In October 1944, a captured German artilleryman sat across from a Canadian intelligence officer and said something no one expected. He was glad it was over. Not the war. Just being on the other side of Canadian guns.
He had fought in Russia. He had survived Allied bombing raids. None of it compared to what happened when he fired at the Canadians and they answered. He called it an execution.
German officers across the Western Front kept saying the same thing — that Canadian artillery was different. Not bigger. Not louder. Something else. Something they couldn't explain and couldn't stop. Veterans who had endured Soviet rockets and American air strikes singled out Canadian guns as worse than all of it.
What made it different had nothing to do with the shells. It started with one man in 1917 and a decision that took 28 years to pay off.
#canadianwarstories #ww2 #canadianarmy #militaryhistory #canadianhistory #worldwar2
He had fought in Russia. He had survived Allied bombing raids. None of it compared to what happened when he fired at the Canadians and they answered. He called it an execution.
German officers across the Western Front kept saying the same thing — that Canadian artillery was different. Not bigger. Not louder. Something else. Something they couldn't explain and couldn't stop. Veterans who had endured Soviet rockets and American air strikes singled out Canadian guns as worse than all of it.
What made it different had nothing to do with the shells. It started with one man in 1917 and a decision that took 28 years to pay off.
#canadianwarstories #ww2 #canadianarmy #militaryhistory #canadianhistory #worldwar2
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LearningTranscript
00:00October 16th, 1944. Waterland, Kerkje, the Netherlands. A German gunner from 5th Battery,
00:07Artillery Regiment 164, sits across a folding table from a Canadian intelligence officer.
00:13He has mud on his collar and a cut above his left eye. He has been fighting for three days
00:18without sleep, and he has just surrendered. And the Canadian officer notices something
00:22he does not expect. The German is relieved. Not defeated. Not bitter. Relieved. The way
00:29a man looks when a surgeon tells him the operation is over. According to the interrogation report,
00:34the gunner exhaled deeply and told the Canadian he was glad to finally be put out of his misery.
00:39His battery had moved into position a few days earlier. Four guns in the yard of a farm on the
00:44Phillips Vague. Their orders were simple. Fire on the Canadian infantry pushing toward Eisendike.
00:51They did. They fired shell after shell, adjusting range, working the guns the way they had been
00:56trained. And then the Canadians answered. Not one battery. Not two. The Germans said the return
01:03fire came from everywhere. So many guns firing simultaneously that the individual impacts blurred
01:08into a single, continuous roar. Within minutes, two of his four guns were destroyed. The crews of the
01:15other two abandoned their positions and ran. He described it not as a battle, but as an execution.
01:21This is worth pausing on. This was not a young conscript describing his first taste of combat.
01:26This was a trained artilleryman. A man who understood trajectories, counter-battery fire,
01:32the mathematics of killing. He knew what artillery was supposed to sound like. And he was telling his
01:37interrogator that what the Canadians did was something he had no framework for. He was not alone. Across the
01:44autumn and winter of 1944, as Canadian forces fought through the Scheldt estuary and into the Rhineland,
01:50a pattern appeared in interrogation rooms from Belgium to the German border. German officers,
01:55veterans of the Eastern Front, of North Africa, of Italy, men who had endured Soviet Katyusha rockets
02:02and American fighter bombers, described Canadian artillery in language they used for nothing else.
02:07Not louder. Not more numerous. Something about the way it arrived. The speed. The coordination.
02:14The feeling that one moment the sky was empty, and the next moment every gun in the world was
02:18firing at the same point. If you're watching this channel, you probably know that Canadian
02:23soldiers punched well above their weight in the Second World War. If this video helps more people
02:28learn that story, a like and a subscribe genuinely help it reach them. Here is what makes this story
02:33different from what you might expect. The answer is not a secret weapon. It is not a bigger shell or
02:39a
02:39longer barrel. German artillery was, gun for gun, at least as good as anything the Allies fielded.
02:45The answer is a system, an invisible architecture of communication, training, and doctrine that let a
02:51single Canadian lieutenant, crouching in a ditch with a radio, command the fire of every gun in his
02:56division. Hundreds of barrels, miles apart, converging on one map reference within minutes of his call.
03:02No other army on earth could do it as fast. And no German commander fully understood how it worked
03:08until it was far too late. But what may surprise you most is where this system came from. Not from
03:131939,
03:14when Canada entered the war. Not from a British manual or an American innovation. It came from a
03:20single man, an engineering professor from McGill University in Montreal, who walked onto a battlefield
03:26in 1917 and decided that artillery was not a craft, it was a science. And if you solve
03:32the science, you could make the earth move. That man's name was Andrew McNaughton, and the doctrine
03:38he built at Vimy Ridge would travel, almost unbroken, through 27 years of peacetime, two oceans,
03:44and four theaters of war. Until it arrived in the fields of Normandy and the polders of the Netherlands,
03:50where German officers would call it worse than anything they had ever faced.
03:53To understand why a German artilleryman in 1944 was glad to be captured, you first have to understand
04:00what a Canadian engineer discovered in the mud of 1917. And what he discovered would change the
04:06way wars are fought. Permanently. April 9, 1917. Vimy Ridge, France.
