 2024Matt Ridgway arrives in Korea to find his Eighth Army broken and dysfunctional from top to bottom. He has a mere few days to rectify these issues and get them combat-ready before the Communist Chinese forces approach once more. But the stakes are high; UN forces commander Douglas MacArthur continues to pressure Washington to expand the war, through either conventional or atomic means. As 1950 expires, the doomsday clock is ticking.
(more…)
December 18, 2024
The Korean War 026 – Chinese Victory in North Korea Complete – December 17, 1950
The Korean War by Indy Neidell
Published 17 Dec 2024The last UN forces still in the northern half of Korea begin their frantic retreat by sea. The evacuation is a huge operation involving over 100,000 men, and needs to go off smoothly if the UN want any hope of halting the Chinese advance. Eighth Army, who spend this week retreating, are certainly not up to the task on their own.
Chapters
00:00 Intro
00:50 Recap
01:07 Failures of Command
05:36 Hungnam Evacuation
09:02 Eighth Army Situation
13:07 National Emergency
14:12 Conclusion
15:48 CTA
(more…)
December 15, 2024
Nazi Tanks Advance on Kursk: Prokhorovka Part 1
World War Two
Published 14 Dec 2024German tanks advance on Kursk, smashing through Soviet defences and setting the stage for one of history’s most legendary tank battles — The Battle of Prokhorovka. In this six part miniseries we will cover the fierce fighting, the strategies, and the men and machines that take part in this battle.
(more…)
December 11, 2024
The Korean War 025 – UN Forces Abandon Pyongyang – December 10, 1950
The Korean War by Indy Neidell
Published 10 Dec 2024This week, UN forces in the west pull out of the North Korean capital Pyongyang. In the east, the marines continue to fight their way towards safety. Over in Washington, the aftershocks of the Chinese intervention have shaken high command as much as they have the troops on the ground, and America’s allies, especially Britain, grow alarmed over the US response.
Chapters
00:00 Intro
00:26 Recap
01:20 The Blame Game
03:58 Retreat in the West
07:43 The Chinese Situation
10:59 Escaping Chosin
13:57 Atoms and Attlees
18:07 Summary
18:20 Conclusion
(more…)
December 4, 2024
Admirals belatedly realize it might be useful to be able to reload those fancy missiles at sea
CDR Salamander has been banging this drum for a long, long time, but it appears that the US Navy is finally acknowledging that being able to reload the (many) Vertical Launch System (VLS) missile cells on ships somewhere other than a fully functional naval base would be more than a nice-to-have capability:

Reloading a VLS cell on a US Navy ship in port.
Photo attributed to defunct website defense-aerospace.com.
If you have made the horrible error of not reading every post here, over at the OG Blog and listening to every Midrats, then you may be new to the issue of being able to reload our warships’ VLS cells forward.
Slowly … a bit too slowly … Big Navy has decided that those people in the 1970s (who still remembered fighting a contested war at sea) might have been right all along. With SECNAV Del Toro’s encouragement, we continue to try to find a way to get the surface force a capability to reload forward.
There is plenty of room on the bandwagon and we’re glad to hoist everyone onboard the reload/rearm party-bus. If you need to catch up, the issue continues to break above the background noise, and WSJ has a very well produced article on it that requires your attention.
However, I got a little bit of an eye twitch at this pull-quote:
Until recently, the Navy didn’t feel much need for speed in rearming its biggest missile-firing warships. They only occasionally launched large numbers of Tomahawk cruise missiles or other pricey projectiles.
Now, Pentagon strategists worry that if fighting broke out in the western Pacific — potentially 5,000 miles from a secure Navy base — destroyers, cruisers and other big warships would run out of vital ammunition within days, or maybe hours.
Seeking to plug that supply gap, Del Toro tasked commanders and engineers with finding ways to reload the fleet’s launch systems at remote ports or even on the high seas. Otherwise, U.S. ships might need to sail back to bases in Hawaii or California to do so — putting them out of action for weeks.
Yes, I am going to do this, and you’re coming along for the ride.
In the name of great Neptune’s trident … THIS IS NOT A NEW REQUIREMENT!!!
My first “… shit, we need to be able to do this …” was during the DESERT FOX strikes against Iraq in 1998. I cannot remember if it were USS Stout (DDG 55) or USS Gonzalez (DDG 66) that we put Winchester on TLAM by the third day … but except for the ships we left on the other side of the Suez (who we would put to good use later), the rest of our TLAM ships and submarines were about done.
