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.

Post Number 637 – Commemorating the USS Sturgeon SSN 637 7

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

 

 

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

 

Post number 597… Submarine Number 597 6

An odd kind of submarine

USS Tullibee

USS Tullibee (This photo was probably taken shortly after her commissioning in 1960. The distinctive shark-fin domes are for the PUFFS sonar system).

 

Today’s post is about an odd numbered submarine that played a unique role in the development of the nuclear Navy, the USS Tulibee.  I am always reminded when I do stories about the nuclear submarine Navy that there has never been a point in my life that the United States did not have a nuclear submarine. I was born in the cradle of the Nuclear Navy (Pittsburgh not New London) in 1954 and had family members that worked at Bettis Atomic Energy from the very start.

From an article on Global Security.org

“In 1956 Admiral Arleigh Burke, then CNO, requested that the Committee on Undersea Warfare of the National Academy of Sciences study the effect of advanced technology on submarine warfare. The result of this study, dubbed “Project Nobska” was an increased emphasis on deeper-diving, ultraquiet designs utilizing long-range sonar. The USS Tullibee incorporated three design changes based on Project Nobska. First, it incorporated the first bow-mounted spherical sonar array. This required the second innovation, amidships, angled torpedo tubes. Thirdly, Tullibee was propelled by a very quiet turboelectric power plant.”

The Soviets were already developing boats that combined speed and diving ability. That ambition would remain one of their driving goals throughout the Cold War. Some of their later boats were rumored to seceded the diving capability of Allied Submarines by a significant amount. So Tullibee was an early recognition by American planners for the need for stronger ASW capability and operational improvements.

“Naval Reactors’ effort to develop a quiet nuclear propulsion plant began early — even before the sea trials of the Nautilus — with the hunter-killer submarine Tullibee (SSN 597). The purpose of the hunter-killer was to ambush enemy submarines. As the mission of the ship was seen in the early 1950s, speed was less important than silence. By substituting an electric-drive system for reduction gears, Rickover hoped to reduce noise. In this approach a generator ran an electric motor. Varying the speed of the motor would achieve the same result as the reduction gear, but there would be a penalty; the electric propulsion system would be larger and heavier than the components it replaced.

On 20 October 1954, the Department of Defense requested the Atomic Energy Commission to develop a small reactor for a small hunter-killer submarine. The ship was meant to be the first of a large class. The commission, wishing to broaden industrial participation in the program, assigned the project to Combustion Engineering, Incorporated. The S1C prototype achieved full power operation on 19 December 1959 at Windsor, Connecticut. Congress authorized the Tulibee in the 1958 shipbuilding program, Electric Boat launched the ship on 27 April 1960, and the navy commissioned her on November 9 of that year. The ship was not small; although her tonnage, beam, and draft were less than the Skipjack, her length was greater. By the time the Tullibee was in operation, she was about to be superseded by the Thresher class.”

SSN-597 USS Tullibee Patch

“Tullibee combined the ASW focus of the SSKs with the smallest nuclear reactor then feasible with an eye toward a relatively cheap, dedicated ASW asset that could be deployed in the numbers still considered necessary to fully populate the forward barriers. Compared to the 15,000 SHP S5W type reactor of a Skipjack, Tullibee had a 2500 SHP reactor and turbo-electric drive. She could barely make 20 knots, but she lacked the reduction gears whose loud tonals made prior SSNs so easy for SOSUS to detect at extreme range. She also continued the tradition established by the BQR-4 equipped SSKs by mounting a large, bow mounted, passive, low frequency array, the BQR-7. On Tullibee, the BQR-7 was wrapped around the first spherical active sonar, the BQS-6, and together they formed the first integrated sonar system, the BQQ-1.

Superficially, the Tullibee appeared to be one of the blind alleys into which technological evolution occasionally wandered. Nevertheless, the ship was important. To get good reception, her sonar was placed far forward, as far away from the ship’s self-generated noise as possible. Her torpedo tubes were moved aft into the midship section and were angled outward from the centerline—features that were incorporated in the Thresher submarines.8 Finally, electric drive worked well; the submarine was the quietest nuclear platform the Navy had.

As an ASW platform her performance was unmatched, but almost as soon as the decision to deploy Tullibee was made, a further decision was made to avoid specialized platforms and pursue instead a multipurpose SSN that best combined the speed of Skipjack and the ASW capability of Tullibee into one platform. This became the USS Thresher.”

The Tullibee had a good career lasting from the early sixties into the late 1980’s. She was superseded by a number of classes but the work done on her would impact most of those classes. Tactics leaned in those early days would help the newer boats to understand the opportunities that existed for modern nuclear submarine warfare.

Decommissioned and stricken from the Naval Vessel Register on 25 June 1988, ex-Tullibee entered the Navy’s Nuclear Powered Ship and Submarine Recycling Program on 5 January 1995. Recycling was completed on 1 April 1996. One of the fairwater planes from the Tullibee can be seen as part of a permanent art installation on the shore of Lake Washington in Seattle.

To all who built her and sailed on her, Brazo Zulu.

Mister Mac

 

Memorandum Number 68: FUTURE SUBMARINE WARFARE – 1923 (How America almost lost World War II before it even started) 2

In the final days of the Great War, Naval planners had seen first hand the devastation and destruction caused by the modern machines of war.