04:13Before dawn, 170,000 Canadian soldiers crouched in tunnels and trenches, below a ridge that three
04:19armies had failed to take. The French alone had lost 150,000 men trying. The ridge was a fortress,
04:26German machine guns on top, German artillery hidden in positions miles behind, ready to shred any infantry
04:33that crossed the open ground. Every previous assault had followed the same script. Allied guns would
04:39bombard the ridge. The bombardment would stop. Infantry would climb out. And German artillery,
04:45untouched, invisible, accurately ranged, would tear them apart before they reached the wire.
04:51The problem was never firepower. The Allies had plenty of guns. The problem was blindness. Nobody could
04:57find the German batteries. They were dug in behind hills, camouflaged, firing from position,
05:03positions that no observer on the ground could see. You could hear the boom. You could see the shells
05:08landing. But you could not pinpoint where they came from, not with enough precision to kill them.
05:13This is where a 30-year-old lieutenant colonel named Andrew McNaughton enters the story. Before the war,
05:19he had been an engineering professor at McGill University in Montreal, the kind of man who thought in
05:25equations, who looked at a battlefield and saw vectors. And he had been given a job that most officers
05:30considered impossible. Find the German guns. McNaughton did not try to out-guess the Germans.
05:37He out-mathematized them. He assembled a team that had no business being on a battlefield.
05:42Lawrence Bragg, a British physicist who would win the Nobel Prize, Charles Darwin's grandson,
05:48and a French-Irish inventor named Lucien Bull. These were scientists, not soldiers. And McNaughton put them
05:54to work on two techniques that would change artillery forever. The first was sound ranging. His team laid
06:01strings of microphones across the Canadian front, each one calibrated to pick up the low-frequency
06:06boom of a gun firing. When a German battery opened up, the microphones recorded the sound at
06:11fractionally different times, milliseconds apart. By measuring those differences, McNaughton's team could
06:18triangulate the position of the gun to within 50 meters. 50 meters. From miles away. Using sound.
06:25The second was flash-spotting. Teams of trained observers watched the German lines through telescopes,
06:31waiting for the split-second muzzle flash of a gun firing at night. Two observers, positioned at known
06:37points, could triangulate a bearing. Cross-reference that bearing with the sound-ranging data, and you had a
06:43position accurate enough to drop a shell into a gun pit. Remember those numbers. 50 meters from sound.
06:49Confirmed by flash. Because what happened next at Vimy Ridge is directly connected to what that German
06:55artilleryman experienced in the Netherlands 27 years later. In the weeks before the assault, McNaughton's
07:01team mapped the positions of more than 80% of the German guns on the Vimy front. 80%. Not estimated.
07:08Plotted. On a 1-10,000 scale map. Each battery marked with a circle. And McNaughton did not just find
07:15the guns.
07:16He developed a formula to correct for something no one had bothered to measure. The wear inside each
07:21Canadian gun barrel, which changed the trajectory of every shell by a tiny, accumulating amount.
07:27He calculated corrections for temperature, wind, barometric pressure. He turned guesswork into geometry.
07:33On the morning of April 9th, the Canadian barrage opened. It was not random. It was a schedule. A rolling
07:40curtain of explosions that moved forward at a fixed rate. 100 yards every three minutes. Time so precisely
07:46that infantry could walk behind it. And while that curtain moved, McNaughton's counter-battery guns,
07:52aimed using his coordinates, systematically destroyed the German artillery positions one by one. The German guns
07:59that had slaughtered the French, that had stopped the British, went silent. Not because they ran out of
08:05shells. Because they ceased to exist. The Canadian Corps took Vimy Ridge in a single day. All four
08:11Canadian divisions fought together for the first time, and succeeded where others had bled for years.
08:17And buried inside that victory, almost invisible in the headlines, was a revolution. A professor from
08:23Montreal had proved that artillery was not about who had the most guns. It was about who had the best
08:28information and the fastest way to turn information into fire. By the end of the war, McNaughton commanded
08:35all heavy artillery and counter-battery forces of the Canadian Corps. He was 31 years old. His barrage at
08:41Valenciennes in 1918, using smoke, counter-fire, and precise targeting to minimize civilian casualties
08:48while dismantling German defenses, is still studied in artillery schools today. But here is what matters for
08:54this story. Wars end. Armies shrink. Doctrines get filed in cabinets and forgotten. The British army
09:01that had invented the tank in 1916 had barely any working tanks by 1939. Knowledge dies when the men
09:08who carry it leave. McNaughton did not leave. He became chief of the Canadian general staff in 1929.
09:15And the man who replaced him? Harry Crear, another gunner, another artilleryman who had served in the same
09:21corps at Vimy. For the next decade, while other armies forgot the lessons of the last war, two
09:26artillery officers ran the Canadian military. And they made a decision that no one noticed at the
09:31time, but that German officers would feel in their bones 25 years later. Through the 1930s, while the
09:38world slid toward war, the Canadian military was almost invisible. Budgets were thin. Equipment was
09:43outdated. At one point, Canada's entire standing army numbered fewer than 4,000 men, smaller than the
09:50police force of New York City. But inside that tiny army, something unusual was happening. The two men
09:55running it were artillerymen, and they were building a doctrine that would outlast them both. The principle
10:00was simple, and it went against the instinct of every infantry commander who ever lived. When a battalion
10:06is under fire, the natural impulse is to grab the nearest guns and point them at the problem. Give me
10:11my
10:11battery. Give me my guns. This is called penny-packeting, parceling out small groups of artillery to
10:17individual units, letting each commander fight his own little war. Every army did it. It felt right,
10:23and McNaughton believed it was a catastrophic waste of the most powerful weapon on the battlefield.
