The Birth of the Atomic Fleet – When Science Fiction was Dwarfed by Science Fact Reply

The Birth of the Atomic Fleet

In 1950, the same year the USS Pickerel conducted a remarkable journey from Hong Kong to Hawaii in just 21 days under snorkel, the President of the United States, President Harry S. Truman, authorized the building of an atomic submarine for the first (August 1950).

Pundits and politicians had been predicting that the potential for nuclear power in a submarine was two to ten years away from being realized. What they did not know was that when Captain Rickover steered the engineering work on an atomic engine to Westinghouse in a place called Bettis in 1948, his vision was to make the atomic sub a reality well before anyone expected. Rickover chose Westinghouse because he knew they had the practical engineering capability to do something that was being delayed by the scientists and bureaucrats of the Atomic Energy Commission.

As early as 1946, Naval Leaders like Admiral Nimitz understood that the submarine was the future of naval warfare but needed to extend its time at sea and it’s conceal ability with a new type of propulsion. The harnessing of the atom provided just such an opportunity. The commitment to build and operate the Nautilus was a bold step for Truman and the Navy.

1950 was the fiftieth year of the American Navy Submarine Force

But August of 1950 was a very challenging time for the country and the world. The Cold War was heating up. On June 25, 1950, the North Korean Army (backed by the Soviet Union and Communist China) boldly invaded the south. The Russian navy was operating large numbers of submarines in the area and newspaper articles warned of the danger of a third World War starting. Troops were still largely shipped to the danger spots of the world by ship and the existence of enemy submarines in the approaches to Korea was a real danger.

The United States had rapidly mothballed much of the fleet after the war while disbanding the forces needed to operate them. Trained men were not available and the fleet struggled at first to manage its commitments in a very hostile world.

The promise of an atomic powered vessel with nearly unlimited fuel promised a solution for many of the Navy’s concerns.

Rickover saw this and with sheer determination and will power, shoved the Navy and the World into the Atomic age. He was a practical thinker and not a sentimentalist in any way. His vision was to see a Navy second to none powered by the most advanced technology that man could imagine. He succeeded in a way that still has an impact today.

This post includes material that comes from a book that was published in 1964 by the Atomic Energy Commission called Nuclear Powered Submarines.

This book was written a short ten years after the Nautilus was commissioned and shows the rapid progression of the nuclear submarine fleet. In ten years, the Nautilus was eclipsed by the newer and sleeker boats that were themselves to be eclipsed again within a decade. Those boats would be dwarfed in size and capabilities and later joined by behemoth aircraft carriers that could go decades between fueling.

Nuclear Powered Submarines. U.S. Atomic Energy Commission

Forward

The application of nuclear energy to submarine propulsion has caught the imagination of people everywhere; no scientific proficiency is needed to understand the value of such a development. We can all share pride in the arctic achievements and the globe-circling adventures of our nuclear submarines. How- ever, it is considerably more difficult for the average person to appreciate the magnitude and complexity of the engineering involved in actually building and operating these ships. This booklet is intended to help you obtain such an appreciation.

Young people particularly are attracted to these ships and the atomic plants that propel them. Often young people mistakenly think that atomic energy somehow magically simplifies everything and that it must be easier to work with such plants than with more conventional machinery. Nothing could be further from the truth. More knowledge and understanding are needed; knowledge of science, of engineering, and of the fundamental laws of nature. I strongly urge young people who may be thinking of entering the atomic field to study the basic subjects of chemistry, physics, metallurgy, mechanical engineering, and, of course, mathematics. Then, if they have superior intelligence, insight, and especially an affinity for hard work, they may be able to participate in a program which combines both the excitement of a technological frontier and the pride of contributing to our national strength—our growing atomic Navy.

H.G. Rickover

The Nuclear Powered Submarine

The advent of the atomic age has revolutionized our undersea Navy. The introduction of nuclear power has converted the submersible surface ship of yesterday to a true submarine capable of almost unlimited endurance.

Events have followed swiftly since the pioneer nuclear submarine Nautilus entered fleet service in 1955. Records established by the Nautilus for submerged endurance and speed were soon eclipsed by submarines of later generations such as Seawolf, Skate, Skipjack, and Triton. Skipjack, first to incorporate the blimp-shaped hull, ideal for under water mobility, broke all existing records to become the world’s fastest submarine. The Navy reports, within security limitations, that today’s submarines travel in excess of 20 knots.

Nuclear submarines also have opened up the waters under the Arctic ice pack for operations. In 1958 the Nautilus made a historic voyage from the Pacific Ocean to the Atlantic via the North Pole. The Skate has three times journeyed to the top of the world, twice surfacing at the geographic North Pole as well as making numerous surfacings in polar lakes.

The marriage of the nuclear submarine and the ballistic missile has been one of the most significant developments in the free world’s defense structure. Since 1960, nuclear submarines capable of submerged firing of the Polaris missile, armed with a nuclear warhead, have been patrolling the seas that constitute 70 per cent of the earth’s surface. Missiles aboard the first two generations of Polaris submarines—the George Washington and Ethan Allen classes—have a range of 1,200 to 1,500 nautical miles. A new Polaris missile capable of hitting its target 2,500 miles away has been developed. These are aboard a third generation of Polaris submarines—the Lafayette and Alexander Hamilton.

The First Nuclear Submarine

Authorization for the first atomic submarine was signed by President Harry S. Truman in August 1950. This was to be the USS Nautilus. The Chief Executive gave the world an idea of what could be expected from the ship: “The Nautilus will be able to move under the water at a speed of more than 20 knots. A few pounds of uranium will give her ample fuel to travel thousands of miles at top speed. She will be able to stay under water indefinitely. Her atomic engine will permit her to be completely free of the earth’s atmosphere. She will not even require a breathing tube to the surface.” On January 21, 1954, the Nautilus slid into the Thames River, New London, Connecticut.

This article was developed on the eve of the Navy’s 243 Birthday celebration (2018). The efforts of the early pioneers in the AEC, the Navy, the men and women of Western Pennsylvania and the builders can all be proud of the realization of the dream.

21 Days Under Water – The USS Pickerel’s 5200 Mile Journey at Periscope Depth Reply

In 1950, the US Navy was coming to terms with its peacetime role in a Cold War setting. The Russians had obtained the German submarine technology along with the rocket scientists from captured territory. No longer content to be a coastal navy, the Russians were building their own fleet of new submarines with the ability to stay at sea for longer periods of time.  Atomic power was being worked on in secret but diesels still ruled the waves for the world’s navies.

This is a unique story about the USS Pickerel’s voyage from Hong Kong to Pearl Harbor. The entire voyage was made submerged at periscope depth. The depth allowed the boat to use its diesel’s for propulsion the entire length of the trip. I can only imagine making that run at periscope depth. Submarines are notoriously bad “rides” when they are going through any kind of seas and keeping the snorkel mast above the water line would be critical no matter what the waves brought.

The second part of the story talks about life on board the boat during the trip. Most submariners can appreciate the experience.

Evening star. [volume] (Washington, D.C.), 10 April 1950.

