NavalHistoria

For Sale: German Gun Battery in Normandy

Phil Hodges — Wed, 20 May 2026 10:41:00 +0000

A rare piece of history is up for sale in Normandy…a Napoleonic and WWII German gun battery complex overlooking Cherbourg Harbour.

The Amfreville Battery (sometimes listed under its German designation within the Marineküstenbatterie system) was part of the coastal defence network protecting the Cherbourg fortress zone, one of the most heavily fortified sectors of the Atlantic Wall. Located northwest of Amfreville, near the tip of the Cotentin Peninsula, the battery covered approaches to Cherbourg from the west and north, where the U.S. Navy and ground forces would eventually attack in June 1944.

It was operated by the Kriegsmarine, not the army, and belonged to the larger system of naval coastal artillery defending Cherbourg’s deep-water port, vital for Germany, and desperately needed by the Allies after D-Day.

During the Battle of Cherbourg from 22 to 25 June 1944, as U.S. VII Corps tightened its grip on the city, the U.S. Navy brought in battleships, cruisers, and destroyers to batter and neutralise the German coastal defences.

The battery came under bombardment from the British cruisers HMS Glasgow and HMS Enterprise, both using their 6-inch (160 mm) guns. The position fired back, and one of its salvos scored a hit that left Glasgow damaged. During these operations, Amfreville also opened fire on vessels including the battleships Texas, Arkansas, and Nevada, the heavy cruisers Quincy and Tuscaloosa, and several destroyers making perilously close bombardment runs. These same ships returned fire, hammering the battery over successive days.

It was operated by the Kriegsmarine, not the army, and belonged to the larger system of naval coastal artillery defending Cherbourg’s deep-water port

Now, if you’ve ever fancied owning part of the Atlantic Wall, this might be your chance. The sprawling site at Querqueville / Amfreville (Stp 277) – known during the war as Battery Yorke – defended the approaches to Cherbourg.

What Do You Get?

Closed to the public for decades while used by the French Army as a training area, it’s now on the market… and what a site it is.

Yes it is BIG!

Located northwest of Amfreville, near the tip of the Cotentin Peninsula, the battery covered approaches to Cherbourg

Naval counter-fire neutralized or suppressed most of the battery’s guns by 23–24 June.

Situated in the land above Cherbourg harbour it offers the buyer the opportunity to uncover an untouched WW2 battlefield with a Napoleonic history as well.

The two tier observation bunker which has stunning views over Cherbourg harbour.

A WW2 German Flak position.

You’ll find massive German-built casemates, underground tunnels, and even remains of earlier Napoleonic gun positions.

There’s a large underground hospital, flak positions, tobruk pits, bunkers, living quarters, and ammunition stores still intact.

A long drive leads to the heart of the battery – accessed by original Napoleonic gates.

Views over the Cherbourg coast.

It is in great condition.

Some of the many Napoleonic buildings still standing.

The land also has a number of buildings which could be adapted for modern uses.

The gated driveway leads up to the battery, offering complete privacy and panoramic views across the harbour and coast.

There’s even talk of a water reservoir that could become an infinity pool… and a three-storey observation tower that could be converted into living space.

Amfreville’s guns – generally 170mm naval pieces

The naval guns were in concrete casemates or open emplacements

It’s easy to imagine the place restored as a boutique hotel, a private estate, or even opened to the public as a WWII museum.

One of many photographs of German soldiers at the site.

Cherbourg was considered Festung Cherbourg, a fortress city. Hitler had ordered it held to the last man

The Amfreville Battery formed part of the western arc of defences around the port

Serious?

Search “Cherbourg Batterie Yorke” or “Stp 277 Amfreville (York)” on Google to see the site for yourself.

If you’re seriously interested, you can contact the selling agent Carine Napoliello directly at boatcity@yahoo.fr or by phone on (France) 06 75 92 69 35 (French or English).

Now that’s one property listing that makes Rightmove look a bit dull….

If you’re seriously interested, you can contact the selling agent Carine Napoliello directly at boatcity@yahoo.fr or by phone on (France) 06 75 92 69 35 (French or English).

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Why Do Russian Submarines Have “Windows”

Phil Hodges — Thu, 12 Feb 2026 12:25:16 +0000

If you’ve ever studied photographs of Cold War…era Russian submarines, you may have noticed something unusual. High up in the conning tower … or “sail” … there appear to be windows.

That immediately raises eyebrows. After all, submarines operate underwater. Why would they need windows?

The short answer is …they don’t …at least not underwater.

Design

Those windows are part of an enclosed surface bridge, used only when the submarine is running on the surface. And their existence says a great deal about differences in naval doctrine, geography, and operating philosophy between East and West.

During the Cold War, Soviet submarines were built with somewhat different expectations from their American and British counterparts. Western submarines increasingly evolved into true submersibles … platforms designed to stay underwater for as long as possible. Surfacing was something done only when required. As a result, US and Royal Navy boats tended to have cleaner, more streamlined sail structures, often with only a small open bridge exposed to the elements.

The Soviet Union, however, had other priorities.

Climate

Many Soviet submarines were expected to operate for long stretches on the surface, especially during transits. They frequently patrolled in the North Atlantic and Arctic … environments known for brutal weather.

Freezing spray, gale-force winds, and sub-zero temperatures were routine conditions. Standing exposed on a tiny open bridge in those circumstances wasn’t just unpleasant … it could be dangerous and fatiguing for crew.