10:28His argument was mathematical. Four guns firing at one target will suppress it,
10:32but 24 guns firing at the same target at the same moment will annihilate it. And 96 guns,
10:38an entire division's artillery, hitting a single map reference within two minutes of the call?
10:43That is not suppression. That is erasure. The difference between penny-packeting and concentration
10:48is not a difference of degree. It is a difference of kind. One keeps the enemy's head down. The other
10:54removes the enemy from the battlefield. So McNaughton and Carrar built a system around one radical idea.
11:00Centralized control under the highest commander who can exercise it. Every battery stays connected to the
11:06regiment. Every regiment stays connected to the division. Every division stays connected to the core. And the
11:12man at the bottom of the chain, a 23-year-old lieutenant lying in a ditch 400 yards from the
11:17German line, with a radio and a map, has the authority to reach up that chain and pull the
11:23trigger on all of it. This is where the system gets its teeth. The Canadians adopted a set of standardized
11:28calls that turned a radio into a weapon. When a forward observation officer spotted a target,
11:34he had options. He could call a regimental target, code word Mike, and every gun in his regiment,
11:3924 barrels, would converge on his coordinates. If the target was bigger or harder, he could call
11:46uncle. Divisional artillery, 72 guns. And if the situation was desperate, he could call victor.
11:52Every gun in the corps within range. Potentially hundreds of barrels, all firing at one point on
11:58the map. Think about what this means. A single lieutenant, cold, scared, watching a German battalion
12:04forming up across a field. Whispers six digits into his radio. Three minutes later, the earth opens.
12:10Not from the battery behind him. From every direction. Guns he cannot see. Guns whose crews
12:16do not know his name. Guns positioned miles apart. All firing at the same coordinates at the same moment.
12:22The German battalion never reaches the crossroads. And the lieutenant calls in a correction and does it
12:27again. No other army had this. Not at this speed. The Americans had excellent artillery. Abundant,
12:34well-supplied, accurate. But their system routed fire requests through a fire direction center,
12:40which added time. The British used the same Mike and Victor calls. But the Canadians, training in the
12:45empty spaces of Petawawa and Shiloh, had years to drill the procedures until they were reflexive. And the
12:51Germans? The German artillery problem was structural. By 1944, German batteries were firing French guns,
12:59Czech guns, captured Soviet guns, each requiring different ammunition, different firing tables,
13:05different parts. Coordination between batteries was slow. Concentration on the scale the Canadians
13:11practiced was, for the Wehrmacht, functionally impossible. But a system on paper is not a system
13:17in practice. The entire architecture depended on one fragile link, the forward observation officer,
13:23the FOO. He was the eyes. Without him, the guns were blind. He had to be close enough to the
13:29enemy
13:30to see what was happening, which meant he was close enough to be killed. He moved with the infantry,
13:35often ahead of them, in an armored carrier or on foot, carrying a radio that the Germans quickly
13:40learned to listen for. The Germans understood perfectly well that if they killed the observer,
13:45they silenced the guns. Every sniper, every mortar crew, every machine gunner knew,
13:51find the man with the radio. This made the FOO's job one of the most dangerous in the Canadian army.
13:56The life expectancy of a forward observation officer in active combat was measured in weeks,
14:02not months. They were young, most in their early twenties. They were trained as artillery officers,
14:08but fought as infantry, sharing trenches and foxholes with the men whose survival depended on how fast they
14:13could read a map and call a grid reference under fire. By 1943, the system was ready. The doctrine
14:20was written. The FOOs were trained. The guns were calibrated. And on a summer night in the Mediterranean,
14:26the entire apparatus, McNaughton's science, Kreirer's doctrine, the mic target, the FOO with his radio,
14:33was about to face its first real test against the German army. Not in a training exercise on the plains
14:39of
14:39Manitoba. On the beaches and mountain roads of Sicily, against the Wehrmacht's best troops,
14:44in terrain that made artillery nearly impossible to use. What happened in those first weeks would
14:49expose a flaw in the system that nobody had anticipated. And fixing it would cost lives that
14:55Canada could not afford to lose. July 10th, 1943. The Mediterranean, off the southern coast of Sicily.
15:03The Canadian 1st Division is at sea, part of the largest amphibious invasion the world has yet seen,
15:09Operation Husky. And the system is already in trouble before a single Canadian boot touches sand.
15:15Two convoys had carried the division from Britain. One fast, one slow. The fast convoy arrived intact.
15:22The slow convoy did not. U-boats found it in the open water. Three ships went down, and with them
15:29sank more than
15:30500 vehicles, 40 guns, and the headquarters signals equipment that Major General Guy Simmons needed to
15:36command his division. Fifty-eight soldiers drowned. The 1st Division would land in Sicily with gaps in
15:42its artillery and holes in its communications. The two things the entire Canadian system depended on.