21-Day Undersea Trip Of 5,200 Miles Made By U. S. Submarine

By the Associated Press

On March 15 a United States submarine dived into the Pacific off Hong Kong and didn’t surface again until 21 days later at Pearl Harbor.

In the meantime, the submarine had covered 5,200 miles. The Navy told of the trip yesterday. It did not claim a record, but officers said that this was the longest underwater run they had ever heard of. The precise time during which the submarine, the Pickerel, relied on its snorkel “breathing” apparatus was given as 505 hours, one hour over 21 days.

Importance Stressed.

The achievement, disclosed as the submarine service prepared to celebrate its 50th anniversary tomorrow, pointed up the growing importance being attached to undersea craft by Navy planners.

Recent tests showing that submarines can be used to launch guided missiles have made them a threat against coastal targets as well as sea commerce, thereby stepping up their potentialities in any future war.

At Pearl Harbor, Comdr. Paul R. Schratz of the Pickerel called the long voyage “all in the day’s work, just a routine test.”

He was asked whether the sub could be seen on the cruise, and without elaborating he said: “We had indications to the contrary.”

Pickerel Is New Craft.

The Pickerel was built at the Portsmouth, N. H., naval shipyard and was commissioned April 4, 1949. She went to the Pacific Fleet last fall.

The Snorkel apparatus with which the latest United States subs are equipped is a breathing tube which extends to the surface.

It was developed by Germany during the war, from a Dutch idea. By using the device, the submarine can operate under the surface on its diesel engines, which give it much more speed than can be had from the electric motors previously relied upon for submerged runs.

There is the added advantage of not having to come up to re charge batteries exhausted by the motors.

Fuel Supplies Only Limit.

Thus with the Snorkel equipment the time a submarine can stay down has little limitation other than fuel supplies. Pressure is being applied in this country to development of means to stretch that limit almost infinitely by application of atomic power.

Work is progressing on such an engine which would lift even the fuel and batteries requirement. An atomic-operated engine would operate indefinitely without refueling, for all practical purposes. The Westinghouse Corp. has acknowledged that it is working on an atomic power plant, but its development is expected to take from two to ten years.

American interest in submarine and anti-submarine devices has been spurred by reports that Russia is building the world’s mightiest undersea fleet—estimated currently at 250 to 300 vessels, only a small percentage of these are said to be snorkel-equipped.

German Plans Captured.

Like this country, Russia is reported to have captured German plans for a hydrogen-peroxide engine that would require no breathing tube at all. What is being done in that field either here or in the Soviet Union has been kept secret.

Along with submarine development work, the United States Navy is pushing defense measures against undersea craft.

Admiral Forrest Sherman, chief of naval operations, has assigned Vice Admiral Francis S. Low, wartime chief of anti-submarine work, to survey needs in that field. And Admiral Sherman himself has said that the Navy’s No. 1 project right now is to get more patrol planes and destroyers—both major weapons against submarines— back into the active fleet.

Along the same line Rear Admiral C. B. Momsen, assistant chief of naval operations for undersea warfare, said in an address here March 27 that he has reason to believe there will be an early development which will enable the United States to “drive submarines off the seas.”

21 Days Under Water Means Lots of Beards, 30 Movies

By the Associated Press

PEARL HARBOR, April 10.—

What do you do under water for 21 days and 5,200 miles? Comdr. Paul R. Schratz supplied the answers yesterday after commanding the snorkel-type submarine Pickerel from Hong Kong to Pearl Harbor without surfacing.

“If you feel like getting a good workout,” he said, “you just lie down until the feeling’s gone. Our main athletics were cribbage and acey-deucy.”

The 34-year-old skipper added in an interview:

“We took 30 movies along on the trip. We saw them all by the time we hit Pearl.”

Comdr. Schratz said the 67 enlisted men and eight officers abroad the 300 – foot sub “Just didn’t feel like eating much” during their underwater voyage from March 15 to April 5.

Most of the officers tried to make up by growing goatees and mustaches. Most of the crew grew full beards. These adornments didn’t last long once the men arrived here. Wives and sweethearts met them at the dock with leis and kisses.

“And. as soon as they got home, with scissors,” Schratz added.

The pickerel’s crew also whiled away some time watching tropical fish in a small aquarium they took along. The skipper, who plays first violin in the Honolulu symphony orchestra when he isn’t doing his day’s work under the Pacific, didn’t take the violin along.

Comdr. Schratz himself suggested the underwater cruise after taking part in exercises in Philippine waters.

“We used the snorkel breathing tube the entire voyage,” he said.

The Pickerel made the complete distance at periscope depth and made an average speed of about10 knots. The usual number of torpedoes for Pacific Fleet submarines was carried.

The 1,850-ton Pickerel is a standard fleet type submarine—only streamlined and with higher propulsive power than others of her class.

Mister Mac

 

Happy Birthday 1947 – Predicting the Future of Naval Warfare 1

The official Navy Birthday is now celebrated on October 13 every year thanks to Admiral Zumwalt declaring that day as the one to remember. But it has not always been celebrated on that day or with the same focus.

In 1947, the aftermath of the Second World War was being felt all around the world. The Iron Curtain had been declared, the Cold War was starting to emerge and the Navy was undergoing many changes. Historians tell us that there was a tremendous amount of pressure to amalgamate all of the services into one post war structure under a unified Department of Defense. The Navy fought most fiercely against this unification since it was not convinced that the Army would be able to understand the needs of a nautical force.

The article that follows came from the United Press services but reading it from a Navy Historian perspective, I can see the influence of many of the Navy’s leaders in the words and ideas. What is remarkable for 1947 was how right the predictions ended up being. I thought it fitting as we approach the 243rd Anniversary of the Navy that this article would be a great post to share. I hope you agree.

Navy Expects War With Russia Next

WASHINGTON, Oct. 25. 1947 — (UP)—

The Navy, celebrating its “birthday” Monday, is vigorously preparing for the greatest fundamental changes in its 172 year history.

It has a fistful of ideas for ships, new weapons and new ways of fighting that to promise a revolution in warfare.

Submerging capital ships, rockets armed with atomic, planes that can outrun he sun, clear skies when you want them — these are only a few of the dramatic ideas the Navy is considering.

Deep in the secret file until very recently was a development that seems tame by comparison but is actually of tremendous importance. It is “Radac” a revolutionary method of answering battle questions at the speed of light.

Details of Radac—rapid digital automatic computation— are locked up as tight as the Navy Knows how but the only announcement of its existence compared it in military significance to radar —king of war due inventions.

Many advances are a long way off, but even in the next few years the Navy would not fight a war with the weapons of World War II.

Carriers are switching to jet planes. Cruisers are getting completely automatic turrets. Destroyers are being equipped with new intricate detection devices. Submarines are learning to use the German “schnorkel/’8 breathing tube that allows a sub to stay concealed for weeks at a time.

None of these inventions played in a part in the war. Their development is a delayed dividend on war research.

Our original Navy idea was a fleet of ships to defend the shores of the United States against an enemy. For such a purpose the present day powerful fleet has no equal. But if the United States is to do anything about keeping peace in the world and supporting small nations against aggression, then a different kind of fleet is needed.