The submarine was an example of one of the most destructive. As plans were being made for the peace, decisions about the methods for maintaining that peace would have to be made. One of the grand ideas at the time was to limit the offensive powers of the world’s navies. In this rarely discussed report from 1923, the future of the American submarine force hung in the balance. One can only imagine how the world would look today if the planners had their way. The plucky little submarine fleet that survived the devastation at Pearl Harbor on December 7th may not have been available to punish the Japanese while the nation rebuilt.

These records are held in the Naval History and Heritage Command. I am grateful for their work in preserving these valuable lessons from the past.

Mister Mac

 

 

 

 

 

 

 

 

NAVY DEPARTMENT OFFICE OF NAVAL INTELLIGENCE HISTORICAL SECTION

Publication Number 7

THE AMERICAN NAVAL PLANNING SECTION LONDON

Published under the direction of The Hon. EDWIN DENBY, Secretary of the Navy

WASHINGTON GOVERNMENT PRINTING OFFICE| 1923

 

PREFACE.

____________

This monograph is virtually a reproduction of the formal records of the American Planning Section in London during the Great War, presented in numbered memoranda from 1 to 71, inclusive. Memoranda Nos. 21 and 67 have been omitted as being inappropriate for publication at this time.

Before December, 1917, all strategic planning for the American Navy was done by a section of the Office of Naval Operations in Washington. Admiral Suns urged the need of a Planning Section at his headquarters in London, where comprehensive and timely information was more available; not only of the activities of American Forces, but of the Allied Navies and of the enemy.

A visit to England during November, 1917, by Admiral Benson, Chief of Naval Operations, coincided with a reorganization of the British Admiralty, which included, as a result of war experience, magnification of the function of strategic planning by their War Staff. Decision was then reached to form an American Planning Section at the London headquarters of the Commander, U. S. Naval Forces Operating in European Waters, with the idea of cooperating more closely with the British and other Allied plan makers. Up to that time the naval strategy of the Allies often appeared to lack coordination and to be formulated primarily by men so burdened with pressing administrative details as to prevent them from giving due attention to broad plans. It was intended that the new arrangements should correct these defects.

The function of the Planning Section corresponded closely to that of similar units of organization in large businesses and in armies. Its work was removed from current administration, yet necessarily required constant information of the progress of events. It comprehended a broad survey of the course of the war as a whole, as well as a more detailed consideration of the important lesser aspects.

From an examination of these records of the American London Planning Section, together with its history contained in Memorandum No. 71, prepared soon after the conclusion of the war, it is evident that the influence of the Section upon the general naval campaign was constructive, comprehensive, and important.

  1. W. Knox, Captain (Retired), U. S. Navy, Officer in Charge, Office of Naval Records and Library; and Historical Section

 

 

Memorandum Number 68:

FUTURE SUBMARINE WARFARE.

(Undated.)

_____________

General situation: International naval situation as at present.

Required: Estimate of the situation as to future submarine warfare with relation to—

(a) National interests.

(b) World interests.

Solution.

As a result of the manner in which the Central Empires have conducted submarine operations, there exists throughout the world a public sentiment favorable to the abolition of submarine warfare and the destruction of all existing vessels of this type.

It is our purpose to examine the question of a future policy in regard to submarines, both from the point of view of world interest and national interest, and to determine the attitude which the United States should adopt toward the abolition of submarine warfare.

Theoretically the submarine is a valuable weapon of war with a large field of legitimate activity. There appears no cause for its condemnation on the ground that it has been the most powerful weapon of our adversaries, or that it has been used in violation of existing international law. The same reasons might be adduced for discarding the use of guns because they have been used to project poison-gas shells and other projectiles that cause unnecessary suffering.

It is necessary then to examine the actual methods employed by the Central Empires in submarine warfare to discover how far the successful use of submarines is dependent inherently on their employment in a manner inconsistent with the conduct of civilized warfare. If it appears that their efficiency is largely dependent on their illegitimate use in disregard of the laws of humanity, in violation of neutral rights, or in derogation of a sound policy for the world at large, it is safe to assume that in any war the temptation to employ submarines in their most efficient manner may prove too strong for a belligerent threatened with defeat, and that therefore the moral and material interests of humanity would be improved by the elimination altogether of the subsurface vessel.

CONDITIONS GOVERNING SUBMARINE ATTACK.

The weapons of the submarine are the torpedo and the gun. In order to maintain the water-tight integrity of its hull, it is essential that the submarine be protected as far as possible from gunfire. There is thus imposed upon the vessel the necessity of submerged attack against all craft possessing guns of equal or superior range. To make a successful submerged attack it is considered essential to get within ranges of 1,000 yards—preferably 300 yards. To approach within such ranges demands the utmost secrecy. Furthermore, the safety of the submarine precludes the possibility of demanding surrender at anything but a distance that would permit the most valuable prizes to escape by utilizing their superior speed. Owing to the impossibility of always determining the hostile or neutral character of a vessel by its flag or general appearance, there will frequently exist a doubt in the mind of the submarine commander, with a strong tendency to resolve the doubt in favor of aggression. Having torpedoed a vessel, there remains no means under the average conditions of providing for the surrender of the crew or its removal to a place of safety. The security of the submarine at such close quarters requires its continued submergence until the menace to its safety is removed by the sinking of the attacked vessel. Such has been the practical operation of submarine warfare.