15:49Simmons was 39 years old, precise, cold-eyed, and, this matters, another product of the Royal Canadian
15:56artillery. Montgomery, who had worked with him in England, called him the real brains of the Canadian
16:01headquarters. Simmons did not panic. He reorganized on the move, improvised communications, and pushed his
16:08division inland. The Italian coastal defenders folded quickly. But within days, the Canadians ran into the
16:15Germans, and the terrain delivered the lesson that Petawawa could not. Sicily is not the Canadian prairie.
16:21It is mountains, switchback roads, stone villages perched on hilltops. The 25-pounder field guns that
16:28were the backbone of Canadian artillery needed flat ground to deploy, clear sight lines for observation,
16:35and roads wide enough to move ammunition forward. Sicily offered none of these. Guns that could set up in
16:41minutes on the plains of Manitoba took hours to manhandle into position on a Sicilian hillside. Radio
16:47signals bounced off ridgelines and died in valleys. And the Foos, the young lieutenants with their radios,
16:54discovered that observing fire in mountains meant climbing to exposed positions, where every German
16:59sniper could see them silhouetted against the sky. The system worked. But it worked slowly, clumsily,
17:06with friction that training had not prepared anyone for. At Lee and Fort in Aguirre, in the brutal hill
17:11fighting of late July, the Canadians learned to adapt, positioning guns on reverse slopes, using relay
17:18stations to bounce radio signals over ridges, sending Foos forward at night to establish observation
17:24posts before dawn. Each adjustment was paid for in time and blood. The division lost over 2,000 men in
17:3128 days of fighting on Sicily. Half its combat strength was chewed away. But the Canadians were learning
17:37something the training manuals never mentioned. The speed of the system, the time between a Foos call
17:43and the arrival of shells, was not just a tactical advantage. It was a psychological weapon. German
17:50soldiers who had fought in Russia, who had endured Soviet artillery that was massive but slow and
17:55inaccurate, were encountering something different. Canadian fire arrived fast, arrived precisely, and
18:02arrived in overwhelming concentration. You did not hear a ranging shot and then have minutes to move.
18:08You heard nothing, and then the world exploded. This became vivid at the Moro River in December of 1943.
18:15The 1st Division, now under Major General Chris Vokes, was ordered to cross the river and take the
18:21coastal town of Ortona. Ahead of them were the men of the German 1st Parachute Division, the Fallschirmjäger,
18:27the Green Devils, arguably the finest light infantry in the Wehrmacht. They had fortified every farmhouse,
18:34every stone wall, every olive grove on the north bank. On December 19th, the Canadians put down the
18:40heaviest artillery barrage they had ever fired. Thousands of shells hit a narrow strip of German-held
18:45ground within minutes. When the barrage lifted and Canadian infantry moved forward, German paratroopers,
18:52men trained to hold under any conditions, climbed out of their positions waving white flags. A war
18:58correspondent with the 8th Army reported that they were so badly shaken they could not put up a fight.
19:03Tanks and infantry, following a creeping barrage, had gotten right into the German positions before
19:09the defenders could react. Pay attention to that detail, right into the positions. The barrage was
19:15timed so precisely that Canadian infantry was moving forward just yards behind the last line of exploding
19:21shells. If the timing was off by seconds, Canadians died from their own fire. If it was off by minutes,
19:28the Germans recovered and the infantry walked into machine guns. The margin was razor thin,
19:33and by December 1943, Canadian gun crews and FOOs were hitting it consistently. Ortona itself became a
19:41nightmare, street fighting so savage that correspondents called it the Italian Stalingrad. But in the open
19:47ground before the town, it was Canadian artillery that broke the German defensive line. Vokes, exhausted and
19:54spent, wrote to his British corps commander that his division was no longer fit for offensive operations.
20:00The cost had been enormous, but something had been proved. The system that McNaughton designed at Vimy, that
20:06Carrar codified in peace time, that young FOOs learned at Petawawa, it worked against the best troops
20:12Germany had. Not perfectly, not cheaply, but decisively. And now that system, blooded and
20:19refined in the mountains of Italy, was about to be loaded onto ships again, not for another sideshow,
20:25for the main event. In the spring of 1944, the largest invasion force in history was assembling in
20:32the harbors of southern England. And for the first time, the full weight of the Canadian artillery,
20:37not one division, but an entire army, would fire together. What happened on the morning of June 6th
20:43would leave a mark on the war that the Germans never recovered from. But it would also reveal just
20:48how much depended on the men who carried the radios. June 6th, 1944, 6.30 in the morning, the English
20:55Channel, 96 M7 Priest self-propelled guns, 25-pounders mounted on Sherman tank chassis, are strapped to the
21:04pitching decks of landing craft, their barrels pointed south toward a coastline still hidden by
21:09smoke and low cloud. The gunners are soaking wet, and most of them are seasick. In a few minutes,
21:15they will become the first Canadian artillery to fire on the beaches of Normandy. The plan is ambitious
21:20and slightly insane. Rather than wait to land the guns on shore, the Canadians will fire while still at sea,
21:27a rolling, heaving gun platform aimed at fixed targets 2,000 yards away. Major Peen, the fire control
21:34officer for the 19th Field Regiment, gives the order. The guns open up, a hundred rounds per gun,
21:40phosphorus and high explosive, hammering the beach defenses of Juneau as the landing craft close the
21:46distance. The channel does what the channel does. The waves throw off the gunner's aim by hundreds of yards.
