Monthly Archives: March 2025

Wernher von Braun: 23 March 1912–16 June 1977

Wernher von Braun, Director, Marshall Space Flight Center (NASA)
Dr. Wernher von Braun, Director, Marshall Space Flight Center, 1 May 1964. (NASA)

23 March 1912: Wernher Magnus Maximilian Freiherr von Braun, rocket engineer, was born at Wyrzysk, Province of Posen, in the German Empire, in what is now Poland. He was the second of three children of Magnus Alexander Maximillian von Braun, head of the Posen provincial government, and Emmy Melitta Cécile von Quistorp.

Wernher von Braun, at center, with his brothers, Magnus (left) and Sigismund (right). (NASA)

Wernher von Braun originally wanted to be a musician and composer, having learned to play the cello and piano at an early age. After reading a speculative book on space flight, though, his interests shifted.

In 1929, the 17-year-old von Braun joined Verein für Raumschiffahrt, the German rocketry association. He worked with Hermann Oberth in testing liquid-fueled rockets, based on successful rockets designed by Dr. Robert H. Goddard in the United States.

Rudolf Nebel (left) and Wernher von Braun with small liquid-fueled rockets, circa 1930. (Unattributed)
Rudolf Nebel (left) and Wernher von Braun with small liquid-fueled rockets, circa 1930. (Unattributed)

Von Braun graduated from Technische Hochschule Berlin in 1932, with a degree in mechanical engineering (Diplom-Ingenieur). Two years later, he received a doctorate in physics (Dr. phil.) at Friederich-Wilhelm University of Berlin. He also studied at ETH Zürich.

In Germany before World War II, Dr.-Ing. von Braun worked on the problems of liquid-fueled rockets and developed the Aggregat series of rockets, including the A4, which would become known as the V-2 (Vergeltungswaffe 2) military rocket. The German Army’s Ordnance Department gave von Braun a grant to further study liquid-fueled rockets, which he pursued at an artillery range at Kummersdorf, just south of Berlin

As rocketry work expanded, the tests were eventually moved to the Peenemünde Military Test Site on the island of Usedom on the Baltic coast, where von Braun was technical director under Colonel Dr. Ing. Walter R. Dornberger.

Wernher von Braun with a number of German officers at Peenemunde, March 1941. (Left to right) Oberst Dr. Walter Dornberger, General Friederich Olbricht, Major Heinz Brandt, von Braun; others not identified. (Bundesarchiv, Bild 146-1978-Anh.024-03/CC-BY-SA 3.0)
Prof. Dr.-Ing. Wernher von Braun with a number of German officers at Peenemünde, March 1941. (Left to right) Colonel Dr. Ing. Walter Dornberger (partially out of frame), General der Infanterie Friederich Olbricht*, Major Heinz Brandt, Prof. Dr. von Braun; others not identified. (Bundesarchiv, Bild 146-1978-Anh.024-03/CC-BY-SA 3.0) [*General Olbricht developed Operation Valkyrie, the plot to assassinate Hitler and overthrow the Nazi regime.]
Aggregat 4 prototype (probably V-3) ready for launch at Prüfstand VII, August 1942. (Bundesarchiv)

The first successful launch of the A4 took place 3 October 1942. By the end of World War II, Nazi Germany had launched more than 3,200 V-2 rockets against Belgium, England, France and The Netherlands.

V-2 rocket launch at Peenemünde, on the island of Usedom in the Baltic Sea. (Bundesarchiv)

As World War II in Europe came to a close and the collapse of Nazi Germany was imminent, von Braun had to choose between being captured by the Soviet Red Army or by the Allies. He surrendered to the 324th Infantry Regiment, 44th Infantry Division, United States Army in the Bavarian Alps, 2 May 1945.

Dornberger, Herber Axter, von Braun and Hans Lindenberg, 3 May 1945. (U.S. Army)
Major-General Dr. Ing. Walter R. Dornberger; Lieutenant-Colonel Herbert Axster, Dornberger’s chief of staff; Prof. Dr.-Ing. Wernher von Braun (with left arm in cast); and Hans Lindenberg, chief propulsion engineer; at Reutte, Austria, 3 May 1945. (Technician 5th Class Louis Weintraub, U.S. Army)

Under Operation Paperclip, Wernher von Braun and many other scientists, engineers and technicians were brought to the United States to work with the U.S. Army’s ballistic missile program at Fort Bliss, Texas, White Sands Proving Grounds, New Mexico, and the Redstone Arsenal, Huntsville, Alabama.