LEGITIMATE USE OF SUBMARINES.

The legitimate use of submarines may be considered to be confined to the following:

(1) Independent attack on unsupported combatant vessels of the enemy.

Comment: The submarine has an undoubted right to attack without warning an enemy man-of-war or any vessel engaged in military operations and not entitled to immunity as a hospital ship, cartel ship, etc.

It is repugnant to the standards of civilized humanity to deliberately plan warfare with the intention of giving no quarter in battle. Hence if such an attack is made and the enemy vessel surrendered, provision should be made for the safety of the lives of the prisoners either on their own vessel or in the ship’s boats if in safe waters.

A torpedo attack usually results in the sinking of a vessel. If we imagine this vessel to be a transport loaded with troops, it would be obviously impossible for the submarine to take them on board or to insure any degree of safety to those who might be successfully embarked on the high seas in the ship’s boats.

It may be argued that a similar result might follow an action between surface ships, but it is desired to point out that the rescue of the surrendered or drowning should be the normal procedure and not the exception, as would be the case in unrestricted submarine warfare.

While submarines might be built of sufficient size and equipped in a manner that would permit their operations to conform to the rules adopted for surface craft, it is certain that such vessels would be seriously handicapped by such requirements, and it is not reasonable to suppose that they would be adopted.

(2) Independent attack on combatant enemy vessels capable of rendering mutual support.

Comment: In this case attack without warning would be justifiable. Destructions might be continued until the enemy surrendered, when humanity would require that a vessel be spared to care for the surviving crews. Unless we imagine a submarine large enough to carry prize crews to take possession of surrendered vessels, it is not reasonable to suppose that any combatant vessel would be spared.

(3) Attack, in support of surface vessels, on enemy combatant forces.

Comment: This is a purely legitimate use of the submarine which, however, has had no exemplification in the present war. Great Britain has fast submarines designed to operate with the fleet, but there is no reason to suppose that they might not be diverted to other uses not so legitimate.

(4) Capture or destruction of enemy merchant vessels.

Comment: It must be expected that the merchant vessels of belligerents will arm for defense. This is an ancient right, founded on that of self-preservation and as sound in principle as the right of a citizen to keep and bear arms. Such vessels are nevertheless noncombatants and must be regarded as such, since they are denied the right of taking the offensive.

Since, however, it would be too late for a vessel to defend herself after being torpedoed by a submarine, it is necessary for her to forestall attack as soon as the intention of the submarine can be determined. Under such conditions (which must obtain in unrestricted submarine warfare) a submarine appearing in any quarter from which an attack was possible must expect resistance from the threatened vessel.

In order to make certain that a prize shall not escape attack, the submarine, if inferior in speed and gun power, must make a submerged attack with torpedoes. He is thereby precluded from—

(a) Visit and search to determine identity as well us origin and ownership of cargo.

(b) Summoning the vessel to surrender.

(c) Taking possession of the vessel.

(d) Providing for the safety of passengers or crew.

The inhuman character of this form of warfare has led to forms of reprisals on submarines, such as the use of mystery ships, that react to make the crews of submarines still more brutal, so that no attempt is made to save life, but the submarine continues its submerged attack until the merchant vessel is sunk. Instances of submarines firing on boats filled with passengers are cited and of crews deliberately drowned after being placed on the deck of the submarine.

(5) Capture or destruction of neutral merchant vessels.

Comment: Capture of neutral merchant vessels under conditions

and restrictions imposed by international law is justifiable. Destruction after capture is contrary to international law and can not be justified in any circumstances.

The right of neutral vessels to arm for self-defense dates from the days of piracy, and it can not be denied that the same right still exists to take measures for self-preservation against a belligerent who chooses to operate in defiance of international law against friend and foe alike.

If we admit the right of neutral merchant ships to arm for self-defense, the same set of conditions arise that makes it impossible for the submarine to efficiently wage war on commerce within the bounds of international law. Nor is it apparent that any change in international law could be made that would satisfy the just claims of neutrals to the free use of the high seas for their persons or their goods that would not at the same time seriously hamper the success of the submarine. The difficulty lies in the necessity of secrecy and suddenness of attack to prevent the escape of fast merchant vessels. This is obviously inconsistent with any attempt at visit and search, which in all cases would be necessary if only to establish identity.

(6) All operations of war permitted to surface vessels.

Comment: The necessity of preserving hull integrity and the limited number of guns that can be carried by a submarine restrict sharply its employment in surface operations. Such operations, while legitimate, offer but a small field of activity; illegitimate use of submarines.

The illegitimate employment of submarines by the Central Empires in the present war consisted of—

(1) Attack without warning on enemy merchant vessels.

(2) Attack without warning on neutral merchant vessels.

(3) Attack without warning on enemy hospital ships.

(4) Sinking of enemy merchant ships without visit or search.

(5) Sinking of neutral merchant vessels without visit or search.

(6) The abandonment, without regard to safety, of passengers and crews of vessels sunk.

(7) The planting of unproclaimed mine fields outside of enemy territorial waters.

Submarine operations in the present war may be considered as typical of what may be expected in future wars, when success is dependent on the result of a war on commerce.