21:52A post-war study found that many rounds landed a thousand yards from their intended targets.
21:58The concrete bunkers, three to seven feet thick, shrug off most of the hits. But this is not the point.
22:04The point is that when the first wave of Canadian infantry, the North Shore Regiment, the Queen's own rifles,
22:11the Regina Rifles, hits the sand at Juneau Beach, there are already FOOs among them. Artillery officers carrying
22:18radios, wading through chest-deep water under mortar and machine gun fire. Their sole mission to get
22:24ashore, find a spot where they can see the German positions, and start calling fire. D Troop of the
22:3063rd Battery landed west of Saint-Aubin-sur-Mer at 9.10 in the morning under rifle and mortar fire.
22:37Within
22:37ten minutes they had their first gun 200 yards inland and firing. Ten minutes. While the beach was still under
22:43direct fire, while engineers were still clearing obstacles and medics were dragging wounded men
22:49behind wrecked vehicles, a Canadian gun crew had unlashed a priest, driven it off the landing craft,
22:55found a field, and started killing Germans. This is what training at Petawawa produced. Men who could
23:01set up and fire while the world around them was still on fire. By nightfall on June 6th, the Canadian
23:073rd
23:07Division had pushed further inland than any other allied force on any beach. The artillery was ashore,
23:13the FOOs were forward, and the system was operational. But the hardest fighting in Normandy had not yet
23:20begun. It began in July, when the 2nd Canadian Infantry Division arrived in France. And with it came the
23:26404th Field Regiment, Royal Canadian Artillery, and a 27-year-old forward observation officer named George
23:33Blackburn. Before the war, he had been a newspaper reporter in Pembroke, Ontario. Now he sat in the cupola
23:40of an armored carrier, field glasses pressed to his eyes, a radio handset against his ear, watching
23:46German positions through hedgerow gaps that a sniper could watch just as easily. Blackburn would become
23:51the longest-serving FOO in the entire 1st Canadian Army. This is not a boast. It is a survival statistic.
23:59Most forward observation officers lasted weeks in Normandy before they were killed or wounded.
24:04They moved with the infantry, but carried a target on their backs. The Germans knew that the man with
24:09the radio was the man who brought the thunder. Kill him, and the guns go quiet. Every mortar barrage,
24:16every sniper round, every burst of machine gun fire was, in part, hunting for the FOO. Blackburn survived.
24:23Dozens of his fellow observers did not. And what he saw from his observation posts in those first weeks
24:29of July, would stay with him for 60 years. The Canadian artillery system, designed in peacetime,
24:35tested in Sicily and Italy, was now operating at a scale McNaughton had always intended, but never lived to command.
24:42When Blackburn called a Mike target, regimental fire, 24 guns, the rounds arrived within three minutes.
24:49When the situation demanded an uncle target, the entire division's artillery, 72 guns converged on a single point
24:57with a speed that stunned both the infantry it saved and the Germans it hit. The battles around Caen,
25:03in July and August of 1944, were among the most brutal of the entire Normandy campaign.
25:09The Germans had concentrated their best armored divisions opposite the Canadian and British sectors.
25:14The 12th SS Panzer, Panzer Lair, the 21st Panzer. These were not garrison troops. These were men and
25:21machines that had fought in Russia. And they threw counterattack after counterattack at the Canadian
25:27lines, trying to push them back from the approaches to calm. Time after time, Canadian artillery broke
25:33those counterattacks. A German armored column forming up behind a tree line would be spotted by a FOO,
25:40sometimes from the ground, sometimes from an Auster light aircraft circling overhead. And within minutes,
25:46the tree line would cease to exist, not suppressed, destroyed. German tank crews who survived described
25:53the experience as bewildering. There was no warning. One moment they were assembling, the next, every
25:59direction was exploding simultaneously. They could not tell where it was coming from because it was
26:04coming from everywhere. And this was still not the full system. The Canadians in Normandy had not yet
26:10called a victor target. Every gun in the core on one point. That would come. And when it came, it
26:16would
26:16come in a place the Germans were certain they could hold. A narrow corridor of flooded polders and fortified
26:22villages where they believed no army could advance. They were wrong. But understanding why they were
26:28wrong requires understanding what Guy Simmons did with Canadian artillery on the road to Falaise.
26:33And why one German general's after-action report reads less like a military document and more like a
26:39confession. August 7, 1944. South of Caen, 11 o'clock at night. Guy Simmons is about to do something no
26:48commander on the western front has attempted. Launch an armored assault in total darkness,
26:53without a preparatory barrage. The logic is counterintuitive. Every allied attack in Normandy
26:59had opened with hours of bombing and shelling that told the Germans exactly where the blow was coming,
27:04and gave them time to reposition. Simons wanted the opposite. Silence, then shock. His infantry would
27:11ride into battle in armored personnel carriers of his own invention, converted from decommissioned priest
27:17gun carriages with their guns removed, welded shut, packed with soldiers. He called them kangaroos.
27:24No army had ever used them. And they would advance in columns through the German lines at night,
27:29guided by tracer fire, and searchlights bounced off clouds, bypassing strong points,
27:34punching straight through to the rear. The artillery's role was not to announce the attack.