An enclosed bridge with forward-facing windows provided shelter from the cold and protection from heavy seas. It allowed officers to navigate visually while remaining shielded from the worst of the elements. In Arctic conditions, that wasn’t a luxury … it was practical design.

Practicality

There was also a cultural and doctrinal element at play. Soviet naval thinking did not always treat submarines as purely stealthy underwater hunters in the same way the West increasingly did. Some boats retained a more surface-oriented operational mindset, particularly earlier Cold War designs. Visibility and command presence while surfaced mattered.

Importantly, these windows are not weak glass portholes vulnerable to deep-sea pressure. They are part of the sail structure and used only when the submarine is surfaced. When submerged, the area is flooded and irrelevant to underwater operations.

In the end, those “windows” aren’t signs of technological backwardness or design eccentricity. They reflect geography, mission expectations, and operating philosophy. Submarine design is always a compromise between stealth, seaworthiness, endurance, and environment … and sometimes, even something as simple as a window can tell you a story about how a navy expects to fight.

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Britain Shells The French Fleet During WWII

Phil Hodges — Fri, 06 Feb 2026 12:08:32 +0000

The moral problem facing the Royal Navy in the summer of 1940 had no clean answer, and nowhere was that clearer than at Mers-el-Kébir.

Armistice

On 3 July 1940, just days after France signed its armistice with Germany and Italy, British warships opened fire on the French fleet anchored at Mers-el-Kébir near Oran in French Algeria. The action, now known as the Battle of Mers-el-Kébir, was the most dramatic and controversial part of Operation Catapult.

From the British perspective, the situation was stark. France was defeated. Britain stood alone. The French Navy was the second largest concentration of capital ships in Europe after the Royal Navy, including modern battleships of the Bretagne class and the fast Dunkerque and Richelieu classes. If even a portion of that fleet fell under German control, Britain’s survival at sea … and possibly as a nation … would be placed in serious doubt.

The armistice terms claimed that French ships would not be handed over to Germany, but to British eyes those assurances were fragile. Britain had already seen promises broken across Europe. There was no mechanism to enforce French guarantees, and no margin for error. The Royal Navy could not afford to gamble on trust.

Negotiations

For the French sailors at Mers-el-Kébir, the situation looked very different. France had stopped fighting. The fleet was still under French control. To them, the British ultimatum … sail to Britain, scuttle the ships, or be destroyed … felt like coercion delivered at gunpoint. Negotiations dragged on, misunderstandings piled up, and time ran out.

When the guns opened fire, the consequences were immediate and devastating. Over 1,200 French servicemen were killed. The battleship Bretagne was sunk, others were badly damaged, and a fleet that had once been an ally lay shattered. French aircraft later bombed Gibraltar in retaliation, and bitterness lingered long after the shells stopped falling.

Morally, the attack sits in deeply uncomfortable territory. Britain attacked the navy of a former ally that was not, at that moment, an active enemy. French sailors died not because they were fighting Britain, but because Britain feared what might happen next. For many in France, it was seen as a betrayal, and it hardened attitudes against Britain at a critical moment.

Sunk

Could it have been avoided? Possibly… but only in theory. Better communication, more time, or different diplomatic handling might have led to a peaceful resolution. Yet time was exactly what Britain believed it did not have. The fear was not what the French Navy intended to do, but what Germany might force it to do later.

In the end, Mers-el-Kébir was a decision made under extreme pressure, driven by survival rather than honour. Strategically, it sent a clear signal to Germany that Britain would fight on at any cost. Morally, it left a scar that never fully healed.

It remains one of the most painful episodes of the war at sea… a moment where necessity, fear, and loyalty collided, and where every available choice carried blood on it.

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The Worst Has Happened

Phil Hodges — Thu, 05 Feb 2026 12:59:55 +0000

Scott is shown writing in his journal inside Scott’s Hut at Cape Evans on 7 October 1911, months before the outcome of the expedition was known. At that point, the Terra Nova expedition of 1910–13 still carried hope, purpose, and national expectation. It was Scott’s second Antarctic command, following the Discovery expedition a decade earlier, and it was intended to place Britain first at the South Pole.

The final polar party consisted of five men. Captain Robert Falcon Scott led the group alongside Dr Edward Adrian Wilson, Lieutenant Henry Robertson Bowers, Captain Lawrence Oates, and Petty Officer Edgar Evans. Together, they pushed south across the ice in the final stage of the journey.

The Pole

They reached the South Pole on 17 January 1912. Waiting for them was a tent left by the Norwegian expedition, and inside it a letter dated 18 December from Roald Amundsen. The race was already lost. Scott recorded the moment with blunt clarity in his diary. “The worst has happened,” he wrote. “All the day dreams must go. Great God! This is an awful place.” There was no attempt to soften the blow or reshape the moment for posterity.

The return journey began on 19 January. It was an 862-mile march back across the Barrier, now undertaken in exhaustion and worsening conditions. Scott noted his fear that the journey would be “dreadfully tiring and monotonous”, words that barely hint at what followed.

Edgar Evans was the first to fall. Injured, weakened, and deteriorating rapidly, he died on 17 February 1912 near the foot of the Beardmore Glacier. The remaining four pressed on, but Captain Lawrence Oates was suffering severe frostbite and was increasingly unable to keep pace. Around 16 March, during a blizzard, Oates left the tent deliberately, telling the others, “I am just going outside and may be some time.” He never returned.