There is high authority for the statement that prominent naval officials of at least one of the Allies are of the opinion that the unrestricted submarine warfare conducted by Germany was justifiable, and that with the exception of its more barbarous features its adoption by this ally might be expected under similar circumstances.

It is of interest to note the several phases of submarine operations in the present war as illustrating the tendency to develop maximum efficiency regardless of legal restrictions.

The first phase consisted of submarine attacks on combatant vessels. With the abandonment of the Declaration of London and the inauguration of a general blockade, there entered a second phase, a measure of retaliation, which was distinguished by the destruction without warning of enemy merchant vessels. The protests of neutrals and the fear of drawing the United States into the war induced for a time the exception of enemy passenger vessels; but, on the other hand, destruction without warning was gradually extended to apply to enemy and neutral cargo vessels alike.

It became apparent at last that the only hope of ending the war was by a food blockade of Great Britain. In this situation the Central Empires declared for unrestricted warfare and established prescribed zones that pretended to exclude all vessels from the high seas within certain areas contiguous to the territory of the Allied Powers. Any vessel whatever entering these areas was liable to destruction without warning.

NATIONAL INTEREST AS AFFECTED BY SUBMARINES.

Considering submarine warfare from the standpoint of national interest, let us examine the advantages and disadvantages to be derived from its use by each of the Great Powers.

Great Britain is the greatest naval power as well as the greatest mercantile power in the world. Her existence depends on control of her sea communications. In a naval war conducted by surface craft alone she can by maintaining a large margin of strength above her probable adversaries hope to maintain her position indefinitely. In a naval war involving subsurface craft no amount of naval superiority in any class of vessel can prevent the destruction of her shipping, or, as in the present war, relieve her from the menace of starvation by blockade.

The submarines of Germany almost accomplished their purpose, although the German surface fleet was but a fraction of the united strength of the United States and the Allies, and this in the face of over 4,000 special craft, as well as mines, aircraft, and every device known to science, employed against them.

In spite of the fact that Great Britain has a large flotilla of submarines and has developed a special type for use in fleet action, her naval strength would be greatly increased by the abolition of submarine warfare, and it can be confidently expected that she would favor such a policy.

France is a continental nation ranking fourth in naval strength and merchant marine. She is directly dependent on neither for existence. Except in a world war she might expect to be supplied through her neighbors. In a war with Great Britain, submarine warfare would seem to be to her advantage. She would have little to lose and much to gain. The present war has shown, however, that submarines have little success against combatant vessels, so that, as considered heretofore, important results could be gained only by unrestricted operations against merchant shipping. Aside from any question of legality or morality involved, there is in the destruction of merchant shipping an economic loss to the world that affects all nations, whether belligerent or neutral. This phase of the subject will be discussed later. In a naval war against powers other than Great Britain, there is little that France could accomplish with submarines that could not be done with surface craft.

Italy, while not an insular nation, is dependent largely on sea-borne commerce. Her Navy and merchant marine occupy fifth place among the Great Powers. Her commerce would be largely at the mercy of any enemy in the Mediterranean. During the present war her commerce was driven from the Adriatic, and in spite of the assistance of the Allies she had great difficulty in maintaining herself. With naval operations confined to surface craft she would have been much better off. In addition to the objections to submarine warfare it should be remembered that it is a highly organized and specialized form of warfare requiring technical labor for construction, and for operation expert training, great skill, and considerable endurance to insure success. These requirements are to be found in but few countries. The Germans have set a standard of efficiency for the submarine weapon that we can expect to see but rarely attained. Italy’s strength would not be relatively improved by the continuation of submarine warfare.

Germany and Austria can not expect to be in a financial condition that will permit for at least a generation to come any attempt to revive their naval strength. Considering the fate of their existing submarines, it is safe to exclude the Central Empires from present consideration. They would probably gladly agree to abolish any form of warfare in the future. Should they eventually regain their military strength there is every reason why they should never again be trusted with the submarine weapon.

Japan is an insular nation that occupies in the Pacific a position similar to that of Great Britain in the Atlantic. She stands third in naval and mercantile strength. She has a growing fleet and a rapidly increasing merchant marine. Her only potential enemy is the United States, from whom she can expect no aggression. If, unfortunately, war should come, her position would be very favorable for submarine operations against our communications with the Philippines.

On the other hand, our submarines based on the Philippines and Guam would be within striking distance of her coasts and would be a grave threat to the commerce on which her existence depends. With submarine abolished, her surface craft could probably accomplish lawfully all and more than could submarines.

Japan has but few submarines, and these of but little efficiency, which would seem to indicate that she is in agreement with this view.

Like other nations with ambitions to be powerful commercially on the sea, she has much to lose and little to gain by submarine warfare.

Small nations, with relatively large merchant fleets, such as Holland, Norway, and Sweden, have neither the military strength to withstand the invasion of a great power, nor the means to conduct an aggressive war against a small power. In either case they could expect heavy uncompensated loss from submarines.

Small nations with little or no merchant shipping of their own might selfishly benefit by submarines in a war against a maritime power. If their submarine warfare was confined to legitimate operations against combatant vessels they would be of value in repelling invasion, but it cannot be expected that they would bring about victory against a powerful nation, and in addition to the danger of their submarines being used illegally there could be no equitable means provided of granting their use to one nation and not to another.