27:39It was to answer anything that tried to stop it. Operation Totalize went in behind a carpet of RAF
27:45heavy bombers that hit the flanks, not the front. When the armored columns rolled forward in the dark,
27:51the initial German response was confusion. Defenders on the flanks heard engines but could not see
27:56targets. And when they fired, revealing their positions, the FOOs riding with the lead elements
28:02did what they had trained for, called Mike targets onto each muzzle flash. 24 guns. Three minutes.
28:09Silence. By dawn, the Canadians had torn a hole four miles deep in the German line. The 12th SS Panzer
28:16Division, the unit that had fought the Canadians since D-Day with a ferocity that bordered on
28:21fanaticism, launched an immediate counterattack with Tigers and Panthers. For a few hours on the morning
28:28of August 8th, the outcome was uncertain. Then Simons committed his reserves, and the artillery went to
28:33work at a scale Normandy had not yet seen. This was no longer Mike targets, regimental shoots. This was
28:40uncle and above. The entire 2nd Canadian Corps artillery, coordinating across multiple divisions,
28:46concentrating fire on German armored formations as FOOs spotted them from Auster aircraft overhead.
28:52A Tiger tank company assembling behind a farmhouse. A Panzergrenadier battalion moving up a sunken road.
28:59Each one, within minutes of being spotted, caught under dozens of guns firing simultaneously from
29:05positions spread across miles of Norman countryside. The Germans could not suppress the fire, because
29:11there was no single source to suppress. It came from everywhere. A week later, Simons launched Operation
29:17Tractable, this time in daylight, behind a massive smokescreen laid by artillery, with two armored
29:23battle groups racing for Falaise. The objective was not just to take the town, it was to close a trap.
29:29The American 3rd Army under Patton was sweeping up from the south. If the Canadians could reach
29:34Falaise and push east to the village of Trun, 100,000 German soldiers would be encircled. Consider
29:41the German artillery situation at this moment, because the contrast is the answer to this video's
29:46question in miniature. General Hans Eberbach, commanding the 5th Panzer Army opposite the Canadians,
29:51later wrote that his artillery included guns from every major power in Europe. French, Czech, Polish,
29:58captured Soviet pieces. Different calibers, different ammunition, different firing tables. Coordinating
30:05fire between batteries was a logistical ordeal. Concentrating the fire of his entire force on a
30:11single point? Practically impossible. He was fighting a modern war with an artillery museum.
30:16The Canadians took Falaise on August 16th. By August 21st, the pocket was closed. What remained inside
30:24was annihilation. A hundred thousand German soldiers and their equipment were crammed into a shrinking
30:29corridor no more than ten miles wide, and every inch of it was within range of allied artillery.
30:35Canadian, British, and Polish guns pounded the roads day and night. Pilots flying over
30:40the pocket described the landscape below as something from a medieval painting of hell.
30:45Dead horses, burning vehicles, columns of men cut apart mid-stride. Eisenhower, visiting the pocket
30:52after its collapse, said he had never seen such scenes of destruction and called it one of the
30:57greatest killing grounds of the war. Sixty thousand German soldiers were killed or captured in the Falaise
31:03pocket. The 5th Panzer Army effectively ceased to exist. The 7th Army was a skeleton. Normandy was over,
31:10and buried in the after-action reports, in the interrogation transcripts, in the stunned accounts
31:16of German officers who survived, was a consistent thread. Not the bombers. They had endured bombers
31:22on the Eastern Front. Not the tanks. German tanks were still superior in most engagements. The artillery,
31:28the speed of it, the coordination, the overwhelming, suffocating, inescapable precision of fire that
31:34arrived from invisible sources before you could react. The Canadian Army left Normandy in late
31:40August, with a reputation that had not existed eight weeks earlier. The Germans knew them now,
31:45not as British auxiliaries, not as colonial troops, but as an army whose artillery could dismantle a
31:51panzer division in an afternoon. But what came next would test the system in a way Normandy never had.
31:57The terrain was flat, flooded, crisscrossed with dikes and polders, and the Germans had a month to dig in.
32:03The mission was one that Montgomery himself called equal in difficulty to D-Day, and the German defenders
32:09waiting in those polders included the same paratroopers who had nearly held Ortona. Remember
32:15the man from the opening, the German artilleryman at Waterland, Kerkia, who told his interrogator he was
32:21glad to be captured? His war was about to intersect with George Blackburn's, and what happened between
32:27them is where the full answer to this video's question finally becomes clear.
32:32October 2nd, 1944. The Scheldt estuary, Belgium and the Netherlands. The first Canadian army has
32:38been given a mission that will determine whether the Allied advance across Europe stalls or continues.
32:44The port of Antwerp, the second largest in Europe, was captured intact by the British in September.
32:50But Antwerp sits 50 miles inland, connected to the sea by the Scheldt, and the Germans still hold both
32:56banks of the estuary. Until those banks are cleared, not a single supply ship can reach the docks.
33:01And without Antwerp, the Allied armies will starve. Montgomery called the task equal to D-Day.
33:07Then he gave it to the Canadians, and turned his attention elsewhere.