A-4 Number 3 is prepared for launch at White Sands Proving Grounds, New Mexico, 10 May 1946. With a burn time of 59 seconds, the rocket reached an altitude of 70.9 miles (114.1 kilometers) and traveled 31 miles (49.9 kilometers) down range. (The Space Race – Rockets)

Sufficient parts and materiel had been transferred from Germany to construct more than one hundred V-2 rockets for testing at White Sands. Over a five year period, there were 67 successful launches, but it is considered that as much knowledge was gained from failures as successes.

Dr. von Braun with V-2 rocket compnents in Texas, circa 1945. (Unattributed)
Dr. von Braun with V-2 rocket components at White Sands Proving Grounds, New Mexico, 1 November 1946. (Thomas D. McAvoy)

In 1950, von Braun and his team were sent to Redstone Arsenal, Huntsville, Alabama, where they worked on more advanced rockets. The first production rocket was the short-range ballistic missile, the SSM-A-14 Redstone, which was later designated PGM-11. This rocket was capable of carrying a 3.8 megaton W39 warhead approximately 200 miles (322 kilometers) The first Redstone was launched at Cape Canaveral Air Force Station, 20 August 1953.

Compare the military Redstone SSM-A-14 in this photograph to the Mercury-Redstone rocket in the photograph below. This rocket, CC-1002, was the first Block 1 tactical rocket. (MSFC-580069)

Modified Redstone MRLV rockets were used to launch the first Mercury spacecraft with NASA astronauts Alan Shepherd and Gus Grissom. Von Braun later worked on the U.S. Army’s Jupiter-A intermediate range ballistic missile. A modified Jupiter-C was used to launch Explorer 1, the United States’ first satellite.

Explorer 1 launch, Launch Complex 26A, Cape Canaveral Air Force Station, 1 February 1958, 03:48:00 UTC. (NASA)
Explorer VII/Juno II launch, from LC-5, Cape Canaveral Air Force Station, 13 October 1959. (NASA MSFC-5900711)
Mercury-Redstone 4 (Liberty Bell 7) launch at Pad 5, Cape Canaveral Air Force Station, 12 20 36 UTC, 21 July 1961. (NASA)

Wernher von Braun traveled to Germany in 1947 to marry his cousin, Maria Irmengard Emmy Luise Gisela von Quistorp, and then returned to the United States. He became a naturalized citizen of the United States of America in 1955.

The von Braun family, circa 1955 (U.S. Army)
Prof. Dr. von Braun with his family, circa 1957. Left to right, Maria Luise von Braun, Margrit Cécile von Braun, Dr. von Braun and Iris Careen von Braun. (U.S. Army)

In 1960 von Braun and his team were transferred from the Army Ballistic Missile Agency to NASA’s new Marshall Space Flight Center at Redstone Arsenal. He was now able to pursue his original interest, manned flight into space. Work proceeded on the Saturn rocket series, which were intended to lift heavy payloads into Earth orbit. This resulted in the Saturn A, Saturn B and the Saturn C series, ultimately becoming the Saturn V moon rocket.

Saturn SA-1 accelerates after liftoff, 27 October 1962. (NASA)
Apollo-Saturn IB AS-201 launch from Pad 34, Kennedy Space Center, 26 February 1966. (NASA)

With the Apollo Program coming to an end, Dr. von Braun left NASA in 1972. A year later, he was diagnosed with kidney cancer. Wernher von Braun died of pancreatic cancer, 17 June 1977 at the age of 65 years.

Apollo 4 Saturn V (AS-501) on the launch pad at sunset, the evening before launch, 8 November 1967. (NASA)
Saturn V first stage F-1 engines running, producing 7.5 million pounds of thrust. Ice falls from the rocket. The hold-down arms have not yet been released. (NASA)
Dr. von Braun pauses in front of the Apollo 11/Saturn V at the Kennedy Space Center (KSC). (NASA MSFC-6901046)

© 2019 Bryan R. Swopes

22 March 1979

Lockheed CP-140 Aurora N64996/140101 photographed during its first flight, 22 March 1979. (Edmonton Journal, 30 March 1979, Page H9, Columns 1–3)

22 March 1979: The Lockheed CP-140 Aurora 140101 (N64996) made its first flight from Hollywood-Burbank Airport at Burbank, California. The pilot in command was Lockheed’s Chief Test Pilot John (“Chris”) Christiansen. The airplane had been initially rolled out of Lockheed’s Building 360 on 25 January 1979.