It will have to go anywhere in the world and fight if need be not other ships but planes and submarines defending foreign shores, perhaps with atom bombs. It will have to protect and land troops and supplies unless atomic war eliminates the need of an invasion.

Navy leaders do not say so publicly, but their private nightmare features Russia seizing the Middle East and Europe with her huge army and the U.S. trying to carve a foothold for an expeditionary force by the use of sea and air power.

Regardless of whether this is a realistic estimate, the American fleet is slowly being prepared for such a mission.

The battleships designed to fight other battleships, is dead. Its place will be taken by a new type vessel, the guided missile ship.

Two experimental ships are being constructed, using the unfinished hulls of other type ships. In the same way the first aircraft carriers were converted from other hulls.

The main weapons of the new type will be guided missiles and rockets. The huge 1-inch rifle, with its amazing accuracy, is obsolete.

The ram jet engine for a guided missile has done better than 1,500 miles per hour under test, but years will pass before it can carry a warhead and have a good range.

Rockets are closer. The first big ship rocket, the Neptune, is scheduled for test next year. Capable of 235 miles range with a light load, it is designed to teach scientists how to build big rocket weapons rather than be a weapon itself.

Marking the first such experiment, a German V-2 rocket was fired last month from the carrier Midway, but it behaved erratically and exploded six miles from the ship. One leading admiral said later that the information obtained could have been discovered by a little study and thinking.

Although the Navy does not contemplate arming its carriers with 45 – foot rockets, shipboard testing of the Neptune will probably be undertaken on a carrier. The guided missile ships are a long ways from being finished.

Defense of all ships, but especially the guided missile ships, which will have to carry the brunt of the attack, will bring many changes.

Ships will have to be sealed against radio-activity, all fighting and navigation done from below decks. Radar antennas, gun directors and other equipment which cannot withstand the shock of atomic bomb blast will have to be strengthened or made retractable into the hull.

Propulsion by atomic energy has been predicted variously for the next five or ten years. The Navy’s best ships will have to be equipped with it, bringing such changes as eliminating the smoke funnel, increasing range, providing more space for armament, probably higher speeds.

With superstructure and funnel cut down, the capital ship will look like a submarine and may end up being just that.

As I think about ships like the Ohio and Virginia Class submarines operating in tandem with the nuclear powered super-carriers and their amazing fleet of technological warriors, I wonder what the authors of this article would think today. I also wonder what the future of the Navy will be as we experiment with the new weapons that would not have even been imagined in that day. Especially the ones named after the man who set the Navy’s Birthday as October 13.

Mister Mac

 

 

Post Number 637 – Commemorating the USS Sturgeon SSN 637 6

Workhorses of the Cold War

Over forty years ago when I first volunteered for submarine duty, one of the hottest boats in the fleet was the boats of the 637 Class. These workhorses were responsible for so many missions during the Cold War that it would be  impossible to catalog them all on a single blog post.

Most people will never know how many times these boats performed missions that protected our country. Their missions were secret then and many probably remain so now. But like all submarines, they are only as good as the men who manned them. I salute the service and sacrifice that each crew member made in the defense of this great nation. Submariners receive the designation of “SS” when they become qualified.

Service and Sacrifice seem to fit that title very well.

To all who served on these fine submarines, hand salute.

 

SSN-637 Sturgeon class

STURGEON class submarines were built for anti-submarine warfare in the late 1960s and 1970s. Using the same propulsion system as their smaller predecessors of the SSN-585 Skipjack and SSN-594 Permit classes, the larger Sturgeons sacrificed speed for greater combat capabilities.

They were equipped to carry the HARPOON missile, the TOMAHAWK cruise missile, and the MK-48 and ADCAP torpedoes. Torpedo tubes were located amidships to accommodate the bow-mounted sonar. The sail-mounted dive planes rotate to a vertical position for breaking through the ice when surfacing in Arctic regions.

Beginning with SSN-678 Archerfish units of this class had a 10-foot longer hull, giving them more living and working space than previous submarines of the Sturgeon Class.

A total of six Sturgeon-class boats were modified to carry the SEAL Dry Deck Shelter [DDS], one in 1982 and five between 1988 and 1991. They were SSN 678-680, 682, 684, 686 were listed as “DDS Capable” — either permanently fitted with the DDS or trained with them. In this configuration they were primarily tasked with the covert insertion of Special Forces troops from an attached Dry Deck Shelter (DDS). The Dry Deck Shelter was a submersible launch hanger with a hyperbaric chamber that attaches to the ship’s Weapon Shipping Hatch. The DDS provided the most tactically practical means of SEAL delivery due to its size, capabilities, and location on the ship.

Rapidly phased out in favor of the LOS ANGELES and SEAWOLF Classes of attack submarines, this venerable and flexible workhorse of the submarine attack fleet has been completely retired now. Attracting little publicity during its heyday, this class of ship was the platform of choice for many of the Cold War missions for which submarines were now famous.

SSN 637 USS Sturgeon

Sturgeon’s keel was laid down by General Dynamics Corporation, Groton, CT, 10AUG63; Launched: 26FEB66; Sponsored by Mrs. Everett Dirkson; Commissioned: 3MAR67 with Cdr. Curtis B. Shellman, Jr. in command; Decommissioned: 1AUG94

USS STURGEON (SSN637) was the third ship of the line to bear the name STURGEON and the lead ship of 37 nuclear fast attack submarines of the Sturgeon-class.

STURGEON departed Groton, Connecticut in April 1967 and conducted her shakedown cruise down the east coast with ports of call in Norfolk, Virginia, Charleston, South Carolina, Ft. Lauderdale, Florida, St. Croix in the American Virgin Islands, and Roosevelt Roads, Puerto Rico. In September she conducted the first of her many extended submarine operations. Upon return to port, STURGEON was transferred to Development Group 2. In January 1968 the boat began a five week antisubmarine exercise to evaluate the relative effectiveness of the STURGEON and PERMIT class submarines.

In late May and early June of 1968 STURGEON participated in the search for the lost submarine USS SCORPION (SSN-589) in the vicinity of the Azores. She then participated in tests and evaluations of a new sonar detection device from December 1968 to February 1969. After a brief visit to the Naval Academy in March 1969 her crew held intense training for her deployment in May. STURGEON was awarded the Meritorious Unit Commendation Medal for her outstanding service in 1968. She received a second Meritorious Unit Commendation Medal for completing a special project for the CNO.

From January to April 1970 STURGEON was deployed. She then spent several weeks aiding and evaluating aircraft anti-submarine warfare tactics and equipment. She also participated in intense submarine exercises and sound trials. From October 1970 until October 1971 STURGEON was in overhaul in Groton, Connecticut, where she received the Navy Unit Commendation Medal for exceptional Service in 1970.

After completing her overhaul STURGEON was transferred to Submarine Squadron Ten based at New London. She completed her refresher training and shakedown cruise and then participated in two antisubmarine exercises before returning to Groton for a restricted availability period. Once completed, STURGEON began extensive tests on sonar systems until the end of 1972.