33:11Look at the ground the Canadians were asked to fight on. The Scheldt is not Normandy. There are no
33:16hedgerows, no rolling hills, no cover. It is polders, flat, reclaimed farmland that sits below sea level,
33:23criss-crossed with dikes that act as raised roads and natural fortresses. The Germans had flooded
33:28entire sections by breaching dikes, turning fields into shallow lakes. The only way to advance was
33:35along the dike tops, single file, fully exposed, silhouetted against the sky. And dug in along those
33:41dikes were German paratroopers, the same Fallschirmjäger the Canadians had fought at Ortona, reinforced and
33:48rested, with orders to hold at all costs. This terrain neutralized almost every advantage a modern army
33:54possessed. Tanks bogged down in the mud. Flanking maneuvers were impossible when the ground on either
34:00side of the dike was underwater. Air support was limited by autumn fog and rain. The one weapon that
34:06could reach across the flooded fields, that could hit a machine gun nest on a dike a thousand yards away
34:11without exposing a single Canadian soldier, was artillery. On October 13th, the Black Watch,
34:17the Royal Highland Regiment of Canada, was ordered to advance across open polder toward a railway
34:23embankment near Wundstrecht. The ground they had to cross was a thousand yards of flat, sodden beet fields,
34:29with no cover of any kind. The soldiers called it the coffin. They were right. German artillery, mortars,
34:35and machine guns caught them in the open. By the end of the day, 56 of 145 men were dead.
34:41Every company
34:42commander was killed or wounded. It was the second time in four months the Black Watch had been
34:47effectively destroyed as a fighting unit. Three days later, on October 16th, the Royal Hamilton Light
34:53Infantry attacked Wundstrecht itself. This time, the artillery led. Three field regiments and two medium
35:00regiments, over a hundred guns, fired a coordinated program that walked shells across the German
35:06positions in a timed sequence, suppressing each line of defense seconds before the infantry reached it.
35:12George Blackburn, in his observation post overlooking the polders with the 2nd Division,
35:17was one of the FOOs controlling that fire. In his memoirs, he described the Scheldt as the point
35:22where he understood, with absolute clarity, that the infantry could not survive without the guns,
35:27not as support, as the difference between living and dying. The Reillys took Wundstrecht and the
35:33high ground beyond it by noon on October 17th. The Germans counterattacked repeatedly for five days.
35:39Each counterattack was broken by artillery concentrations, called in by FOOs, who could
35:45see the German formations assembling across the flat, coverless terrain. Terrain that was a death trap for
35:51infantry, but a perfect observation platform for a man with binoculars and a radio. And this is where the
35:56full answer to this video's question comes into focus. Think about what the German artilleryman
36:01from the opening experienced. His battery opened fire on the Canadians from a farm near Waterland,
36:07Kirchia. He expected counter-battery fire. That was normal. Every artillery duel in the war worked
36:13the same way. You fire, they fire back. You adjust, they adjust. A chess game between batteries. But what
36:21hit him was not a chess game. It was not one battery answering his four guns. It was the entire
36:26weight
36:27of a division's artillery, called by a single FOO who spotted his muzzle flashes, whispered a grid
36:32reference into a radio, and said two words, Mike Target. Within minutes, dozens of guns converged on
36:39his position from directions he could not even identify. Two of his guns were destroyed before his
36:44crews could respond. The other two were abandoned. The duel was over before it started. He told his
36:50interrogator he was glad to be captured. Now you understand why. He was not a coward. He was a
36:56professional who had just discovered that the rules of his profession no longer applied. He knew how to
37:01fight a battery. He did not know how to fight a system. A system where the man who found him
37:06was not
37:07the man who killed him. Where the killing was done by guns he could not see, could not reach, could
37:12not
37:12suppress. Coordinated by an architecture of communication that connected a lieutenant in
37:17a ditch to a hundred barrels spread across ten miles of front. This is what German officers meant
37:23when they called Canadian artillery worse than anything they had faced. Not louder. Not more
37:28numerous. Faster. More coordinated. Inescapable. A weapon that turned a single pair of eyes into an
37:35earthquake. By November 8th, the Scheldt was clear. The cost was staggering. Nearly 13,000 Canadian
37:42casualties in five weeks. But Antwerp was open. Supplies were flowing. And the Allied advance
37:48could continue. The Canadian artillery had not just supported the infantry through the Scheldt.
37:52It had carried them. And still, the system had not reached its peak. That would come three months
37:58later, on a frozen morning in February, when the first Canadian army assembled more guns on a narrower
38:03front than any force in the history of the Western Front. Over a thousand barrels, half a million shells,
38:09and a barrage that German survivors would describe in a single, repeated word. Unholy.
38:15February 8th, 1945. Five o'clock in the morning. The Nijmegen salient on the Dutch-German border. It is
38:23still dark, and it is bitterly cold. The worst winter in living memory. Half a million soldiers of the First
38:29Canadian Army are in position along a front barely seven miles wide. Behind them, in gun pits scraped into
38:35frozen mud, stretching back for miles, sit 1,034 artillery pieces. Field guns, medium guns, heavy guns,
38:45super heavy howitzers, rocket projectors. And beside each gun, stacked in dumps that took weeks to build,
38:51more than half a million shells. At five o'clock exactly, every gun fires. The barrage that opens
38:58Operation Veritable is the largest concentrated artillery bombardment of the entire war on the Western
39:04Front. It will last over five hours. The noise is so immense that men standing beside the guns are
39:09deafened for hours afterward. The ground shakes for miles in every direction. German soldiers in their
39:15bunkers on the far side of the Reichswald forest feel the earth move beneath them, as if the planet
39:21itself has shifted. Across the German positions, shells are arriving at a density that defies comprehension.