The CP-140 Aurora is a four-engine turboprop-powered anti-submarine warfare and maritime surveillance aircraft built by the Lockheed-California Company for the Canadian Armed Forces. It uses the airframe of the Lockheed P-3C Orion combined with the ASW equipment of the Lockheed S-3A Viking. It was intended to replace Canada’s fleet of Canadair CP-107 Argus patrol aircraft. The first of 18 CP-140s was delivered 29 May 1980, and the final one, in July 1981. Another three airframes, without the ASW equipment, were completed as the CP-140A Arcturus.

Lockheed CP-140 Aurora 140101 displayed with Canadair CP-107 Argus Mk 1 10718 at Lockheed-California Company, Hollywood Burbank Airport, California. (Lockheed)

The CP-140 Aurora is flown by two pilots and a flight engineer. During missions it is crewed by 8–10 mission specialists. It is 116 feet, 10 inches (35.611 meters) long with a wingspan of 99 feet, 8 inches (30.378 meters) and height of 33 feet, 8.5 inches (10.274 meters). The total wing area is 1,300.0 square feet (120.77 square meters). The wings use a symmetrical NACA 0014 airfoil at the root and NACA 0012 at the tip. The wings have 6° dihedral with 2° 30′ negative twist. The angle of incidence is 3°. The airplane has an empty weight of 61,491 pounds (27,890 kilograms) and maximum permissible weight of 142,000 pounds (64,410 kilograms).

Three-view illustration of a Lockheed P-3A Orion with dimensions. This aircraft is similar in size and appearance to the CP-140 Aurora. (U.S. Navy)

The CP-140 is powered by four Allison T56-A-14 turboprop engines which produce 4,591 shaft horsepower at 13,820 r.p.m., each. They drive four-bladed Hamilton-Standard 54H60-77 constant-speed propellers with a diameter of 13 feet, 5¾ inches (4.109 meters) at 1,020 r.p.m. The T56-A-14 is a single-shaft axial-flow turboprop engine, with a 14-stage compressor section, six combustors, and a 4-stage turbine. The engine is 12 feet, 2.3 inches (3.716 meters) long, 4 feet, 1.0 inches (1.245 meters) in diameter and weighs 1,885 pounds (855 kilograms).

Lockheed CP-140 Aurora 140101. Note the Number 1 engine is shut down to conserve fuel. (Canada Armed Forces)

The CP-140 has a maximum speed of 395 knots (455 miles per hour/732 kilometers per hour). Its service ceiling is 35,100 feet (10,698 meters). The patrol plane has a fuel capacity of 7,661 Imperial gallons (9,200 U.S. gallons/34.828 liters), giving it a maximum range of 5,100 nautical miles (5,869 statute miles/9,445 kilometers). At a mission radius of 1,000 nautical miles (1,151 statute miles/1,852 kilometers), the Aurora can remain on station for 8 hours, 12 minutes.

Lockheed CP-140 Aurora 140109 with open weapons bay. (Canada Armed Forces)

The CP-140 Aurora is armed with eight Mark 46 Mod V homing torpedoes carried in its  weapons bay. There are ten underwing hardpoints. Sonobuoys can be dropped from the belly. A Magnetic Anomaly Detector, the “MAD boom,” is mounted at the tail of the aircraft.

The CP-140 fleet underwent an Aircraft Incremental Modernization Project (AIMP) beginning in 1998. The Aurora Structural Life Extension Program (ASLEP) was completed in 2020. The airplane is expected to remain in service until 2030.

The Auroras are based at Greenwood, Nova Scotia, and Comox, British Columbia. The first CP-140, 140101, remains in service.

The first Lockheed CP-140 Aurora, 140101, remains in service with the Royal Canadian Air Force. It was photographed 15 March 2025 at Prestwick, Scotland, by Liu Mingxuan (刘明轩). Photograph used with permission.
John Christiansen, 1942. (The 1942 Log)
John Christiansen, 1942. (The 1942 Log)

John Jean (“Chris”) Christiansen was born 1 May 1923, at Oslo, Norway. He was the second of three children of John Christiansen, a painter, and Ruth Floby Christiansen. After the family immigrated to the United States, he grew up in St. Paul, Minnesota. He became a naturalized U.S. citizen.