Starting in 1973, STURGEON conducted extended submarine operations in the Narragansett Bay Op Area. In April she sailed to the fleet weapons range in the Caribbean where she ran aground and was forced to return to Groton in June to repair damage. She then conducted extensive local operations and finally entered Portsmouth Naval Shipyard to effect bow repairs. She remained in the yard until April 1974.

After sea trials and a ten day upkeep STURGEON sailed to Norfolk to join other fleet units participating in Atlantic Readiness Exercise 1-73. In November of that same year STURGEON sailed for the Mediterranean for a six-month deployment with the 6th Fleet. STURGEON spent Christmas and New Year’s in Naples, Italy, and then spent the next few months conducting sea trials, ASW exercises and various other operations in the Med. She returned to New London in May 1975 and conducted post deployment standdown. For the rest of 1975 she conducted midshipmen operations and participated in exercises MOBY DICK and OCEAN SAFARI which ended with a port visit in Rosyth, Scotland.

In June 1976 STURGEON was transferred from Squadron Ten to Submarine Squadron Four homeported in Charleston, South Carolina. STURGEON again deployed to the Med in May 1978 here she conducted many special operations and also participated in the Mediterranean ASW Week and National Week XXV. She was highly commended by COMSIXTHFLT for here outstanding performance. She returned to Charleston in November and commenced a well deserved standdown.

In 1979 STURGEON was again making preparations to deploy. She deployed from June until September and had various port visits which included Holy Loch, Scotland and Wilhelmshaven, Germany. Upon return to port she conducted a Selected Restricted Availability period at the Charleston Naval Shipyard.

In September 1980 STURGEON again departed to the Med where she conducted ASW operations and participated in USN PASSEX with the 30th Airwing of Italy. She returned to Charleston in February 1981 for standdown and upkeep. In August 12981 STURGEON participated in OPERATION OCEAN VENTURE 81, Phase IV and crossed the Arctic Circle on 1 September 1981 at 006 41′ East. She was awarded the Battle Efficiency “E,” engineering “E,” the Antisubmarine Warfare and Operations “A” and the Damage Control “DC” for fiscal year 1981.

From January to March 1982 STURGEON conducted special operations. She was the first U.S. nuclear submarine to visit Brest, France, and the first U.S. nuclear submarine since 1969 to visit any French port.

In March 1984 STURGEON provided support for a multi-national task group engaged in amphibious operations in the eastern Atlantic and Norwegian Sea. She also visited Trondheim, Norway where she hosted the Lord Mayor of Trondheim, Commander Trondelag Naval District, and the U.S. Ambassador to Norway.

During January 1985 STURGEON provided vital SEAL support during diver operations. STURGEON at that time completed a record number Lock Ins/Lock Outs for SSN diver operations. She also conducted a number of SEAL full mission profiles and developed new techniques to improve success, particularly in the area associated with rendezvous and recovery. In February STURGEON conducted two special CNO operational evaluations on USS FLYING FISH (SSN-673). In March STURGEON hosted commander Submarine Group SIX.

RADM Stanley Catola, and a group of local businessmen and community leaders on a dependent’s cruise. STURGEON then entered the yards for a non-refueling overhaul at Charleston, South Carolina Naval Shipyard which lasted until November 1986. While in the yards, STURGEON updated her Sonar to the BQWQ-5C, Fire Control to the CCS MK-1 and gave the ship the capability to shoot Tomahawk Missiles.

In early 1987 STURGEON completed all tests and certifications for here new systems satisfactorily. In August she deployed to the Mediterranean, the first deployment since 1985. STURGEON remained in the Med for the rest of 1987 and while there developed new operational procedures for employment of the MK-67 SLMN mines. She returned to Charleston on 31 January 1988.

1988 was highlighted by STURGEON passing a surprise ORSE with superior performance, a TRE with a grade of above average and a NPTI with a grade of outstanding in 10 of 12 categories. She then went into SRA to update the fire control system to give her the capability to shoot ADCAP MK-48 torpedoes. For her efforts in fiscal year 1988 STURGEON was judged as one of the outstanding submarines of the Atlantic Fleet. The boat was awarded a second consecutive Battle “E”, engineering “E” and the Supple “E” for Submarine Squadron Four.

In March 1989 STURGEON deployed to the Arctic Ocean for ICEX 1-89. While deployed she hosted a Congressional delegation on the ice pack. STURGEON also conducted several missions of scientific importance and a joint operation with the British Navy to further develop ASW capabilities. She returned to homeport in June. In September 1989 Hurricane Hugo devastated the South Carolina coast. STURGEON remained in port due to a Steam Generator Inspection and came through the storm with no damage. In the aftermath of the storm STURGEON sailors assisted the local community and provided assistance to 643 families.

STURGEON was again deployed from June to September 1990 and was awarded the Battle “E,” Engineering “E,” ASW “A,” and the Supple “E” for that fiscal year.

In January 1991 STURGEON was included in the highly successful operation SWAMP FOX, a multi-unit exercise that took her to a port visit in Roosevelt Roads, Puerto Rico. From April to June STURGEON completed another highly successful deployment. STURGEON then entered a Selected Restricted Availability and underwent a complete refurbishing, leaving the drydock in mid-October. For her effort in 1991 STURGEON once again was awarded the Battle “E”, ASW “A”, and the Communications “C.”

1992 saw STURGEON completing another highly successful exercise SWAMP FOX 92. After the exercise STURGEON spent a week in Cap Canaveral, Florida. In late August, STURGEON deployed to the North Atlantic, diverting to Faslane, Scotland for repairs. After leaving Faslane for tests in the Irish Sea, STURGEON became entangled in an Irish fisherman’s net. No one was injured and minor damage was done to both vessels. STURGEON then returned to Charleston for repairs.

1993 was STURGEON’s final full year of operation. Intensive training for a highly sensitive CNO project occupied the majority of STURGEON’s time. However, STURGEON had a chance for a port visit to Port Everglades, Florida in July. In early October STURGEON departed Charleston to participate in SWAMP FOX 93-1 and then deploy. STURGEON returned to Charleston in late November following the completion of another very successful deployment.

In December 1993 and January 1994 STURGEON’s crew once more conducted an intense upkeep, preparing for her deactivation ceremony, several short operations, and final transit to Bremerton, Washington for decommissioning. She was deactivated in Charleston, South Carolina on January 14, 1994, and decommissioned on 1 August 1994. She was scrapped at Puget Sound Naval Shipyard, 11 Sep 1995.

On September 15, 1995 at the Naval Undersea Museum in Keyport, Washington, a ceremony commemorated the transfer of the USS STURGEON (SSN637) sail from Puget Sound Naval Shipyard. The sail, now located in the museum parking lot, is the only detached sail from a nuclear fast attack submarine on display anywhere in the United States.

Correction from a shipmate: I really enjoy your posts. However, I would like to point out that my qual boat, USS Lapon (SSN 661) sail is on display at American Legion Post 639 in Springfield Missouri. Lapon was also a Sturgeon Class boat.

So Apparently there are two! Good to know but the bucket list just grew again.

The USS Surgeon and I were both decommissioned on the same day (August 1, 1994). As I look at the world around us, I sure do wish both of us could sail again to counter the threats that are emerging. Thank God we have new boats and new submariners willing to raise their hands (twice) and service this great nation.