Defeated

Scott, Wilson, and Bowers continued alone, but the weather closed in and their strength failed. They made their final camp just eleven miles short of a supply depot. There they remained, pinned down by storms and lack of fuel. Scott continued writing until the end. He is believed to have died on or about 29 March 1912, possibly a day later. When the tent was found months afterwards, the position of the bodies suggested Scott was the last of the three to die.

A search party discovered the tent on 12 November 1912. Inside were the bodies of Scott, Wilson, and Bowers, along with Scott’s journals and letters. These papers ensured that the final weeks of the expedition were recorded in detail, without hindsight or embellishment.

In the immediate aftermath, Scott and his companions were honoured across Britain as symbols of endurance and sacrifice. Memorials were raised, and the story entered national memory. In later decades, historians would question Scott’s decisions, leadership, and planning. But the journals remain. They show not myth or legend, but five men moving step by step towards exhaustion at the end of the world, recording events as they unfolded, until there was nothing left to write.

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The Russian Submarine B-307: High And Dry

Craig Ryan — Wed, 28 Jan 2026 15:54:48 +0000

The B-307 submarine, a member of the Soviet Tango class, was designed for advanced anti-submarine and anti-surface warfare during the Cold War.

It featured a streamlined hull, diesel-electric propulsion, and sophisticated sonar systems, enabling it to perform long-duration patrols and intelligence gathering missions.

Decommissioned after the fall of the Soviet Union, the B-307 now serves as a museum ship in Togliatti, Russia.

Historical Background
Design of the B-307
Operational History
The Fate of the B-307

Historical Background

The historical context of the B-307 submarine is deeply intertwined with the geopolitical tensions and technological race of the Cold War era. The Cold War, spanning from the late 1940s to the early 1990s, was characterized by a prolonged state of political and military tension between the Soviet Union and the United States, along with their respective allies. This period saw an intense competition for global influence, which extended into various domains, including space, nuclear arms, and naval power.

The development of the Project 641B, known by its NATO reporting name “Tango” class, emerged from the need to enhance the Soviet Union’s naval capabilities, particularly in submarine warfare. During the earlier phases of the Cold War, the Soviet Navy relied heavily on submarines designed during World War II and immediately after, such as the Project 641 (Foxtrot class). These submarines, while effective, began to show limitations in the face of advancing NATO technology and tactics.

A Tango-class submarine underway in the early 1990’s.

The Soviet Union recognized the need for a new generation of submarines that could effectively counteract the growing threat posed by NATO’s increasingly sophisticated anti-submarine warfare (ASW) capabilities.

The Tango Class

The United States and its allies were making significant strides in sonar technology, underwater detection methods, and the deployment of fast, nuclear-powered attack submarines. In response, the Soviet Navy embarked on an ambitious program to modernize its submarine fleet.

The Tango class submarines were conceived as an advanced iteration of the earlier Foxtrot class. They incorporated lessons learned from previous designs and featured substantial improvements in terms of stealth, endurance, and sensor technology. The Tango class was intended to be quieter and more capable of operating in the challenging environments of the North Atlantic and Arctic Oceans, where NATO’s naval presence was strong.

Design of the B-307

The design of the B-307 submarine, part of the Project 641B (Tango class), was a significant leap forward in the evolution of diesel-electric submarines. One of the defining features of the Tango class was its streamlined hull, which was engineered to enhance underwater speed and reduce acoustic signature. This design aimed to make the submarine less detectable by enemy sonar, a crucial advantage in the cat-and-mouse game of submarine warfare. The streamlined hull also contributed to improved hydrodynamics, allowing the submarine to move more efficiently through the water.

In terms of physical dimensions, the B-307 submarine measured approximately 90 meters (295 feet) in length, with a beam of about 9.9 meters (32 feet) and a draught of around 7.2 meters (24 feet). These dimensions gave the submarine a displacement of 3,400 tons when surfaced and 4,600 tons when submerged. This substantial size provided ample space for the crew, weapons, and advanced systems necessary for its operational roles. The relatively large displacement also contributed to the submarine’s stability and endurance at sea.

Speed

The propulsion system of the B-307 was a key component of its design, combining three diesel engines and three electric motors to power two shafts. This hybrid diesel-electric propulsion system allowed the submarine to operate both on the surface and underwater with considerable efficiency. When surfaced, the B-307 could achieve speeds of up to 16 knots (30 km/h), while submerged, it could reach speeds of 25 knots (46 km/h). This speed capability, combined with its stealth features, made the B-307 a formidable adversary in underwater combat.

She was decommissioned in 2002. Image by ShinePhantom CC BY-SA 3.0

One of the standout features of the B-307 was its impressive operational range. It could travel up to 14,000 nautical miles (26,000 km) at a cruising speed of 8 knots when surfaced. This extended range enabled the B-307 to conduct long-duration patrols, critical for its roles in reconnaissance, surveillance, and potential engagement with enemy vessels. The endurance of the submarine was further supported by its capacity to remain submerged for extended periods, reducing the risk of detection by surface ships and aircraft.

The Tango class submarines were equipped with advanced sonar and radar systems. The B-307 featured the MGK-400 Rubikon sonar system, which provided both passive and active sonar capabilities. This system allowed the submarine to detect and track enemy vessels with high precision, giving it a tactical advantage in various operational scenarios. Additionally, the submarine was fitted with radar systems for surface navigation and target acquisition.