39:27Not in salvos, not in waves, but in a continuous, unbroken roar that erases the distinction between
39:34one explosion and the next. George Blackburn is in the cupola of the Grosbeek windmill,
39:40overlooking the German lines. He has been using this observation post for weeks, studying the terrain
39:45through his field glasses, plotting coordinates, preparing fire plans. He is 27 years old. He has been a
39:52forward observation officer for eight months, longer than any other FOO in the 1st Canadian Army.
39:58Most of the men who trained with him are dead. He is exhausted, quietly terrified, and very good at his
40:05job. When the infantry goes forward at 10.30, five divisions attacking in line, 50,000 men with 500
40:12tanks, the artillery shifts to a rolling barrage that moves ahead of them at a fixed rate, just as it
40:18did at
40:18Vimy Ridge 28 years earlier. The same principle, the same geometry. Walk behind the curtain of steel.
40:25Trust that the men at the guns have calculated the timing to the second. Trust the system.
40:30The fighting that followed was among the most savage of the entire war. The Reichswald Forest,
40:35the Hochwald, the fortified towns of Cleve and Gauk, each one a killing ground. German paratroopers and
40:42panzer grenadiers fought with a desperation that veterans of Normandy said exceeded anything they had
40:48experienced. The ground turned to mud as the thaw came, swallowing tanks and guns alike. Eisenhower
40:54later called it some of the fiercest fighting of the whole war. And through all of it, the Canadian
40:59artillery system held. FOOs moved forward with the infantry into the forest, calling fire through
41:05relay stations when the trees blocked their radios. Gun crews worked around the clock in freezing rain,
41:11firing until their barrels glowed. Battery commanders coordinated Mike targets, Uncle targets, and,
41:18for the first time at full scale, Victor targets that brought the weight of the entire corps onto
41:23single German strongpoints. The system that Andrew McNaughton had conceived in a trench at Vimy,
41:29that Crerar had codified in peacetime, that Simons had refined in Sicily and Normandy, that Blackburn and
41:35hundreds of FOOs like him had carried into battle at the cost of their lives, reached its fullest expression
41:41in the Rhineland. By March 10th, the Canadians held Xanten. The west bank of the Rhine was clear.
41:48230,000 German soldiers had been killed or captured in the Rhineland campaign. The road into Germany was
41:54open. Twenty-eight years. That is the span between McNaughton's microphones at Vimy Ridge and the
42:001,000-gun barrage at Veritable. Twenty-eight years in which a doctrine was born, preserved, taught, tested,
42:07refined, and finally unleashed at a scale its creator never imagined. Other armies had more guns. Other
42:14armies had better tanks, more aircraft, deeper reserves. But no other army carried a 28-year
42:20institutional memory of scientific artillery, passed from McNaughton to Crerar to Simons to the FOOs in
42:28their ditches, that could turn a single radio call into the coordinated fire of a thousand guns.
42:33That is why German officers called Canadian artillery worse than anything they had faced.
42:38Not because of the shells, because of the system behind the shells. Because a frightened lieutenant
42:43in a flooded polder could whisper six numbers into a handset, and three minutes later, the world would
42:49end for anyone standing at those coordinates. Because the distance between seeing the enemy and killing the
42:55enemy had been compressed to almost nothing, and the Germans had no equivalent. George Blackburn
43:00survived the war. He won the military cross for holding a bridgehead on the Twente Canal in the
43:05Netherlands. He went home to Canada, married Grace Fortington, and lived with her for 60 years. He became
43:11a songwriter, a documentary filmmaker, a public servant. And in his 70s, he sat down and wrote three
43:17books about what he had seen. The Guns of Normandy, The Guns of Victory, and Where the Hell Are the
43:23Guns?
43:24He wrote them in the second person, as though the reader were standing beside him, because he believed
43:29that the only way to understand what artillery did was to feel it arrive. Every autumn, until his final
43:36years, he traveled to the artillery school at Shiloh, Manitoba, to speak to young officers in training.
43:42He told them about the system, about the foos who did not come home, about the men at the guns
43:48who
43:48never saw the targets they destroyed, but saved the lives of men they never met. He died in 2006,
43:55at the age of 90, in Ottawa. The farmhouse where he was born, near the village of Wales, Ontario,
44:01no longer exists. It disappeared beneath the waters of the St. Lawrence Seaway, but the system he fought
44:07for is still in use. The procedures that Canadian artillery officers learn today – the mic target,
44:13the concentrated fire, the foo with the radio – descend in an unbroken line from a young
44:19professor who stood in the mud of Vimy Ridge in 1917, and decided that the problem of artillery
44:25was a problem of mathematics. He solved it. And for the rest of the century, every army that faced
44:31Canadian guns learned the same lesson that a tired German artilleryman in the Netherlands already knew,
44:37some weapons you can see coming. This one, you only heard when it was already too late.
44:43Thank you for watching this one all the way to the end. If this story meant something to you,
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44:57you are watching from – Canada, the States, the UK, the Netherlands, Australia, anywhere. And if
45:04someone in your family fought on the Allied side – Canadian, American, British, Dutch, Polish,
45:10Australian – any of the nations that stood together – tell me about them in the comments.
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