Mister Mac

 

 

Submarines: “from a boy to a giant” 4

One of my favorite pastimes is discovering unique stories about the United States Submarine force and the development through the ages.

There is no better witness to the phenomenal growth than that of one of the most profound influences on submarine operation and development: Fleet Admiral Chester Nimitz. The most fascinating thing about this man was that he came from such a humble beginning in Fredericksburg, Texas where he originally desired an appointment to the Military Academy. Fortunately for the world, he failed to gain entry and instead went to the Naval Academy where he graduated  with distinction in his class.

His service record is covered elsewhere but one thing was common throughout was his understanding of the potential for a submarine force even when the very idea was being kept in check by the Admirals.

The Navy published a series of submarine brochures but these quotes come from the 1969 edition. Admiral Nimitz had already gone on final patrol but his Forward was kept as a tribute to his memory.

In late 1965, Nimitz suffered a stroke, complicated by pneumonia. In January 1966, he left the U.S. Naval Hospital (Oak Knoll) in Oakland to return home to his naval quarters. He died at home at age 80 on the evening of February 20 at Quarters One on Yerba Buena Island in San Francisco Bay. His funeral on February 24 was at the chapel of adjacent Naval Station Treasure Island and Nimitz was buried with full military honors at Golden Gate National Cemetery in San Bruno. He lies alongside his wife and his long-term friends Admiral Raymond A. Spruance, Admiral Richmond K. Turner, and Admiral Charles A. Lockwood and their wives, an arrangement made by all of them while living

But his words live on in eternity. So does his impact on Naval Sea Power

United States Navy Submarine Brochure

As a Midshipman at the Naval Academy, l had my first ride in the United States Navy’s first submarine – USS HOLLAND. Thus in the brief span of my life, l have seen the submarine grow “from a boy to a giant” of the Polaris submarine with strength untold for our land of freedom.

(The airplane and the submarine both began to join the Fleet early in this 20th century, as invention and engineering provided reliable internal combustion engines and other engineering wonders. Each of the strange new means of warfare promised to destroy the power of Fleets – at least in the minds of enthusiasts. Instead, they have brought incredible new power.

l early joined submarines as a young officer, engaged in experimental developments, commanded the submarine forces of the U. S. Atlantic Fleet, studied diesels in Germany and helped to introduce them into our Navy.

For years afterward l continued to serve in submarines afloat. Then, as naval duties took me away from the submarines, l followed their steady development with undiminished interest.

When l assumed Command of the Pacific Fleet, l hoisted my flag in USS GRAYLlNG (SS-209).

When detached, after V-J Day which owed so much to the valor, skill and dedicated service of submariners, l lowered my flag from the gallantly battle-tested USS MENHADEN (SS-377).

While Chief of Naval Operations, with imaginative leaders like my Deputy, Vice Admiral Forrest Sherman, Vice Admiral Charles A. Lockwood, Naval Inspector General, who brilliantly commanded our Pacific submarine operations during much of World War ll, and Vice Admiral Earle Mills, Chief of Bureau of Ships, l was happy to initiate the development of nuclear power afloat.

The decision was based in considerable part on a major study completed by Dr. Philip Abelson of Naval Research Laboratory in early 1946. All the foregoing officers were enthusiastic about the prospects. lt struck me that if it worked we would be far in front in the ceaseless race in armed strength to keep our country strong and free. The fantastic speed and unlimited radius of action offered by atomic power gave promise of at last making possible the true submarine with indefinite endurance submerged. Its feasibility had been explored in the Navy in the early ’40’s but the development had been set aside by the war and the single goal in atomic energy of the Manhattan Project. Now was the time to get underway. What remarkable results have followed.

Thus for much of my life, l have had faith in the submarine as l have had faith in the rest of the Navy and our great land of America. Each by being true to itself—seeking efficiency and power for noble ends—has been a blessing, just as for ignoble ends, it could be a curse. l am convinced that the mighty Polaris submarine, bearing imperishable names like Washington, Lincoln and Lee, will prove a blessing to America of the future and to all men as they reach upward to the light.

Chester W. Nimitz

Fleet Admiral, U. S. Navy

Two of the boats from 41 for Freedom.

1969 Submarine Brochure Introduction

Fleet Admiral Nimitz’s foreword, written for an earlier edition of the Submarine Brochure some 3 years before his death, points up the vast and growing influence of the sea to our destiny. ln this growth, the submarine fleet in particular has made such strides that we have found it necessary to issue a new edition of this compact account every few years.

The first submarine brochure came out under the skilled direction of Commander D. V. Hickey, USN, now retired, and Lieutenant Henry Vadnais, USNR, of the Curator section. This latest edition has been ably modified by Commander V. J. Robison, USNR, now directing the Curator section, Commander C. F. Johnson, USN, Commander H. Vadnais, USNR, and the diligent application of Mr. Robert L. Scheina. We also owe special appreciation for assistance to the following commanders and their staffs: Admiral lgnatius J. Galantin, Chief of Naval Material; Vice Admiral J. B. Colwell, Commander Fleet Operations and Readiness; Vice Admiral Arnold F. Schade, Commander Submarine Force, Atlantic Fleet; Rear Admiral Walter L Small, Commander Submarine Force, Pacific; and Captain Leon H. Rathbun, Commander Submarine School.

The swift growth of the under sea part of the trident Navy reflects the broad growth of sea power as a whole and of its effect upon the fate of nations in our time. Throughout history the sea has stood for freedom— free horizons, free transit without frontiers or barriers, free opportunity for him who ventures boldly and skillfully. Fortunate indeed then is it that this increase in power at sea has come when the United States has received responsibility for the leadership of civilization. May she meet this charge wisely, courageously, and well

M. Eller

“He goes a great voyage that goes to the bottom of the sea.”

George Herbert, 1651

Mister Mac

USS George Washington SSBN 598 – First and Finest 4

Just a short history of the submarine I qualified on 44 years ago.

 

A Global Cold War Warrior

USS George Washington (SSBN-598) was the United States’ first operational ballistic missile submarine. It was the lead ship of her class of nuclear ballistic missile submarines, was the third United States Navy ship of the name, in Honor of George Washington (1732–1799), first President of the United States, and the first of that name to be purpose-built as a warship.

George Washington’s keel was laid down at Electric Boat Division of General Dynamics, Groton, Connecticut on 1 November 1958. The first of her class, she was launched on 9 June 1959 sponsored by Mrs. Ollie Mae Anderson (née Rawlins), wife of US Treasury Secretary Robert B. Anderson, and commissioned on 30 December 1959 as SSBN-598 with Commander James B. Osborn in command of the Blue crew and Commander John L. From, Jr. in command of the Gold crew.

George Washington was originally laid down as the attack submarine USS Scorpion (SSN-589). During construction, she was lengthened by the insertion of a 130 ft (40 m)-long ballistic missile section and renamed George Washington; another submarine under construction at the time received the original name and hull number. Inside George Washington’s forward escape hatch, a plaque remained bearing her original name. Because the ballistic missile compartment design of George Washington was intended to be reused in later ship classes, the section inserted into George Washington was designed with a deeper test depth rating than the rest of the submarine.