The United States is the second naval and mercantile power in the world. Our continental coasts lie across the ocean from any formidable enemy. No foreign invasion of our continental territory is possible, nor do we contemplate aggression against any power. Nevertheless the large merchant marine that we are building may be exposed to submarine attack in any part of the world. Such an aggression by any small or irresponsible power might cause us losses both in property and national prestige out of all proportion to the size of the offending power.

In a war with Great Britain submarines would serve a purpose in preventing the blockade and bombardment of our coasts, but the same results could be accomplished by surface craft and mobile coast-defense guns.

The chief reason why the United States should not build submarines is that public opinion would never permit their use in the same manner as that of our adversaries. Their chief use would be in the destruction of enemy merchant shipping. This the national conscience would not permit, certainly not after the German manner, while our probable adversaries would likely not be controlled by any such restrictions.

With a surface fleet second to none, the United States is in a position to vindicate its policies in every part of the world. With submarines in existence no strength in surface craft can ever insure a like security.

EFFECT OF ABOLITION OF SUBMARINES ON NAVAL STRENGTH.

If we reckon naval strength in terms of dreadnoughts and battle cruisers, and exclude Russia and the Central Powers, we observe that the naval strength of the Great Powers follows closely the strength of their merchant marine and is not dependent on submarines.

Naval strength. Capital ships. Merchant tonnage (approximate). Submarines.
1. Great Britain 43 15,000,000 168
2. United States 17 5,000,000 108
3. Japan 9 1,700,000 19
4. France 7 1,500,000 55
5. Italy 5 1,000,000 6

Small powers with negligible navies are—

Merchant tonnage.
Norway 1,300,000
Holland 800,000
Sweden 700,000

We conclude that the abolition of submarines would not practically alter the standing in relative remaining naval strength of any of the Great Powers.

DESTRUCTION OF MERCHANT SHIPPING AN ECONOMIC LOSS TO THE WORLD.

It is to the interest of the world at large that the evils of war be confined to the nations participating in it.

The economic interdependence of every part of the modem world makes it impossible for one country to suffer loss without in a measure affecting all. But the vital indispensable necessity to the welfare of the world is merchant shipping, the common carrier of the world that provides the sole means of interchange of products on which civilized existence has come to depend.

International law for the present has not progressed sufficiently far to forbid the destruction of belligerent merchant vessels under certain prescribed circumstances. It does forbid the sinking of neutrals.

We believe that the destruction of any merchant ships employed as common carriers is contrary to a sound world policy and should be forbidden.

As a result of the present war the world at large has been subjected to a loss of 13,000,000 tons of merchant shipping; 2,000,000 tons of this was the property of neutrals.

The loss of cargoes has impoverished the world and subjected many of the neutrals to hardships greater than those endured by some of the belligerents.

The tonnage sunk represents a direct economic loss falling upon the people of the world, whether belligerent or neutral.

EFFECT OF ABOLITION OF SUBMARINES ON REDUCTION OF ARMAMENTS.

The abolition of submarine warfare would be a great step in the reduction of armaments. In addition such a reduction would carry with it the elimination of all special types of craft that are necessary only in antisubmarine warfare.

If all distinctly antisubmarine craft were dispensed with and torpedo vessels reduced to a proportion of six destroyers for each dreadnought or battle cruiser, the following reduction could be accomplished in vessels already built:

Great Britain:
Submarines 168
Destroyers 167
Torpedo boats 96
Patrol boats 63
Sloops 12
Patrol gunboats 26
Armed whalers 19
Motor launches 540
Submarine depot ships 13
United States:
Submarines 108
Destroyers 70
Torpedo boats 17
Submarine depot ships 3
Converted yachts (?) 53
Submarine chasers 300

 

Japan:
Submarines 19
Destroyers 13
Torpedo boats 24
Submarine depot ships 4
France:
Submarines 62
Destroyers 50
Torpedo boats 121
Special gunboats (?) 10
Sloops 9
Dispatch vessels 10
Submarine chasers 50
Italy:
Submarines 56
Destroyers 22
Torpedo boats 65
Submarine depot ships 1
Motor launches 147

 

In addition to the foregoing there could be a reduction in minesweeping vessels, aircraft, repairs, and supply vessels, as well as elimination of special nets, mines, and devices used against submarines.

CONCLUSIONS.

We recommend—

1. That an international agreement be concluded to abolish submarine warfare.

2. That to insure against violations of this agreement all sub-surface vessels of every class whatsoever now built or building be destroyed, and that none hereafter be constructed.

3. That no merchant vessel shall hereafter be destroyed by belligerent action.

4. That merchant vessels which under present rules would be subject to destruction may be sent into a neutral port and interned in the same manner as combatant vessels.

 

 

 

USS TRIGGER SS 237 – The First Patrol June 26, 1942 (75 Years ago) Reply

USS Trigger SS 237 Departed on her first war patrol on June 26, 1942.

The United States Navy had not planned on using the submarines at its disposal in the way they found themselves forced to in the spring of 1942. The Japanese Navy had crushed the battle fleet in a surprise attack at Pearl Harbor on December 7, 1941 but failed to do much damage to the submarines or their base. This fatal error would cause them damage of amazing proportions in the four years to come.

The USS TRIGGER was a Gato-class submarine, the first ship of the United States Navy to be named for the triggerfish.