Missiles

Armament was another crucial aspect of the B-307’s design. The submarine was equipped with six torpedo tubes, which could launch both conventional torpedoes and anti-ship missiles. This versatile weaponry enabled the B-307 to engage a wide range of targets, from enemy submarines to surface ships. The torpedo tubes were strategically positioned to maximize the effectiveness of the submarine’s attacks, making the B-307 a versatile and potent platform in the Soviet Navy’s arsenal.

Operational History

The operational role of the B-307 submarine, along with its sister ships in the Tango class, was primarily centered around anti-submarine and anti-surface warfare. These submarines were designed to be versatile and capable, reflecting the strategic needs of the Soviet Navy during the Cold War. Their deployment was aimed at countering NATO’s naval forces, ensuring the Soviet Union could defend its maritime interests and project power globally.

One of the primary missions of the B-307 was anti-submarine warfare (ASW). During the Cold War, NATO’s submarine fleet, particularly the United States’ nuclear-powered submarines, posed a significant threat to Soviet maritime security. The B-307 was equipped with advanced sonar systems, such as the MGK-400 Rubikon, which provided it with superior detection and tracking capabilities. These systems allowed the B-307 to locate and monitor enemy submarines at considerable distances, enhancing its ability to engage and neutralize these threats. By maintaining a robust ASW capability, the B-307 contributed to the overall strategic goal of protecting Soviet naval assets and ensuring the security of key maritime areas.

A view of the ship’s rear. Image by ShinePhantom CC BY-SA 3.0

In addition to ASW, the B-307 was tasked with anti-surface warfare (ASuW). This involved engaging enemy surface ships, which could include aircraft carriers, destroyers, and frigates. The submarine’s armament, comprising torpedo tubes capable of launching both conventional torpedoes and anti-ship missiles, was designed to inflict significant damage on enemy vessels.

NATO

This capability was particularly crucial in disrupting NATO’s naval operations and denying them control of critical sea lanes. The ability to strike from underwater, combined with its stealth features, made the B-307 a formidable adversary in naval engagements.

The B-307 also played a crucial role in intelligence gathering and reconnaissance. During its patrols, the submarine collected valuable information on NATO’s naval movements, exercises, and tactical procedures. This intelligence was vital for the Soviet Navy to plan and execute its own operations effectively. The B-307’s advanced sonar and electronic surveillance equipment enabled it to gather data while remaining undetected, providing the Soviet Union with a strategic edge in the intelligence domain.

Another significant aspect of the B-307’s operational role was its participation in naval exercises and patrols in strategically important regions. The submarine was often deployed to the North Atlantic and Arctic Oceans, areas where NATO’s naval presence was strong. These deployments served multiple purposes: they demonstrated the Soviet Union’s ability to operate in hostile environments, tested the submarine’s capabilities in real-world conditions, and trained its crew in various tactical scenarios. The presence of the B-307 in these regions also served as a deterrent, reminding NATO of the Soviet Navy’s reach and readiness.

The Fate of the B-307

The legacy and decommissioning of the B-307 submarine reflect broader trends in naval technology and geopolitical shifts following the end of the Cold War. As a member of the Tango class, the B-307 played a role in the Soviet Union’s naval strategy during a period of intense global rivalry. However, the dissolution of the Soviet Union in 1991 marked the beginning of significant changes for the military assets of the former superpower, including its submarine fleet.

A torpedo looks to be exiting one of the tubes… Image by ShinePhantom CC BY-SA 3.0

With the end of the Cold War, the strategic imperatives that had driven the massive build-up of military forces, including submarines, began to shift. The newly formed Russian Federation faced numerous challenges, including economic hardship and the need to reorient its military strategy. The reduction in military budgets meant that many of the older submarines, including the Tango class, were no longer sustainable or strategically necessary. Advances in submarine technology also played a role; the newer generations of nuclear-powered submarines offered superior capabilities in terms of endurance, speed, and stealth, making the diesel-electric models less relevant.

Museum

The B-307, like many of its contemporaries, was gradually phased out of active service. The decommissioning process involved stripping the submarine of its operational capabilities and weaponry. This phase-out was part of a broader effort to downsize and modernize the Russian Navy, focusing resources on maintaining and developing more advanced platforms. The decision to decommission the Tango class submarines was influenced by their operational costs, the availability of newer technologies, and the changing strategic landscape post-Cold War.

Despite being decommissioned, the B-307 was not destined for the scrapyard. Recognizing its historical significance, the decision was made to preserve the submarine as a museum ship. This decision reflects a broader trend of maintaining and showcasing historical military artifacts to educate the public and commemorate the technological achievements of the past. The B-307 was moved to Togliatti, Russia, where it was restored and prepared for public display.

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Q-Ship Decoy Vessels: Luring U-Boats

Phil Hodges — Tue, 27 Jan 2026 12:39:03 +0000

At the end of July 1918, with the First World War entering its final months, HMS Stock Force was operating in the English Channel under the command of Lieutenant Harold Auten of the Royal Navy Reserve. To any observer, she looked like a harmless merchant steamer. In reality, she was a Q-ship… a warship disguised as bait.

The Q-Ship

Q-ships were created to counter the growing threat posed by German U-boats. Submarines were difficult to engage unless they surfaced, so the Royal Navy’s answer was deception. Q-ships pretended to be slow, weak, and undefended, tempting submarines to close in before revealing their hidden guns.

On the evening of 30 July 1918, Stock Force achieved exactly that. At around 5 pm, some 25 nautical miles off the Devon coast, she was struck by a torpedo fired by a German U-boat. The blast tore into her forward section, throwing debris high into the air, injuring crewmen, and disabling her forward gun. Her bow began to sink.