George Washington left Groton on 28 June 1960 for Cape Canaveral, Florida, where she loaded two Polaris missiles. Standing out into the Atlantic Missile Test Range with Rear Admiral William Raborn, head of the Polaris submarine development program, on board as an observer, she successfully conducted the first Polaris missile launch from a submerged submarine on 20 July 1960. At 12:39, George Washington’s commanding officer sent President Dwight Eisenhower the message: POLARIS – FROM OUT OF THE DEEP TO TARGET. PERFECT. Less than two hours later a second missile from the submarine also struck the impact area 1,100 nmi (1,300 mi; 2,000 km) downrange.

George Washington then embarked her Gold crew, and on 30 July 1960 she launched two more missiles while submerged. Shakedown for the Gold crew ended at Groton on 30 August and the boat got underway from that port on 28 October for Naval Weapons Station Charleston, to load her full complement of 16 Polaris missiles. There she was awarded the Navy Unit Commendation, after which her Blue crew took over and embarked on her first deterrent patrol.

The submarine completed her first patrol after 66 days of submerged running on 21 January 1961, and put in at Naval Submarine Base New London at New London, Connecticut. The Gold crew took over and departed on her next patrol on 14 February 1961. After the patrol, she entered Holy Loch, Scotland, on 25 April 1961.

In 1970 ten years after her initial departure from Groton, George Washington put in to refuel in Charleston SC, having cruised some 100,000 nm (120,000 mi; 190,000 km). George Washington shifted to the United States Pacific Fleet and a new home port at Pearl Harbor, Hawaii after the refueling.

On 9 April 1981, George Washington was at periscope depth and was broadsided by the 2,350 long tons (2,390 t) Japanese commercial cargo ship Nissho Maru in the East China Sea about 110 nmi (130 mi; 200 km) south-southwest of Sasebo, Japan. George Washington immediately surfaced and searched for the other vessel. Owing to the heavy fog conditions at the time, they did see the Nissho Maru heading off into the fog, but it appeared undamaged. After calling out for a P-3 Orion to search for the freighter, they headed into port for repairs; the crew was later flown back to Pearl Harbor from Guam. Unbeknownst to the crew of the George Washington, Nissho Maru sank in about 15 minutes. Two Japanese crewmen were lost; 13 were rescued by Japan Maritime Self-Defense Force AkiGumo(ja) and Aogumo(ja). The submarine suffered minor damage to her sail.

The accident strained U.S.–Japanese relations a month before a meeting between Japanese Prime Minister Zenko Suzuki and President of the United States Ronald Reagan. Japan criticized the U.S. for taking more than 24 hours to notify Japanese authorities, and demanded to know what the boat was doing surfacing only about 20 nmi (23 mi; 37 km) outside Japan’s territorial waters.

The U.S. Navy initially stated that George Washington executed a crash dive during the collision, and then immediately surfaced, but could not see the Japanese ship due to fog and rain (according to a U.S. Navy report). A preliminary report released a few days later stated the submarine and aircraft crews both had detected Nissho Maru nearby, but neither the submarine nor the aircraft realized Nissho Maru was in distress.

On 11 April, President Reagan and other U.S. officials formally expressed regret over the accident, made offers of compensation, and reassured the Japanese there was no cause for worry about radioactive contamination. As is its standard policy, the U.S. Government refused to reveal what the submarine was doing close to Japan, or whether she was armed with nuclear missiles. (It is government and navy policy to neither confirm nor deny the presence of nuclear weapons on board.) The Navy accepted responsibility for the incident, and relieved and reprimanded the George Washington’s commanding officer and officer of the deck.

On 31 August, the U.S. Navy released its final report, concluding the accident resulted from a set of coincidences, compounded by errors on the part of two members of the submarine crew. After the collision with the Nissho Maru, the damaged sail was repaired with parts from the sail from the USS Abraham Lincoln which was waiting for disposal at the Puget Sound Naval Shipyard.

In 1982, George Washington returned to Pearl Harbor from her last missile patrol. In 1983, her missiles were unloaded at Bangor, Washington to comply with the SALT I treaty. George Washington made 55 deterrent patrols in both the Atlantic and Pacific oceans in her 25-year career

George Washington continued service as an attack submarine (SSN), returning briefly to Pearl Harbor. In 1983, she departed Pearl Harbor for the last time and transited the Panama Canal back to the Atlantic and to New London. George Washington was decommissioned on 24 January 1985, stricken from the Naval Vessel Registry on 30 April 1986, and scheduled for disposal through the Ship-Submarine Recycling Program at Puget Sound Naval Shipyard. Recycling of the ship was completed on 30 September 1998.

George Washington’s sail was removed prior to disposal and now rests at the Submarine Force Library and Museum at Groton, Connecticut.

Gone but never forgotten

Mister Mac

Post Number 633 – USS Casimir Pulaski SSBN 633 1

A salute to one of the many unsung heroes of the Cold War:

The USS Casimir Pulaski (SSBN-633)

USS Casimir Pulaski (SSBN-633), a James Madison-class ballistic missile submarine, was the second ship of the United States Navy to be named for Casimir Pulaski (1745–1779), a Polish general who served in the American Revolutionary War.

Lafayette Class Ballistic Missile Submarine: Laid down, 12 January 1963, at the Electric Boat Division of General Dynamics Corp., Groton, CT.; Launched, 1 February 1964; Commissioned, USS Casimir Pulaski (SSBN 633), 14 August 1964; Decommissioned and struck from the Naval Register, 3 July 1994; Disposed of through the Nuclear Powered Ship and Submarine Recycling Program, 21 October 1994 at Puget Sound Naval Shipyard, Bremerton, WA.

Specifications: Displacement, Surfaced: 7,250 t., Submerged: 8,250 t.; Length 425′ ; Beam 33′; Draft 32′; Speed, Surfaced/Submerged 20+ kts; Complement 120; Test depth 1,300′; Armament, 16 missile tubes, four 21″ torpedo tubes; Propulsion, S5W Pressurized Water Nuclear Reactor, two geared turbines at 15,000 shp, one propeller.

For a comprehensive in depth look at the 633 boat, click this link…

https://www.usscasimirpulaski.com/

 

Thanks to all who served on her and protected our nation during the Cold War

Mister Mac

The Patten Family and the USS Nevada (1941) 3

As it so often happens, I was looking through the archives and discovered an article that jumped off the pages at me. This article was found in a collection of Navy Department News Releases and was released seventy seven years ago today (September 7, 2018)

NAVY DEPARTMENT

HOLD FOR RELEASE

SUNDAY PAPERS, SEPTEMBER 7, 1941

FATHER TO JOIN SEVEN SONS IN THE U. S. NAVY

A sea meeting unique in the world’s naval history will take place on the quarterdeck of the USS NEVADA on Tuesday night with the central figure, strangely enough, a farmer from Ridgefield, Washington. Officers and crew of the big battleship drawn up at rigid attention for the impressive rite, Captain F. W. Scandland, U. S. Navy, the NEWADA’s commanding officer, will administer the Navy enlistment oath to the farmer– Clarence Floyd Patten, a man of about 50 years.