The Gato-class were a class of submarines built for the United States Navy and launched in 1941–1943; they were the first mass-production US submarine class of World War II. Together with their near-sisters the Balao and Tench classes, their design formed the majority of the United States Navy’s World War II submarine fleet.

The Gato-class boats were “Fleet Submarines”. The original operational intent behind their design was that they would operate as support units for the main battle fleet, based on the way battleships were operated and had been since World War I. The submarines would scout out ahead of the fleet and report on the enemy fleet’s composition, speed, and course, then they were to attack and whittle down the enemy in preparation for the main fleet action, a large gun battle between battleships and cruisers. This operational concept had developed from experiences gained during the First World War

A remarkable ship

From the Official Naval Records:

“A fantastically colored and dangerous fish is the trigger, and like the fish after which she was named, USS TRIGGER had a fantastically colorful career and a dangerous for the Japanese. Her brilliant record was not made without danger to herself and her last patrol proved that heroes are often lost but heroic achievements will never die.

The twisted plating of many Japanese vessels went to the bottom of the ocean from the daring attacks of TRIGGER. Battered and pounded time and a in by the merciless depth charges of the Japanese, TRIGGER returned time after time from the deep, dark shadows of an ocean grave to fight on. Former TRIGGER men throughout the submarine service fought on with new resolve when they learned of her loss.

From the very beginning TRIGGER had a spirit of go-ahead built into her trim lines. She was completed several months before schedule at the Navy Yard, Mare Island, and the keel for the next submarine was laid in the same spot four months ahead of schedule. Her keel was laid on 1 February 1941 and by 22 October of the same year, Mrs. Walter Newhall Vernon, wife of Rear Admiral Vernon, senior member of the Board of Inspection and Survey, Pacific Coast Section, served as the sponsor for this ship at the launching.

TRIGGER joined the United States Navy on 30 November 1942, the date of her commissioning with Lieutenant Commander J.H. Lewis, as the first commanding officer. It took weeks and months of arduous training before she was ready to meet the enemy. The officers and crew had to learn the multiplicity of complicated mechanisms before they knew their ship well — their ship— their home— their destiny! It was in the early days of rugged training that TRIGGER acquired that last intangible installation called soul.

As TRIGGER nosed into the submarine base at Pearl Harbor before her first war patrol, she was a neophyte, a trifle self-conscious and perhaps apologetic to slip her trim form into the berth of her illustrious sisters. Little was she to know that before very long any submarine of the fleet would be proud to tie-up alongside her.

Off to a slow start on her first war patrol, TRIGGER departed Pearl Harbor on 26 June 1942, bound for the area around Alaska and the Aleutian Islands. During her first war patrol, six enemy contacts were made but bad weather and unfavorable approach conditions precluded any successful attacks. Considerable time was spent on special tasks in connection with the bombardment of Kiska Harbor and in searching various harbors and bays. Pickings were mighty slim and the patrol terminated with TRIGGER’s arrival at Dutch Harbor on 10 August.”

USS TRIGGER would go on to win eleven Battle Stars. On her twelfth patrol, she left port with the USS TIRANTE, A radio call was sent out from TIRANTE calling TRIGGER. From the official report:

“Silence was the only answer — a silence that has never been broken; a silence that told a wordless story. The call for the TRIGGER is still echoing through the ocean depths; echoing through the hearts that knew her for the gallant ship she was. The spirit of the TRIGGER lives on. It will never die.”

USS TRIGGER Lost with all hands
Struck from the record 11 July 1945

Mister Mac

The Cost of Freedom – Letter to the Editor Pittsburgh Post Gazette 2

The Cost of Freedom

To the Editor

Pittsburgh has long been a source of the materials and equipment necessary for our national defense.

The propulsion equipment for submarines and aircraft carriers comes from manufacturers in the Steel Valley as it has for generations. A strong fleet ensures freedom of the seas and guarantees the level of commerce needed to ensure a robust economy.

In critical global areas, freedom is being challenged. China’s influence in the Southwester Pacific is already being felt by our trading partners. A resurgent Russian naval influence is the result of their leaders trying to regain what they lost at the end of the Cold War. The re-appearance of Russian surveillance ships near America’s submarine bases is definitely a concern for a Navy that is already resource strapped with existing obligations in the prolonged conflicts in the Middle East.

As Congress prepares its budgets, sensible but strong support for the re-building of our fleet must be supported by all citizens. Our submarine forces need new boats to answer the gap left by an aging fleet. Boats that were built in the 1980’s are being retired faster than our ability to build replacements. Even some of the mighty Ohio class submarines are older than thirty five years old. A replacement must be built as soon as possible to ensure our strategic abilities.

It is time for congress to act. I urge all Pittsburghers (and Americans ) to contact your Senators and Representatives and support the rebuilding of America’s sea services.

This is a critical time in our history and your support is needed now. This is the Cost of Freedom.

Robert “Bob” MacPherson

USNL Pittsburgh Council President (2017-2019)

Mister Mac

What a great time to have been a submariner… Riding the 711 Boat 3

What a ride

b-_-711-sea-trials

Of all the adventures in my short life, the one that will always rise to the top is not just one single adventure, but a collection of adventures over a four year period that have one thing in common: They are all related to being a crewmember of the best submarine a man could ever hope for. The USS San Francisco (SSN 711) begins a journey towards her new life as a Moored Training Ship (MTS) on Friday November 4th. There are rumors that she might be delayed a bit, but her path now seems pretty clear. This mighty war ship will be partially dismantled and used to train the next generation of technicians and officers for their roles in the fleet.

