What Canadian Soldiers Did When a German Major Refused to Surrender

The Ingenious Strategy of Major Jack Morrison: How Canadian Soldiers Overcame a German Fortress

Chapter 1: The Setting of the Stage

In October 1944, the war in Europe was raging, and the stakes were high. The location was Brekkins Pocket, a strategic point in the Netherlands. The North Sea wind howled across the flat Dutch coastline, carrying with it the smell of salt and gunpowder. Major Jack Morrison stood in a muddy trench, staring at the concrete fortress that loomed 200 yards away. Rain hammered against his helmet and ran down his neck in cold streams, but the chill was nothing compared to the grim reality of the situation.

Behind him, 34 wooden crosses stood in neat rows, marking the graves of Canadian soldiers who had fallen in just three days of trying to take that one fortress. Each cross represented a family back home that would receive a telegram informing them that their sons and husbands would never return. The fortress, a massive structure rising from the seawall, was a formidable opponent, constructed with 12 feet of reinforced concrete by Nazi engineers in 1942 as part of the Atlantic Wall defenses.

Inside the fortress, Major Klaus Richtor commanded 180 Wehrmacht soldiers who were well-prepared for a siege. They had enough food for six weeks and ammunition stacked floor to ceiling. The fortress was not just a military stronghold; it was a critical point of defense that could control the waterway leading to Antwerp, the second-largest port in Europe. Major Richtor had made his position clear three days prior when he sent a message to the Canadians, refusing to surrender and declaring his intent to fight to the last bullet.

Chapter 2: The Importance of Antwerp

The stakes could not have been higher. Antwerp was vital for the Allied war effort, as it could facilitate the delivery of 4,000 tons of supplies daily—fuel for tanks, ammunition for artillery, food for soldiers, and medicine for field hospitals. With Major Richtor controlling the Scheldt estuary, any Allied ship attempting to pass would be destroyed. This knowledge gave Richtor the confidence that he could hold the fortress indefinitely.

The Allied commanders had thrown everything they had at the problem. British destroyers had sailed close to shore, firing 500 shells at the concrete walls, but the shells exploded harmlessly against the thick concrete. American generals proposed using heavy bombers to drop thousands of pounds of explosives on the fortress, but concerns for Dutch civilian lives prevented such drastic measures. Consequently, the Canadians resorted to infantry assaults, but these attacks had resulted in devastating casualties.

Chapter 3: The Cost of Assaults

The first assault came at dawn two days prior, with 80 men charging across open ground toward the fortress. German machine guns opened fire when the Canadians were only 150 yards away, resulting in 23 deaths in the first 90 seconds, with many more wounded. The survivors crawled back to the trenches, dragging their injured comrades with them. A second assault, utilizing smoke grenades, ended similarly, with 24 more Canadians falling to enemy fire.

The situation was dire, and a British admiral visited the Canadian positions that rainy morning. He spoke with absolute certainty about continuing naval bombardment, insisting that bigger guns were on the way. An American general nodded in agreement, suggesting that another infantry wave would eventually break the Germans’ defenses. However, the Canadian officers felt sick to their stomachs at the thought of more attacks that would only result in more graves.

Winter storms were approaching, and in just 48 hours, heavy weather would render any naval operations impossible. If they did not take the fortress before the storms arrived, they would have to wait until spring. Every day of delay meant 4,000 tons of supplies stuck in warehouses instead of reaching the front lines.

Chapter 4: Major Jack Morrison’s Insight

Amidst the chaos, Major Jack Morrison studied the map spread across a wooden ammunition crate. At 29 years old, with weathered skin and strong hands scarred from years of hard work, Morrison had been a deep-sea fisherman in Newfoundland before the war. He understood boats, nets, and the moods of the ocean. He had learned to read the weather by the color of the clouds and the smell of the wind.

As he listened to the generals argue about artillery, he noticed something they had overlooked: the tide charts. The Scheldt estuary had the second-highest tides in Europe, with water levels rising 23 feet above mean sea level at high tide and dropping 22 feet below at low tide—a total difference of 45 feet twice each day. Morrison studied the fortress blueprints captured from a German engineering officer and realized that the fortress sat directly on top of the seawall, not behind it or dug into the land.

The drainage pumps marked on the blueprints were designed to handle normal rainfall and tides, but what would happen if the water was not normal? Morrison stared at the gray North Sea stretching to the horizon and thought about how fish swim through currents and tides. They never fought against the ocean; they used its power to move where they wanted to go. It was a lesson he had learned over 15 years on fishing boats.

Chapter 5: The Ingenious Plan

Morrison’s mind raced as he traced the path water would take if the seawall was breached at the right spot and the right time. For the first time in three days, he smiled. He whispered to himself in the cold rain, “Fish don’t fight the current. They use it, and I know exactly how to use it.”

That afternoon, he requested an urgent meeting with his engineering team. Six men gathered in a supply tent out of the rain, and Morrison spread his maps and tide charts across a table made from stacked ammunition boxes. He pointed to a spot on the map 200 yards west of the fortress, where British naval bombardment had damaged the seawall.