The Lure

Below decks, the ship’s doctor, Surgeon Probationer G. E. Strahan, worked waist-deep in flooding seawater as wounded men were brought to him. Above, the crew began the next stage of the deception. A “panic party” was ordered over the side. Their task was to make a convincing show of abandoning ship, encouraging the submarine to surface and finish the job.

The panic party, led by Lieutenant Workman, himself already wounded, pulled away in small boats. Soon after, the dark shape of the U-boat broke the surface about half a mile away.

Auten remained on board. The crews of the two remaining hidden guns stayed out of sight. For nearly forty minutes, nothing happened. In the shattered bow, one gunner lay trapped beneath wreckage as the water rose around him. No rescue was attempted. Any movement risked revealing the trap.

The Bait

When the U-boat saw the boats turn back towards the stricken ship, its captain took the bait. The submarine closed in slowly, coming alongside Stock Force at a range of just 300 yards. Only when the U-boat was perfectly positioned did Auten give the order.

The deception ended instantly.

The first shell destroyed the submarine’s periscope. The second tore apart the conning tower. The third ripped into the hull at the waterline. With no chance to respond, the U-boat began to sink, her bow lifting as water poured in. Stock Force’s guns continued firing until the submarine vanished beneath the surface.

Despite her victory, Stock Force was fatally wounded. For nearly four hours her crew fought to keep her afloat until rescue vessels arrived. As the men were taken off, the battered ship finally slipped under the waves, her ensign still flying.

Top Secret

The trapped gunner was pulled free at the last moment, close to drowning, and later praised for his courage. Auten’s calm leadership and the discipline of his crew had turned a near-fatal attack into a decisive victory.

Because Q-ships were still secret, little detail was released when Harold Auten was awarded the Victoria Cross. Only later did the full story emerge. After the war, Auten wrote about his experiences, appeared in a silent film portraying the action, and went on to serve again during the Second World War.

He survived both conflicts and spent his later years in the United States, dying in 1964 at the age of 73. The action of HMS Stock Force remains one of the clearest examples of how

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Turning The Tide On The U-Boats

Phil Hodges — Fri, 23 Jan 2026 10:47:10 +0000

German U-Boats ruled the Atlantic… until one Royal Navy captain made hunting them his sole purpose.

Stopping the German submarine threat was essential to Britain’s survival in the Second World War. Wolfpacks stalked Allied shipping across the Atlantic, sinking merchant vessels faster than they could be replaced. One man emerged as the most effective answer to that threat… Frederic John Walker.

Walker

Born in Plymouth on 3 June 1896, Walker joined the Royal Navy as a teenager in 1909. He trained at Britannia Royal Naval College, Dartmouth, and the Royal Naval College at Osborne before going to sea as a midshipman aboard HMS Ajax. During the First World War he served on several ships, including HMS Mermaid and HMS Sarpedon, before transferring to HMS Valiant as the conflict ended.

It was in the interwar years that Walker found his calling. He moved into anti-submarine warfare, training at HMS Osprey in Portland and steadily building a deep technical understanding of submarine hunting. By the early 1930s he was recognised as a specialist, serving aboard HMS Shikari and HMS Falmouth, and was promoted to commander in May 1933.

Despite his expertise, his career stalled. By the late 1930s he was passed over for promotion and expected to retire early. When war broke out, he was already in his forties and without a ship of his own. Initially he was appointed operations staff officer to Vice Admiral Sir Bertram Ramsay… an important role, but far from the front line.

Convoy

That changed in 1941 when Walker was finally given command of the 36th Escort Group, responsible for convoy protection on the Gibraltar run. He chose HMS Stork as his flagship. In December that year, his group was attacked by multiple U-boats during a major convoy battle. Walker’s response was decisive. Five German submarines were destroyed. He personally attacked U-574 with depth charges before ramming it with HMS Stork. Out of 32 British ships, only four were lost. It was the first clear Allied victory of the Battle of the Atlantic, and Walker was awarded the Distinguished Service Order.

Promoted to captain on 30 June 1942, Walker went on to sink three more U-boats before being given command of the 2nd Escort Group in 1943. This was his concept entirely. Unlike traditional escort formations, the 2nd did not protect convoys. Its task was simple… hunt U-boats relentlessly. Operating from HMS Starling with six other ships, Walker turned theory into practice.

The group proved devastatingly effective. Walker combined aggressive tactics with close coordination and constant pressure. He introduced new methods, including prolonged depth charge barrages designed to force submarines to remain submerged until their batteries and air ran out. When U-boats were forced to surface, they were destroyed. One tactic became known as “Operation Plaster”, a rolling wall of depth charges designed to leave no escape.

Tactics

Walker’s leadership style was as memorable as his tactics. Charismatic and slightly eccentric, he was easy to follow and completely trusted by his crews. As his ships swept the Atlantic, he was known to play “A Hunting We Will Go” over the loudspeakers… a signal that another submarine was about to be pursued.

In June 1943, the 2nd Escort Group claimed its first kills under Walker’s direct command. One of their most notable actions came in July 1943 in the Bay of Biscay, after reports of three nearby U-boats. Walker reportedly gave the signal “General Chase”, allowing his ships to break formation and pursue independently. Other Allied forces joined in, including RAF and USAAF aircraft, turning the encounter intoa full-scale hunt.