The boat was launched on October 27, 1979 in Newport News Shipyard

Just a few days before she was launched, I reenlisted in the Navy after an absence from active duty of a few years. I was newly divorced, tired of living from paycheck to paycheck and ready to try my hand at being a sailor again. The Navy was a life saver for me since the economy in our area was in a serious mess and the prospects of a great future were non-existent. Three things happened in the year that would follow. I would join the crew of the pre-commissioning ship San Francisco, Ronald Reagan would run for President and ultimately win, and I met and married my beautiful wife Debbie. These three events made the adjustments in my life that helped me to achieve many of my unfulfilled goals.

Plankowner

I missed the launching but didn’t miss anything else related to outfitting the ship. As a member of Auxiliary Division, I helped to put together the non-nuclear machinery thsat would support the ship’s operations and life. I discovered a love for developing and delivering training that would later transfer over to my achieving Master Training Specialist and a Bachelor of Science degree in Workforce Education Development. But I also learned to be a sailor and operate a ship that could do some amazing things.

He ain’t heavy, He’s my Brother

One of the other reasons this was a special assignment was that I was able to serve with my youngest brother Tom. We had a lot of crazy adventures together and one of my favorite memories was pinning my original pewter back Dolphins on Tom when he became qualified in submarines. I would later pin my San Francisco Dress Dolphins on my nephew Artie Anderson who followed in the family tradition of becoming a Submarine Auxiliary man. Tom’s son Theodore was a submariner as well but somehow we lost him to the Nuclear program. But we were very proud of each of them as they found their own paths.

711 in the Bay_606626945_n

In the 36 years San Francisco has played a role in defending this country, she has had her share of good fortune and stark terror.

One of the most memorable of course was the collision that occurred a number of years back. I asked the author of the book  Making a Submarine Officer – A story of the USS San Francisco (SSN 711)  Alex Fleming: for permission to post just a small part of that story.

Note:  You can order your own copy here:  https://www.amazon.com/Making-Submarine-Officer-story-Francisco-ebook/dp/B0052YQLWA

January 8th, 2005, 1142 hours, near the Caroline Islands

           : There is a low rumbling which sounds to some like “God crushing a beer can,” and the ship slows instantaneously from 30 knots to 4 knots. The boat is well stowed for sea, so there are no projectiles, but every single person is thrown forward into the nearest vertical object. The people in the chow line end up in a huge pile in middle level. Rome and Litty are on the starboard side of the Diesel in lower level and they land in a heap on the deck. The OOD is thrown out of control, shouting Emergency blow even as he hits his head on a computer screen. The DOOW, Senior Chief Hager, is up out of his chair to update a status board, and he is thrown onto the ships control panel, shattering a gauge. His chair is thrown forward, breaking his leg. The Quartermaster flies fifteen feet forward and lands on the stern planesman, breaking the back of his chair. The JOOD is thrown forward onto the fire control displays in front of him, hitting his head and neck. The men in the smoke pit land on the pumps directly in front of them, except for Ashley, who is thrown forward 20 feet and hits his head on a pump assembly. Every single plate of food is thrown all over the galley. In the wardroom, one officer shoves his fork through his lip, and the Captain watches as one of the mess cooks flies over his shoulder and lands on the flat screen TV on the forward bulkhead.

            The Captain is pinned in his chair, but quickly recovers and runs up to control to find out what happened. He gets there after the Chief of the Watch has already thrown the emergency blow handles, but the ship is not going up. The DOOW is back in his chair, not saying a word about his broken leg, shouting out depths. The ship has a down angle, and it is clear from indications that something serious has happened to the forward ballast tanks. Matt Priests quickly recovers from being slammed against his stateroom wall, and runs back to the ER as he hears an emergency report of “Flooding in the ER.” He knows this is the most serious situation that a ship can have, underwater, doing an emergency blow with flooding in the ER. No submarine can get positive buoyancy with the ER filling with water, and for a moment, Matt is sure that they are all going to die. He quickly finds that the report was an error, and the water is just a leak from a cracked freshwater pipe.

            The Captain and Chief Hager in control are still watching the depth gauge, waiting for it to show upward movement. Finally, after almost a minute, the ship begins to rise, breaking the surface at 1143:52. The next forty minutes are a chaos of emergency reports, calls for the Doc, people trying to respond to ten different casualties, and people trying to care for injured shipmates. In shaft alley, an electrician named Brain Barnes does not know what else to do, so he holds Joey Ashley’s hand and talks to him, waiting for Doc Akin to arrive.”

You will have to buy the book for the rest of the story. I will also be adding the book to my Now Read This section of the blog.

On Friday November 4th, the change will start taking place. It will probably not be dramatic except for all the ghosts who I am sure will be on the pier. I earlier had thought I would not be allowed to go because of my heart issues. But frankly, my heart has never been the same since I left the San Francisco. Service on board her changed my life. I am pretty sure a lot of other people can say the same. It will be my greatest honor to stand on her decks one last time.

Thanks to all those who kept her going all these years. I am proud to have been called shipmate and even prouder to call all of you my shipmates.