“This is our weak point,” he explained. If they could breach the wall there at low tide, the North Sea would pour through the gap. When high tide came six hours later, millions of gallons would flood the fortress’s basement and lower levels, rendering their ammunition and supplies useless.

A sergeant named McKenzie raised a practical question: “How much explosive do we need to blow a hole in that wall?” Morrison had already calculated that they would need 400 pounds of explosives placed deep in the cracks. He planned to use shape charges to direct the blast inward toward the landside.

Morrison smiled, saying they could borrow explosives from various engineering companies. No one would notice until it was too late. But first, he needed to confirm that his plan would work.

Chapter 6: The Night Reconnaissance

That night, Morrison selected six engineers who were strong swimmers. They donned dark clothes and blackened their faces with mud before slipping into the freezing North Sea. The tide was going out, and they had to reach the damaged section of the wall before it reached its lowest point.

The six men reached the seawall and climbed onto the exposed rocks. Morrison examined the cracks in the concrete wall with a small flashlight, discovering that the damage was even better than he had hoped. The British shells had fractured the wall deep into its structure, creating perfect places to nestle explosive charges.

After 90 minutes of reconnaissance, they returned to their lines, and Morrison had the information he needed. The plan would work. The next morning, he presented his flooding operation to the Allied command in a farmhouse filled with the smell of wet wool and tobacco smoke.

Chapter 7: Convincing Command

As Morrison explained his plan, the British admiral’s face turned red with anger. “You want to flood a Dutch town?” he shouted, deeming it absolutely unacceptable. Morrison remained calm, explaining that the Dutch government had evacuated every civilian from the area two weeks prior, and the town was completely empty.

The American general interrupted, questioning what would happen if the scheme failed. Morrison countered that if the plan failed, they would be in the same position as before, but if it succeeded, they could take the position without losing any more soldiers.

Despite Morrison’s compelling arguments, the British admiral and American general remained unconvinced. Just when it seemed all hope was lost, a voice spoke from the doorway. Lieutenant General Guy Simmons, commanding the entire Second Canadian Corps, entered the room. He demanded that Morrison be given 24 hours to make his plan work, using whatever resources he needed.

Chapter 8: Gathering Resources

Morrison and his engineering team worked through the night gathering supplies. They visited three different Canadian engineering companies, borrowing explosives from each unit. By dawn, they had assembled 400 pounds of explosives in a barn. The charges had to remain completely dry, even when placed underwater at the base of the wall.

They wrapped each bundle of explosives in rubberized canvas tarps and sealed every edge with waterproof tape. Morrison rigged the detonators using modified artillery fuses connected to a waterproof watch mechanism, ensuring that nothing could be left to chance.

For transportation to the seawall, Morrison contacted the Dutch resistance, who provided a fishing boat with a quiet engine. The boat was loaded carefully with the waterproofed explosives, and Morrison checked the tide charts one final time. Low tide was set for 3:47 a.m. on October 28th, giving them a narrow window of 20 minutes to place the explosives and get back to safety.

Chapter 9: The Execution of the Plan

As the sun set over the cold, gray North Sea, Morrison and his engineers climbed into the fishing boat. The engine started quietly, and they navigated through the darkness toward the seawall. At 3:15 a.m., they reached the damaged section of the wall and began working in total silence, passing the waterproofed explosive bundles from hand to hand.

Morrison found the largest crack and pushed a 40-pound bundle of explosives deep into the gap. As he connected the detonator wires, he set it for 3:47 exactly. With everything in place, the engineers scrambled back into the fishing boat and retreated to a safe distance.

Chapter 10: The Moment of Truth

At exactly 3:47 a.m., 400 pounds of explosives detonated inside the seawall. The sound was a deep rumbling roar that shook the boat, and the seawall erupted in a fountain of concrete chunks and white spray. When the spray cleared, Morrison could see a gap where solid concrete had stood moments before.

For a brief moment, nothing happened. Then, the North Sea recognized the opening and poured through with the force of an avalanche. The sound was like Niagara Falls compressed into a 30-foot width, with 50,000 gallons of seawater rushing through the breach every minute. The water surged toward the fortress, and Morrison checked his watch, knowing they had six hours until high tide.

Chapter 11: The Flooding Begins

As the hours passed, Morrison watched the water creeping across the battlefield. By 9 a.m., it was two feet deep and rising faster as the tide came in. Inside the fortress, Major Richtor realized something was terribly wrong. Water began seeping up through floor drains in the basement, and his men tried to pump it out, but the pumps could not keep up with the deluge.

At 9:30 a.m., seawater reached the main ammunition storage room, filling it with 18 feet of water in just 20 minutes. Artillery shells and rifle ammunition floated and then sank, with saltwater ruining everything. Richtor attempted to radio for help, but the radio room was flooding, and his final transmission cut off mid-sentence: “The Canadians have weaponized the sea itself. We are being drowned in our own fortress.”