By the summer of 1944, Walker had been credited with the destruction of 17 U-boats, 15 of them shared kills aboard HMS Starling. No other commander matched his record, making him the most successful anti-submarine commander of the war.

Bad News

Amid this success came personal tragedy. In August 1943, Walker learned that his son had been killed when his submarine was sunk in the Mediterranean. He continued his duties regardless, refusing to step away from operations.

His final major task came during the D-Day landings. Walker and the 2nd Escort Group screened the Allied invasion fleet, preventing German submarines from reaching the beaches. Not a single U-boat penetrated his defensive net. For this, he was awarded a third bar to his DSO in June 1944.

Dedication

The strain finally caught up with him. Walker worked continuously for weeks without rest. On 7 July 1944 he was admitted to hospital with a cerebral thrombosis and died two days later. His death was officially recorded as exhaustion and overwork.

He did not live to see the end of the war he had helped to turn. Walker was given full naval honours, with a procession through Liverpool before burial at sea. A statue now stands at Pier Head in his memory… a reminder of the man who made the Atlantic deadly for U-boats instead of merchant ships.

If you want this tightened, roughened up, or made even punchier for Facebook, just say the word and I’ll tune it exactly how you want it, darling.

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Teddy Sheean: The Victoria Cross Sailor

Craig Ryan — Fri, 05 Dec 2025 11:24:16 +0000

On 1 December 1942, Teddy Sheean, serving aboard the HMAS Armidale, displayed extraordinary bravery by manning an anti-aircraft gun to defend his shipmates from Japanese aircraft, despite the order to abandon ship.

Wounded and knowing he faced certain death, Sheean managed to shoot down several enemy planes, providing crucial cover for his crewmates in the water.

His selfless action, which ultimately cost him his life, became a legendary example of valor and sacrifice in the Royal Australian Navy, earning him a posthumous Victoria Cross in 2020, the first ever awarded to a member of the RAN for actions during World War II.

Edward ‘Teddy’ Sheean was born on 28 December 1923 in Lower Barrington, Tasmania, to a large family. With the outbreak of World War II, Sheean felt a strong sense of duty to serve his country.

At the age of 18, he enlisted in the Royal Australian Navy (RAN) on 21 April 1941. After completing his initial training, Sheean was assigned as an Ordinary Seaman to the newly commissioned corvette HMAS Armidale in June 1942.

Teddy Sheean’s Act of Sacrifice
Recognition for Teddy Sheean

Teddy Sheean’s Act of Sacrifice

The act of heroism displayed by Teddy Sheean on 1 December 1942 is a remarkable testament to the courage and self-sacrifice of an individual under the most dire circumstances. During this fateful day, HMAS Armidale, tasked with a critical resupply and evacuation mission in the Timor Sea, faced an unexpected and ferocious attack by Japanese aircraft.

This was a perilous moment in the Pacific Theatre of World War II, where Allied naval forces were frequently challenged by Japanese superiority in air and sea combat.

As the Armidale attempted to navigate through the treacherous waters, laden with the responsibility of delivering supplies and evacuating troops amidst the Japanese advance, it was ambushed by a squadron of Japanese planes.

HMAS Armidale pictured just a couple months before she sank.

The attack was sudden and intense, leaving the crew little time to react. The Armidale, despite its valiant evasive maneuvers, sustained direct hits from torpedoes and aerial bombs, causing catastrophic damage. The order was given to abandon ship, a command that spelled imminent danger as it meant the crew would be exposed to the relentless strafing runs of enemy aircraft in the open sea.

Into Action

It was within these chaotic and panic-stricken moments that Teddy Sheean, a young sailor from Tasmania, showcased an extraordinary act of valor. While his shipmates scrambled for lifeboats and jumped overboard, Sheean, already wounded from the initial attacks, made a pivotal decision that would forever mark his place in history. Instead of seeking safety, he chose to confront the enemy head-on to protect his comrades in their most vulnerable state.

Strapping himself to the ship’s aft Oerlikon 20 mm anti-aircraft gun, Sheean took aim at the Japanese aircraft, which were swooping down to strafe the sailors in the water.

His actions were not just about engaging the enemy; they were a selfless attempt to draw fire away from his shipmates and give them a chance to survive. Sheean’s gunfire was accurate and deadly, hitting several enemy planes and deterring their attacks on the sailors in the water.

Despite his severe wounds and the ship sinking beneath him, Sheean continued to fire until the very end. His dedication to his duty and the protection of his fellow sailors never wavered, even as he faced certain death. Sheean’s last stand was a vivid demonstration of courage under fire and an unwavering commitment to his comrades, characteristics that embody the highest traditions of military service.

Recognition for Teddy Sheean

For decades following World War II, Sheean’s act of heroism aboard HMAS Armidale was celebrated within the Royal Australian Navy (RAN) and among the Australian public, yet it did not receive the official recognition many believed it deserved—the Victoria Cross, the highest military decoration awarded for valor “in the face of the enemy” to members of the armed forces of various Commonwealth countries, and previously, the British Empire.

The campaign for Teddy Sheean’s recognition with the Victoria Cross was long and fraught with challenges. Initially, his actions were recognized posthumously with the Mention in Despatches, an honorable but comparatively lesser acknowledgment of his bravery.

A portrait of Teddy Sheean in 1941.

Over the years, the Sheean family, supported by veterans’ groups, historians, and a section of the public, began to advocate more vigorously for Sheean’s valor to be acknowledged with the Victoria Cross. They argued that his selfless actions under fire went above and beyond the call of duty, embodying the very essence of the criteria for the Victoria Cross.