Mister Mac (AKA Big Mac)

big-mac-in-tr-ssn-711

Submarine Construction Update Reply

I was sent an article today that is very important to those who follow naval ship construction. The author is Hugh Lessig, a writer for the Daily Press at  http://www.dailypress.com/

I am reprinting his article with permission.

New Generation of Submarines Is Biggest Question for Huntington Ingalls

Hugh Lessig, Daily Press, Dec 3

“The biggest question facing the nation’s largest military shipbuilder is how will Congress pay for the next generation of ballistic missile submarines, the head of Huntington Ingalls Industries said Thursday.

Aircraft carriers and amphibious warships aside, CEO Mike Petters said the funding strategy for replacing Ohio-class submarines is the number-one issue for the industry, not just the company.

“That could become our greatest opportunity and could also become our greatest risk, if it’s not done right,” Petters said at the Credit Suisse Industrials Conference in Florida.

The Navy plans to replace its aging Ohio-class submarines with a new 12-boat fleet. It wants to purchase the first submarine in 2021. By 2026, it will buy one each year.

But the new subs come with a significant price tag, so Congress created a special fund to pay for them. The National Sea-Based Deterrence Fund is separate from the Navy’s annual shipbuilding budget, and two lawmakers are credited with pushing it: Rep. Randy Forbes, R-Chesapeake, and Rep. Joe Courtney, D-Conn.

They are major advocates for the only two U.S. shipyards that build nuclear-powered submarines: HII’s Newport News Shipbuilding and General Dynamics Electric Boat of Groton, Conn.

Some questioned whether a submarine program should be funded outside the Navy budget. Supporters say the nuclear-missile-armed subs are a national asset because they constitutes the undersea portion of the U.S. nuclear deterrent.

Newport News and Electric Boat are expected to share the work of building the Ohio-class replacement boats, although those details haven’t been worked out. Electric Boat recently cut the ribbon on a new facility in Quonset Point, R.I., to build components for the new subs. The company has added 600 workers in the past year, according to Sen. Jack Reed, D-R.I.

If Congress uses the deterrence fund like a savings account, socking away money for big bills coming due in the 2020s, the military shipbuilding base can stay healthy, Petters said. If it has to find the money for the subs in its annual shipbuilding budget, that could spell trouble.

At a Forbes-chaired hearing earlier this week, Eric J. Labs, a Congressional Budget Office senior analyst, laid out the sobering math in the Navy’s 30-year shipbuilding plan.

The 2016 plan calls for buying 264 ships at $494 billion over three decades, according to the Navy’s numbers. CBO estimates those same ships would cost $552 billion — and the price is higher when mid-life aircraft carrier refuelings and other work is included.

In other words, if the shipbuilding budget remains static, “the service would not be able to afford its 2016 plan,” Labs said.

He also looked at how the Ohio-class replacement boats impact the 30-year plan.

The first Ohio-class replacement sub is estimated to cost $12.1 billion, including initial research, development and engineering, the Navy says. Boats that follow will cost about $5.7 billion on average. CBO’s estimates are even higher: $13.2 billion for the first in class and $6.8 billion for the 2nd through 12th ships.

Bottom line: With a static shipbuilding budget and a big-ticket submarine fleet, the Navy would end up buying 192 ships over 30 years, not its stated goal of 264, Labs said.

That’s a big concern for HII, which builds destroyers and amphibious warships at its Ingalls Shipbuilding division in Pascagoula, Miss. Those ship programs are more likely to be affected than the aircraft carrier program at Newport News, because the law requires an 11-carrier fleet. There is no such protection for other surface combat ships.

“If the decision is, we’re going to pay for (the new submarines) out of normal shipbuilding accounts, then many, many programs will be impacted over a long period of time,” said Petters. “That will have a tremendously negative impact to the entire shipbuilding industrial base.”

One thing is clear: The new submarines will be built.

“This is a national priority, and it will happen,” Petters said. “It’s a question of, will it crowd out anything else?””

Mister Mac

More…

How the US Navy almost missed “The Boat” 1

Holland and Amphitrite

Prior to World War 1, the General Board of the United States Navy was the primary instrument used for directing the strategic future of the U. S. Navy. This General Board had been instituted in 1900 as a way to provide expert advice to the Secretary of the Navy and was made up of nine admirals nearing the end of their time in service. The Navy leadership had already discounted, “by doctrine and experience” the need or importance of building submarines. Even the emphasis on the future use of submarines was questioned. In a report to Secretary Josephus Daniels in 1915, the General Board stated:

“The deeds of submarines have been so spectacular that in default of engagements between the main fleets undue weight has been attached to them… To hastily formed public opinion, it seemed that the submarines were accomplishing great military results because little else of importance occurred in the maritime war to attract public attention. Yet at the present time, when the allies have learned in great measure to protect their commerce, as they learned a few months earlier to protect their cruisers from the submarine menace, it is apparent that the submarine is not an instrument fitted to dominate naval warfare…

The submarine is a most useful auxiliary whose importance will no doubt increase, but at the present there is no evidence that it will become supreme.”

In 1915, the Office of Chief of Naval Operations was created and the General Board’s influence started a slow but steady decline in influence. It was eventually dissolved in 1951. Coincidently, the USS Nautilus was first authorized in August of 1951.

Mister Mac