Christiansen attended Woodrow Wilson High School in Saint Paul, graduating in 1942. He played football and was a member of the W Club.

In June 1942, he was employed by Hayden Motor Service in St. Paul. When he registered for the draft (conscription), he was described as being 5 feet, 10 inches (1.778 meters) tall, 160 pounds (72.6 kilograms), with a ruddy complexion, blonde hair and blue eyes.

Alice Phoebe Zeis, 1942.

John Christiansen married Miss Alice Phoebe Zeis, who had been a fellow student at Woodrow Wilson High School. They had one son. Christiansen was later married to Diane S. Schindler.

Christiansen served in the United States Navy during World War II and the Korean War.

John Christiansen joined the Lockheed Aircraft Corporation as an experimental test pilot in 1953. During his career with Lockheed, he made the first flights of the prototype YP3V-1 (P-3 Orion), 25 November 1958, and the YS-3A Viking, 21 January 1972. He retired from Lockheed in 1983.

The prototype Lockheed YP3V-1 Orion, N1883, U.S. Navy Bu. No 148276. This prototype was constructed from the third L-188 Electra. (Lockheed)
The prototype Lockheed YS-3A Viking, Bu. No. 157992. (Lockheed)
John Christiansen with his family and a Lockheed P-3C Orion, circa 1983.

John Christiansen died at Lake Havasu, Arizona, 6 September 1998, at the age of 75 years.

Full Disclosure: TDiA’s father, Bart Robert Swopes (1925–1995) was Lockheed’s Configuration Manager of both the S-3A Viking and the CP-140 Aurora.

© 2023, Bryan R. Swopes

22 March 1956

Boeing P2B-1S, Bu. No. 84029, at Edwards AFB, 22 March 1956. (NASA)

22 March 1956: While carrying the U.S. Navy’s Douglas D-558-II Skyrocket, problems developed aboard both the research rocketplane and the “mothership.” The modified four-engine heavy bomber, a U.S. Air Force Boeing B-29-95-BW Superfortress 45-21787 (which had been transferred to the U.S. Navy 5 May 1947 and redesignated P2B-1S Superfortress), had a runaway propeller on the Number 4 engine, outboard on the right wing. The propeller broke apart from excessive rotational speed, slicing through the Number 3 engine, the fuselage, and striking the Number 2 engine.

Douglas D-558-II Skyrocket, Bu. No., 37974, NACA 144, is dropped from the Boeing P2B-1S Superfortress, Bu. No. 84029, NACA 137. (NASA)

NACA research test pilot John Barron (“Jack”) MacKay, in the cockpit of the Skyrocket, had called “No drop!” because of problems with the rocketplane, but he was jettisoned so that the mothership could maintain flight and make an emergency landing.

McKay dumped the Skyrocket’s propellants and glided to the lake bed.

John Barron McKay, NACA/NASA Research Test Pilot. (NASA)

“Each rocket-plane pilot had worked out, in conjunction with the pilot of the mother ship, a procedure to follow if any emergency developed in either plane. Jack McKay, who had developed into a very able test pilot, and I had agreed with Butchart that if something went wrong after either of us had entered the cockpit of the Skyrocket and had closed the canopy, he would immediately jettison the rocket plane, leaving the rocket-plane pilot to look after his own hide. As a matter of fact, McKay and Butchart later ran into such an emergency. One day something went haywire in a propeller on the B-29 mother plane. As agreed, Butchart instantly cut loose the Skyrocket. A split second later the B-29 prop tore loose and cartwheeled through the space the Skyrocket had just vacated. McKay landed without difficulty; but had Butchart not cut the parasite plane loose, the prop would have ripped into its fuel tanks, causing an explosion that would have killed everyone, including McKay.”

Always Another Dawn: The Story of a Rocket Test Pilot, by A. Scott Crossfield and Clay Blair, Jr., The World Publishing Company, Cleveland and New York, 1960, Chapter 21 at Pages 201–202.

The Superfortress pilots, Stanley Paul Butchart and Neil Alden Armstrong, landed the plane safely on the lake bed at Edwards Air Force Base.

Neil Armstrong would land on The Moon 13 years later.