The call for Sheean’s recognition gained momentum over the years, with various inquiries and reviews conducted by the Australian Government and the Department of Defence. Despite initial reluctance and several setbacks, public and political support for the cause grew, leading to a reassessment of Sheean’s case.

In 2020, after a comprehensive review by an expert panel, the Australian Government announced that Teddy Sheean would be posthumously awarded the Victoria Cross for Australia. This landmark decision marked him as the first member of the RAN and the first Australian to be awarded the Victoria Cross for actions during World War II.

The post Teddy Sheean: The Victoria Cross Sailor appeared first on NavalHistoria.

The US Navy’s Venture Into Hydrofoils

Craig Ryan — Fri, 05 Dec 2025 11:18:43 +0000

The USS Pegasus (PHM-1) was the lead ship of the Pegasus-class hydrofoils, renowned for its innovative hydrofoil technology that allowed it to achieve speeds of up to 48 knots.

Primarily deployed in coastal and littoral waters, it played a crucial role in drug interdiction and coastal patrol missions in the Caribbean.

Despite its advanced capabilities and successes, the ship was decommissioned in 1993 due to high maintenance costs and shifting strategic priorities of the U.S. Navy.

Design of the USS Pegasus
Armament and Capabilities
Operational History of the USS Pegasus

Design of the USS Pegasus

The USS Pegasus (PHM-1) was a remarkable feat of naval engineering, constructed by Boeing Marine Systems and commissioned into the U.S. Navy on July 9, 1977. The design of the Pegasus was pioneering, primarily due to its incorporation of a hydrofoil system.

Hydrofoils are wing-like structures mounted on struts below the hull, which, when the ship reaches a certain speed, lift the vessel out of the water. This significantly reduces hydrodynamic drag, allowing for greater speeds and improved fuel efficiency. For the USS Pegasus, this meant it could achieve speeds of up to 48 knots (89 km/h) when foilborne, which was exceptionally fast for a naval vessel at the time.

USS Pegasus under construction in September, 1974.

The ship’s specifications underscored its advanced design. It had a standard displacement of 255 tons and could reach up to 400 tons when fully loaded. With a length of 133 feet (40.5 meters) and a beam of 28 feet (8.5 meters), the Pegasus was compact but robust. The draft was 5 feet (1.5 meters) when hullborne and extended to 18 feet (5.5 meters) when foilborne. This design allowed it to operate in relatively shallow waters, making it ideal for coastal and littoral missions where larger ships might struggle.

Powering the USS Pegasus was an 18,000shp General Electric LM2500 gas turbine engine, a type commonly used in both military and civilian maritime applications due to its reliability and power output. This engine enabled the ship to operate at high speeds when foilborne.

For operations that required lower speeds or hullborne navigation, the Pegasus was equipped with two 1,600bhp Mercedes-Benz diesel engines. This dual propulsion system provided the ship with exceptional versatility, allowing it to transition seamlessly between different operational modes depending on the mission requirements.

A view of the ship’s rear shortly after her completion, 1975.

The hydrofoil system itself was a marvel of engineering. The submerged foils, when deployed, lifted the entire hull of the ship out of the water, drastically reducing drag and increasing speed. This system not only allowed the Pegasus to reach high speeds but also provided improved maneuverability and stability, crucial for its role in rapid response and interdiction missions. The ability to rise on hydrofoils set the Pegasus apart from traditional ships and underscored the innovative thinking behind its design.

Constructing a vessel with such advanced technology posed several challenges, not least of which was ensuring the durability and reliability of the hydrofoil system under various sea conditions. Boeing Marine Systems had to address issues related to the structural integrity of the foils and the hull, particularly given the high stresses involved in high-speed operations. Additionally, integrating the dual propulsion system required careful engineering to ensure seamless transitions between diesel and gas turbine engines.

Armament and Capabilities

At the heart of the USS Pegasus’s offensive capabilities was the OTO Melara Mk75 76 mm gun. This naval artillery piece is renowned for its versatility and rapid rate of fire, making it suitable for both surface and air targets. The 76 mm gun could deliver high-explosive shells with pinpoint accuracy, providing the Pegasus with a powerful tool for engaging enemy ships, coastal installations, and low-flying aircraft. Its effectiveness was enhanced by advanced fire control systems, which ensured accurate targeting even at high speeds.

USS Pegasus ‘hullborne’ during testing.

Complementing the 76 mm gun were the eight Harpoon anti-ship missiles, which significantly extended the USS Pegasus’s striking range. The Harpoon missile is a staple in naval arsenals worldwide, known for its reliability and destructive power. Capable of sea-skimming flight to evade radar detection and defenses, the Harpoon missiles enabled the Pegasus to engage enemy vessels well beyond visual range. This capability was particularly valuable in its primary role of coastal patrol and interdiction, where the ability to neutralize threats from a distance could be decisive.

In addition to its primary armaments, the USS Pegasus’s capabilities were augmented by its speed and maneuverability. The hydrofoil system allowed the ship to achieve speeds of up to 48 knots, enabling it to outrun many potential threats and quickly respond to emerging situations. This speed was a tactical advantage in itself, allowing the Pegasus to conduct hit-and-run attacks, evade enemy fire, and reposition rapidly during combat operations.