Standing just behind the principal in the ceremony, in which Secretary of the Navy Frank Knox in Washington will take part by radio, will be seven proud Sailors–Patten’s sons, Clarence, Jr., Myrne, Roy, Marvin, Allen, Gilbert and Bruce, all serving in the NEVADA’s fireroom. The elder Patten, not to be outdone by his sons, decided some time ago to follow the same urge which led them to the sea and into the service of their country and he will be enlisted as a fireman, first class.

Nor is the father the last of the Patten family who will enter the Navy. An eighth son, Wayne Henry Patten, just 16, about to become a sophomore at a Portland (Oregon) High School and with aspirations to become an aviator, plans to enlist when he becomes eligible on July 1, 1942. The NEVADA’s location for the ceremony will remain secret for reasons of Navy security, but the public will be enabled to hear the rites through the facilities of the National Broadcasting Company, which is to present it over its Blue Network from 7:00 to 7:15 p.m. Eastern Standard Time.

Secretary Knox will congratulate the elder Patten on the patriotism of his all-Navy family in a brief talk over a special hook-up linking Washington, D.C., with the NEVADA. All of the Patten brothers were born at Lake City, in Carroll County, Iowa, and the first to enter the Navy was Clarence Floyd Patten, Jr., now 25, who enlisted on July 1, 1937. The next was Myrne Roosevelt Patton, 22, who enlisted October 5, 1937.

Roy Hart Patten, 20, enlisted November 21, 1939; Marvin Kenneth Patten, 28, on January 3, 1940, exactly two weeks ahead of Allen Mayo Patten, 24; Gilbert Russell Patten, 29, on August 31, 1940, and Bruce Calvin Patten, 18, on December 12, 1940. Clarence, Myrne, Roy and Marvin all enlisted at Des Moines, Iowa; Allen at San Diego, California; Gilbert in Honolulu, T.H., and Bruce at Portland, Oregon.

In keeping with the Navy’s policy to bring together, whenever possible, brothers in the service, the seven Patten boys were put together in the NEVADA. In fact, all of them are stationed in the fireroom and occupy seven bunks together in a corner of one of the ship’s sleeping compartments.

(Photograph available in Photographic Section, Office of Public Relations.)

The Nevada wasn’t in her usual place when the Japanese attacked Pearl Harbor just a few month later. During the previous fleet maneuvers, she was delayed coming into port and the USS Arizona took her usual berth. This left the Nevada outboard of another ship and able to get underway once the attack occurred.

USS Nevada (BB-36), eldest (by a few months) of the battleships in Pearl Harbor on 7 December 1941, was hit by one torpedo during the last part of the Japanese torpedo planes’ attack. This opened a large hole in the ship’s port side below her two forward turrets. Her anti-torpedo protection, of a type back-fitted to the Navy’s older battleships, resisted the warhead’s explosion fairly well. However, serious leaks were started in the inmost bulkhead, allowing a considerable amount of water into the ship.

The damaged Nevada got underway at 0840, about a half-hour after she was torpedoed, backed clear of her berth, and began to steam down the channel toward the Navy Yard. The slowly moving battleship was an attractive target for Japanese dive bombers, which hit and near-missed her repeatedly, opening up her forecastle deck, causing more leaks in her hull, starting gasoline fires forward and other blazes in her superstructure and midships area. Now in serious trouble, Nevada was run aground on the Navy Yard side of the channel, just south of Ford Island.

As her crew fought her many fires, the ship twisted around until she was facing back up the harbor. With the help of tugs, Nevada then backed across the way and grounded, stern-first, on the other side of the channel. Her old, much-modified structure proved itself to be anything but watertight, and water traveled inexorably throughout the ship. By the following day, she had settled to the bottom, fortunately in fairly shallow water. There she was to remain for over two months, the subject of one of the first of Pearl Harbor’s many demanding salvage projects.

Over the course of the morning, Nevada suffered a total of 60 killed and 109 wounded. Two more men died aboard during salvage operations on 7 February 1942 when they were overcome by hydrogen sulfide gas from decomposing paper and meat. The ship suffered a minimum of six bomb hits and one torpedo hit, but “it is possible that as many as ten bomb hits may have been received, […] as certain damaged areas [were] of sufficient size to indicate that they were struck by more than one bomb

None of the Patten Family were listed as KIA in the attack. You can find the rest of their amazing story here:

http://www.pearlharborsurvivorsonline.org/html/USS20Nevada20Patten20Brothers.htm

The Sullivan’s were not so fortunate

Just over a year later, the Navy’s policy on allowing family to be stationed together received a shocking jolt when the USS Juneau was sunk at the Naval Battle for Guadalcanal. The famous “Fighting Sullivan Brothers would all lose their lives in a single day.

The Navy would not allow brothers and family to serve again for many generations. Interesting footnote: forty years later (1981) My brother Tom and I both served on the USS San Francisco SSN 711 for over three years together. During that time, the 711 boat would be host to a total of four sets of brothers.

To the best of my knowledge, we all made it home safely. Interestingly enough, my brother Tom went on to serve on the Submarine USS Nevada.

I have often thought that the world was filled with a number of randomly colliding coincidences.

Mister Mac

Forged by the Sea, Tempered by the Steel City – Birth of the Nuclear Navy 3

Birth of the Nuclear Navy
Forged by the Sea, Tempered in the Steel City

 

There are many paths that led to the development of the new power source that would give the American Navy a way to counter any force on earth. The excerpts in this post come from one of the best sources of information I have found in years. “The Nuclear Navy, 1946-1962” (Richard G. Hewlett and Francis Duncan) was written to record the progress made during the early years of the Cold War and was recognized by the Atomic Energy Historical Advisory Committee for its accuracy:

“The members of the Historical Advisory Committee of the United States Atomic Energy Commission have closely followed the writing of this volume and find the completed study an honest, scholarly, and balanced history of the Navy’s nuclear propulsion program. We enjoyed the opportunity to review the draft and final chapters and to discuss them at length with the authors. At our meetings we had access to all the information they used, both classified and unclassified, and also had the opportunity to inspect the plants, laboratories, and nuclear-powered vessels whose development they were describing and analyzing. In the reviews of the draft and the final chapters we did not, of course, attempt to verify the accuracy of the details, based as they were on voluminous files of documents, many of which had been opened for historical research for the first time. Nor did we try to influence the authors’ interpretations of the documentary record. The review did, however, permit us to say with certainty that this study in all respects meets exacting canons of historical scholarship.”

There were many events leading up to the development of the nuclear submarine, but it would have never materialized without the vision and determined leadership of the legendary H. G. Rickover.

By the end of 1945, as the hitherto secret products of American science and engineering came to light, the full dimensions of a revolution in military technology had begun to appear. Sensing some of this, Nimitz, in his homecoming address at the Washington Monument on October 5, had declared: “Perhaps it is not too much to predict that history will refer to this present period not as the ending of a great conflict but as the beginning of a new atomic age.”:’

At the request of then-Captain H.G. Rickover, USN, the first study of the application of a high-pressure, water-cooled reactor for a submarine was undertaken at Oak Ridge, Tenn., in September 1947. In January 1948 the Department of Defense requested Atomic Energy Commission to design, develop and build a nuclear reactor which would propel a submarine.