Chapter 12: The Surrender

At 9:47 a.m., high tide arrived, and the water level jumped dramatically. Morrison watched as the fortress disappeared behind a sheet of spray and waves. When visibility cleared, water surrounded the entire structure, pouring through the main entrance doors and flooding through ventilation shafts.

German soldiers abandoned the lower levels and climbed to the upper floors, but the water kept rising. At 10:15 a.m., Morrison saw movement on the fortress roof. German soldiers began emerging through a rooftop hatch, standing on the wet concrete and looking down at the water engulfing their fortress. Within five minutes, 80 German soldiers stood on the roof, and at 10:30, a white flag appeared—a bed sheet tied to a broken radio antenna.

Morrison felt relief wash over him; the plan had worked. At 10:45 a.m., the main fortress door opened, and German soldiers waded through chest-deep water, hands raised above their heads. Their uniforms were soaked, and their faces showed shock and confusion. They had expected to fight bullets and bombs, but instead, they had been defeated by the ocean itself.

Chapter 13: The Aftermath

Major Klaus Richtor emerged last, waiting through the water while still wearing his officer’s cap. He approached a Canadian officer and formally surrendered. Richtor looked back at his fortress, now submerged, and quietly remarked, “You did not fight us with guns. You fought us with the sea.”

Morrison stood in the observation post, witnessing the last German surrender. Not one Canadian soldier had died in this operation. In contrast to the conventional assault, which would have cost hundreds of lives, the actual cost was merely 400 pounds of explosives and one breached seawall.

The Sheldt estuary was now open to Allied shipping, and within 72 hours, the first supply ships reached Antwerp. The war would continue for seven more months, but this moment marked a turning point, achieved not through superior firepower but through innovative thinking.

Chapter 14: The Legacy of Major Jack Morrison

Morrison’s success changed how the Allies approached warfare for the rest of the conflict. His ingenuity and ability to think like a fisherman, rather than a soldier, allowed him to devise a plan that saved countless lives. The flooding of Major Richtor’s fortress became a case study in military engineering, with Canadian engineer units requesting copies of Morrison’s plans to learn from his tactics.

In the years following the war, similar flooding techniques were employed by British commandos against German bunkers on the French coast and by Soviet engineers in Poland. The principles Morrison demonstrated—using the environment, physics, and nature’s power instead of fighting against it—remain relevant in modern military tactics.

Lieutenant General Simmons promoted Morrison to Lieutenant Colonel, and he took command of an entire Canadian engineer brigade, leading them through the Netherlands and into Germany during the final months of the war. His reputation grew, and he became known as “the fisherman,” admired for his ability to find solutions that bullets could not.

When the war ended in May 1945, Morrison returned to Newfoundland, stepping off the ship onto familiar docks and breathing in the salt air. He resumed fishing for two years but found the ocean had changed for him. In 1948, he became the harbor master for his home port, managing boat traffic and tide schedules.

Morrison lived quietly for 43 years after the war, marrying in 1949 and raising three children. He passed away in 1989 at age 74, remembered as a good harbor master and a fair businessman. In 1991, the provincial government named a new bridge after him, connecting the mainland to a small fishing island—a tribute to a man whose legacy extended beyond the battlefield.

Chapter 15: The Journey of Major Klaus Richtor

Major Klaus Richtor spent nearly two years as a prisoner of war in a Canadian camp, where he was treated well. Upon his return to Germany, he found his home city of Hamburg destroyed by Allied bombing. His family had been shattered, and he became a school teacher, teaching history and geography to children who had grown up during the war.

In 1962, Richtor wrote a memoir titled “Fortress of Water,” reflecting on his experience at Brekkins and acknowledging Morrison’s tactics as both militarily brilliant and morally sound. He recognized that Morrison had defeated him without massacre, a distinction that resonated deeply with him.

In 1978, at age 78, Richtor traveled to Newfoundland to meet the man who had flooded him out 34 years earlier. The two men, once enemies, shared an afternoon on the water, appreciating the tides and the sea. Their encounter was a testament to the understanding that can emerge from shared experiences, even in the aftermath of conflict.

Conclusion: Lessons Learned

The story of Major Jack Morrison and Major Klaus Richtor teaches us three important truths about solving impossible problems. First, use your environment as an ally instead of an obstacle. Morrison did not view the ocean as an impediment; he recognized its potential as a powerful weapon.

Second, winning without killing is still winning. Morrison’s innovative approach saved Canadian lives and provided German soldiers with a choice to surrender rather than fight to the death. Lastly, questioning authority can save lives. Morrison’s willingness to challenge conventional thinking led to a breakthrough that preserved countless lives on both sides.

Military planners continue to study Morrison’s operation in engineering schools and staff colleges, recognizing that understanding the environment can lead to innovative solutions in warfare. Morrison’s legacy lives on, reminding us that sometimes the most effective response to violence is not more violence but rather a profound understanding of the forces that govern our world.