Operational History of the USS Pegasus

The primary operational theater for the USS Pegasus was the Caribbean, a region rife with drug trafficking activity. The speed and agility of the Pegasus made it exceptionally well-suited for drug interdiction missions. The vessel’s ability to travel at high speeds of up to 48 knots allowed it to quickly intercept and pursue fast-moving drug smuggling boats.

This capability was particularly valuable in the “War on Drugs,” where speed was often a critical factor in successfully apprehending traffickers. The Pegasus’s advanced radar and communication systems enabled it to coordinate effectively with other naval and coast guard units, enhancing the overall effectiveness of interdiction efforts.

USS Pegasus firing one of her eight Harpoon missiles.

In addition to its interdiction missions, the USS Pegasus was heavily involved in coastal patrol operations. The ship’s design allowed it to operate in shallow waters, giving it access to areas that were inaccessible to larger naval vessels. This capability was crucial for patrolling the U.S. coastline and other strategic coastal regions.

During these patrols, the Pegasus monitored maritime traffic, conducted surveillance, and maintained a visible naval presence to deter illegal activities and potential threats. The ship’s sophisticated sensor suite and high-speed capabilities enabled it to respond quickly to any suspicious activities or emerging threats, ensuring maritime security and sovereignty.

The versatility of the USS Pegasus also allowed it to perform a variety of other roles. It often participated in joint exercises and training missions with allied navies, showcasing its advanced hydrofoil technology and combat capabilities. These exercises not only enhanced the interoperability between U.S. naval forces and those of allied nations but also demonstrated the effectiveness of hydrofoil vessels in multi-national operations. The Pegasus’s ability to integrate seamlessly into larger naval task forces highlighted its strategic value beyond solo missions.

A view of the ship while ‘foilborne’.

Despite its successes, the USS Pegasus faced several operational challenges. The high cost of maintaining and operating the hydrofoil system was a significant concern. The advanced technology that gave the Pegasus its speed and agility also required specialized maintenance and support, which proved to be expensive.

Additionally, the strategic priorities of the U.S. Navy were evolving, with a growing emphasis on larger, multi-mission vessels capable of blue-water operations. This shift in focus contributed to the decision to decommission the Pegasus-class hydrofoils.

On July 30, 1993, the USS Pegasus was decommissioned, marking the end of its service life. During its 16 years of active duty, the Pegasus and its sister ships provided valuable lessons in the use of high-speed, agile vessels for coastal and littoral missions. The experience gained from operating the Pegasus informed the development of future naval platforms, including the Littoral Combat Ship (LCS), which carries forward the concept of versatile, fast, and agile ships designed for near-shore operations.

The ship was sold for scrap in August, 1996.

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Admiral Graf Spee: The End.

Phil Hodges — Wed, 26 Nov 2025 14:55:21 +0000

After the Battle of the River Plate on 13 December 1939, the German “pocket battleship” Admiral Graf Spee withdrew to the roadstead off Montevideo.

Beginning of The End

The ships that had fought her … HMS Exeter and the cruisers HMS Ajax and HMNZS Achilles … also headed towards the River Plate, and later that night they were joined by the heavy cruiser HMS Cumberland.

Exeter had been badly damaged and was out of action, but Graf Spee still had good speed and a working main battery. Even so, her ammunition was running low … roughly a third of her main-gun shells and about half of her 150 mm rounds remained.

She also needed repairs far beyond what Uruguay could allow under international law, which limited her stay to just seventy-two hours.

British intelligence officers in Montevideo then spread a rumour that a powerful Royal Navy squadron … including the battlecruiser HMS Renown and the carrier HMS Ark Royal … was waiting outside the estuary.

Believing this force to be real, Captain Hans Langsdorff contacted Kriegsmarine headquarters several times, offering a choice between internment in Argentina or scuttling the ship.

A breakout attempt was not considered viable!

Hitler

After consultations between Admiral Raeder and Hitler, Langsdorff received a clear order: destroy the ship.

On the evening of 17 December 1939, Admiral Graf Spee left Montevideo to crowds lining the waterfront.

She anchored four miles offshore in the River Plate, and around 20:00 her crew set off explosive charges. The ship burned and exploded for nearly three days. All 1,100 crewmen were safely taken to Buenos Aires.

Three days later, on 20 December, Captain Hans Langsdorff took his own life in a Buenos Aires hotel, believing it his duty as the ship’s commander.

#fblifestyle #WWII #History #RiverPlate #navalhistory

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NavalHistoria

For Sale: German Gun Battery in Normandy

What Do You Get?

Serious?

Why Do Russian Submarines Have “Windows”

Design

Climate

Practicality

Britain Shells The French Fleet During WWII

Armistice

Negotiations

Sunk

The Worst Has Happened

The Pole

Defeated

The Russian Submarine B-307: High And Dry

Contents

Historical Background

The Tango Class

Design of the B-307

Speed

Missiles

Operational History

NATO

The Fate of the B-307

Museum

Q-Ship Decoy Vessels: Luring U-Boats

The Q-Ship

The Lure

The Bait

Top Secret

Turning The Tide On The U-Boats

Walker

Convoy

Tactics

Bad News

Dedication

Teddy Sheean: The Victoria Cross Sailor

Contents

Teddy Sheean’s Act of Sacrifice

Into Action

Recognition for Teddy Sheean

The US Navy’s Venture Into Hydrofoils

Contents

Design of the USS Pegasus

Armament and Capabilities

Operational History of the USS Pegasus

Admiral Graf Spee: The End.

Beginning of The End

Hitler