Captain Rickover used every opportunity from his post at the Bureau of Ships to argue the need to establish a Naval Nuclear Propulsion Program. Since there were many unknowns, he recommended undertaking two parallel reactor development projects: a pressurized water cooled reactor and a liquid metal cooled reactor.

On August 4, 1948, the Navy created the new Nuclear Power Branch with Rickover as its head within the Bureau’s Research Division

The letter contract which Westinghouse signed with the Commission on December 10, 1948, embodied the arrangement Zinn had proposed. The purpose was to build a propulsion plant for a submarine “within the shortest practicable time.” Westinghouse would be required to “do all detail engineering, produce the working drawings, procure the necessary materials, and construct the Mark I plant,” which would be a land-based prototype. The contract also recognized that the aim was to design Mark I so that it would meet Navy specifications for a submarine propulsion plant. Therefore, concurrently with its work on Mark I, Westinghouse would undertake research and development for subsequent models of Mark I which could be installed in submarines. The Commission authorized Westinghouse to obtain suitable office space, laboratories, and shop facilities at government expense and specified interim financial arrangements until a definitive contract could be signed.

Bettis Airfield near Pittsburgh was chosen for the new development site. It remains an active participant in providing the equipment and technology that sill guard the world’s freedoms.

Curtiss-Bettis Airport, Pittsburgh, PA

America’s Nuclear Navy Went from Concept to Reality Starting in 1948

The Pittsburgh Navy Ball will celebrate the 70th Anniversary of this achievement on October 12, 2018 at Soldiers and Sailors Ballroom. Tickets will be available for purchase shortly.

Mister Mac

Pittsburgh Pennsylvania – Serving the Navy in World War 2 (and Beyond) 1

Sometimes people forget the strong bond the Navy has always had with the City of Pittsburgh

On this Labor Day, I thought it would be appropriate to highlight the men and women who contributed to the victory in World War 2. Many never carried a gun, but their efforts were instrumental in delivering not only men and weapons, but the many supplies needed to bring the Nazi’s and Imperial Japan to their knees.

Geographically, Pittsburgh is situated far from either the Atlantic or Pacific oceans. This was both a blessing and a challenge. The blessing was that at the time, the city was well out of range of traditional attacks. She was also located in an area that is still rich with natural resources and a well maintained systems of rivers with locks and dams. The challenge was building anything of significance and delivering it intact to the war effort. While the rivers are well suited for the many coal barges that routinely sail from the mines, they are not deep enough or wide enough to manage a larger vessel.

The answer came in the form of a unique new vessel that was desperately needed on both coasts. The LST  Landing Ship, Tank, or tank landing ship, is the naval designation for ships built during World War II to support amphibious operations by carrying tanks, vehicles, cargo, and landing troops directly onto shore with no docks or piers. This provided amphibious assaults to almost any beach. The bow of the LST had a large door that would open with a ramp for unloading the vehicles. The LST had a special flat keel that allowed the ship to be beached and stay upright. The twin propellers and rudders had protection from grounding. The LSTs served across the globe during World War II including: Pacific War and European theatre.

These unique vessels were built in a number of places but Pittsburgh was ideally suited for their construction.

Here is their story from the Book “Building the Navy’s Bases in World War II “Volume I (Part II)

Neville Island, Pittsburgh, Pa. – Construction of LST’s took place along the seacoast and on inland waterways. One of the building sites which was farthest from the ocean was Neville Island, on the Ohio River, a short distance below Pittsburgh, where the Dravo Corporation, a prime contractor for the Navy, built facilities for the construction of twelve LST’s at a time. Prior to the war expansion for the Navy, Dravo had built on Neville Island a plant where barges and other river craft were produced.

Under the war program, the existing yard was expanded by the construction of a seven-position assembly line. The first construction operation took place in position one, parallel to, and farthest from, the river. The growing ships were moved sidewise to each successive building position and finally into the Dravo side-launching ways, which existed before the Navy project was initiated.

Other new facilities constructed included a mold loft, a main office building, a warehouse, a machine shop, and two platens. The platens were open, rectangular, steel platforms for welding assemblies before installation in the ships. The platens were built at the stern ends of positions 1, 2, and 3 in the assembly line. The expanded old yard was called West Yard.

Upstream on Neville Island, separated from West Yard by another industrial property, an entirely new yard area, East Yard, was built. The assembly line at East Yard had five building positions. Side-launching ways were built, as were a service shop, warehouse, carpenter shop, sheet metal shop, two platens, and several minor buildings for personnel and offices.

To facilitate the equipping and outfitting of ships, two fitting-out quays were constructed on the river bank. One, 1,350 feet long, was located at the East Yard; the other, 300 feet long, was just east of the West Yard launching ways. Together the piers accommodated ten ships, moored two abreast. The quay was constructed as a filled steel, sheet pile cellular type. Three icebreaker piers, consisting of steel sheet piling driven in a 30-foot-diameter circle were constructed adjacent to each other, in a line at right angles with the shore, near the upstream end of the longer quay. They served as a means of breaking ice and downstream drift and for ship mooring. Additional mooring, in the non-quay waterfront area, was obtained by the construction of four dolphins in a line 50 feet from the shore and parallel to it.

In each yard, whirler-type gantry cranes were used in the pre-assembly and ship construction areas for handling ship sections and materials. Seven gantry-crane tracks were built, as were tracks for side-movement of ships on the assembly lines and tracks for railway service.

Three architect-engineer firms were used by the prime contractor. One handled the heavy-construction design and supervised the work of a heavy-construction contractor. The second handled shop and warehouse design; the third handled design of offices, cafeterias, and locker buildings. Work in the second and third categories was performed by a second construction contractor. Each of the two construction contractors performed almost $3,000,000 worth of work. The overall cost of the facility, including the non-civil works, was more than $10,000,000.

On Memorial Day, 1944, more than 25,000 gathered in Pittsburgh to watch the launch of LST-750, which Allegheny County residents had financed by purchasing $5,000,000 worth of extra war bonds. In 1944, Dravo Corporation’s Neville Island Yard worked round the clock. It built 15 LSTs in a six-week period before the D-Day invasion. Damaged by a Japanese kamikaze, the LST-750 sank near the Philippines’ Negros Island in December 1944.

The Pittsburgh Area has always been a representative community for what makes America exceptional.

The LST story is just one of the many contributions her citizens made to the war effort. Many of her own sons went to sea on these ships and helped free the world from Fascism and Imperialism.

Mister Mac

To help celebrate the Navy’s 243rd Birthday, Pittsburgh is holding its traditional Navy Birthday Celebration on October 12th, 2018. We are offering an opportunity for anyone who would like to contribute to the celebration to help by making a donation to the Navy League Pittsburgh Council Navy Ball Fund. In exchange for a contribution of $15.00 or more, you will receive this commemorative coin.

The Navy League is a 501 C3 organization

These limited Edition Coins will go fast so contact me at bobmac711@live.com if you would like to help celebrate the Navy’s Birthday