The fact we threw away an ability to reload/rearm forward was an old story inside the surface Navy when I picked it up in the last years of the previous century. We had a clunky erector set like contraption that was hard to use and took up VLS cell space, but instead of finding a better way, we just chunked the whole idea, slid in our Jesus Jones CD, and figured we had ownership of the seas until the crack of doom.
There is nothing “until recently” about this. Not to get off topic, but the real story here is why time and again this century’s senior leadership decided it was “too hard” or “too dangerous” while they were in full knowledge not just of the operational experience demanding this capability, but what we discovered over and over again in wargames.
November 22, 2024
QotD: Pre-modern armies on the move
Armies generally had to move over longer distances via roads, for both logistical and pathfinding reasons. For logistics, while unencumbered humans can easily clamber over fences or small ridges or weave through forests, humans carrying heavy loads struggle to do this and pack animals absolutely cannot. Dense forests (especially old growth forests) are formidable obstacles for pack and draft animals, with a real risk of animals injuring themselves with unlucky footfalls. After all the donkey was originally a desert/savannah creature and horses evolved on the Eurasian Steppe; dense forest is a difficult, foreign terrain. But the rural terrain that would dominate most flat, arable land was little better: fields are often split by fences or hedgerows which need to be laboriously cleared (essentially making a path) to allow the work animals through. Adding wagons limits this further; pack mules can make use of narrow paths through forests or hills, but wagons pulled by draft animals require proper roads wide enough to accommodate them, flat enough that the heavy wagon doesn’t slide back and with a surface that will be at least somewhat kind on the wheels. That in turn in many cases restricts armies to significant roadways, ruling out things like farmer’s paths between fields or small informal roads between villages, though smaller screening, scouting or foraging forces could take these side roads.
(As an aside: one my enduring frustrations is the tendency of pre-modern strategy games to represent most flat areas as “plains” of grassland often with a separate “farmland” terrain type used only in areas of very dense settlement. But around most of the Mediterranean, most of the flat, cleared land at lower elevations would have been farmland, with all of the obstructions and complications that implies; rolling grasslands tend to be just that – uplands too hilly for farming.)
The other problem is pathfinding and geolocation. Figuring out where you off-road overland with just a (highly detailed) map and a compass is sufficiently difficult that it is a sport (Orienteering). Prior to 1300, armies in the broader Mediterranean world were likely to lack both; the compass (invented in China) arrives in the Mediterranean in the 1300s and detailed topographical maps of the sort that hikers today might rely on remained rare deep into the modern period, especially maps of large areas. Consequently it could be tricky to determine an army’s exact heading (sun position could give something approximate, of course) or position. Getting lost in unfamiliar territory was thus a very real hazard. Indeed, getting lost in familiar territory was a real hazard: Suetonius records that Julius Caesar, having encamped not far from the Rubicon got lost trying to find it, spent a whole night wandering trying to locate it (his goal being to make the politically decisive crossing with just a few close supporters in secrecy first before his army crossed). In the end he had to find a local guide to work his way back to it in the morning (Suet. Caes. 31.2). So to be clear: famed military genius Julius Caesar got lost trying to find a 50 mile long river only about 150 miles away from Rome when he tried to cut cross-country instead of over the roads.
Instead, armies relied on locals guides (be they friendly, bought or coerced) to help them find their way or figure out where they were on whatever maps they could get together. Locals in turn tend to navigate by landmarks and so are likely to guide the army along the paths and roads they themselves use to travel around the region. Which is all as well because the army needs to use the roads anyway and no one wants to get lost. The road and path network thus becomes a vital navigational aid: roads and paths both lead to settlements full of potential guides (to the next settlement) and because roads tend to connect large settlements and large settlements tend to be the objectives of military campaigns, the road system “points the way”. Consequently, armies rarely strayed off of the road network and were in most cases effectively confined to it. Small parties might be sent out off of the road network from the main body, but the main body was “stuck” on the roads.
That means the general does not have to cope with an infinitely wide range of maneuver possibilities but a spiderweb of possible pathways. Small, “flying columns” without heavy baggage could use minor roads and pathways, but the main body of the army was likely to be confined to well-traveled routes connecting large settlements.
Bret Devereaux, “Collections: Logistics, How Did They Do It, Part III: On the move”, A Collection of Unmitigated Pedantry, 2022-08-12.