The P2B1-S is jacked up inside a hangar at Edwards AFB so the the Douglas D-558-II Skyrocket can be loaded aboard.
The P2B-1S is jacked up inside a hangar at Edwards AFB so the the Douglas D-558-II Skyrocket can be loaded aboard. (NASA)

The National Advisory Committee for Aeronautics took over P2B-1S Bu. No. 84029 from the U.S. Navy 27 August 1951, and designated it NACA 137. It was retired and placed in storage at NAS Litchfield Park, Arizona, 5 August 1959. NACA sold it to Allied Aircraft Sales, and it received the civilian registration N91329. It was next sold to Ralph W. and Stephen Johnson’s American Air Museum in Oakland, California. The bomber was restored to the B-29 configuration, including gun turrets. It is now in the Kermit Weeks’ Fantasy of Flight collection near Polk City, Florida, with FAA registration N29KW.

© 2017, Bryan R. Swopes

22 March 1948

Tony LeVier in the cockpit of Lockheed TP-80C-1-LO 48-356, the prototype T-33A Shooting Star two-place trainer.
Tony LeVier in the cockpit of Lockheed TP-80C-1-LO 48-356, the prototype T-33A Shooting Star two-place trainer. (Jet Pilot Overseas)

22 March 1948: Just over one year since being injured when the prototype P-80A was cut in half by a disintegrating turbojet engine, Lockheed test pilot Anthony W. (“Tony”) LeVier made the first flight of the prototype TP-80C-1-LO, serial number 48-356, a two-place jet trainer. The airplane was redesignated TF-80C Shooting Star on 11 June 1948 and to T-33A, 5 May 1949.

Adapted from a single-seat P-80C Shooting Star jet fighter, Lockheed engineers added 38.6 inches (0.980 meter) to the fuselage forward of the wing for a second cockpit, instrumentation and flight controls, and another 12 inches (0.305 meter) aft. A more powerful engine, an Allison J33-A-23 with 4,600 pounds of thrust, helped offset the increased weight of the modified airplane. Internal fuel capacity decreased 72 gallons (273 liters) to 353 (1,336 liters).

The Lockheed T-33A Shooting Star is 37.72 feet (11.50 meters) long, with a wingspan of 37.54 feet (11.44 meters), and overall height of 11.67 feet (3.56 meters). The wings a total area of 234.8 square feet (21.8 square meters). They have an angle of incidence of 1° with -1° 30′ of twist and 3° 49.8′ dihedral. The “T-Bird” has a basic weight of 9,637 pounds (4,371 kilograms), and gross weight of 15,280 pounds (6,931 kilograms).

Lockheed TP-80C-1-LO 48-356 prototype, with P-80C-1-LO Shooting Star 47-173, at Van Nuys Airport, California. (Lockheed Martin)

Originally produced with the J33-A-23 engine, the T-33 fleet was later standardized with the J33-A-35 engine. The J33 was a development of an earlier Frank Whittle-designed turbojet. It used a single-stage centrifugal-flow compressor, eleven combustion chambers and a single-stage axial-flow turbine section. The J33-A-35 had a Normal Power rating of 3,900 pounds of thrust (17.348 kilonewtons) at 11,250 r.p.m. (96%), and 4,600 pounds (20.462 kilonewtons) at 11,750 r.p.m. (100%). It was 107 inches (2.718 meters) long, 50.5 inches (1.283 meters) in diameter, and weighed 1,820 pounds (826 kilograms).

Cruise speed for maximum range is 0.68 Mach. The maximum speed is 505 knots (581 miles per hour/935 kilometers per hour), or 0.8 Mach, whichever is lower. Service ceiling 44,700 feet (1,3625 meters). The maximum range is 1,071 nautical miles (1,232 statute miles/1,983 kilometers).¹

While the P-80 fighter was armed with six .50-caliber machine guns in the nose, the trainer was usually unarmed. Two machine guns could be installed for gunnery training.

In production for 11 years, 5,691 T-33As were built by Lockheed, with licensed production of another 656 by Canadair Ltd., and 210 by Kawasaki Kokuki K.K. For over five decades, the “T-Bird” was used to train many tens of thousands of military pilots worldwide.

TF-80C 48-356 was rebuilt as the prototype for Lockheed’s YF-94A interceptor, and then modified further to the F-94B. Sources have reported it as being stored at Edwards Air Force Base, California.

Prototype Lockheed YF-94 48-356, first flight, 16 April 1949. (U.S. Air Force)
Prototype Lockheed YF-94 48-356, first flight, 16 April 1949. (U.S. Air Force)

¹ Specifications and performance data from T-33A PERFORMANCE EVALUATION, AFFTC-TR-61-22, May 1961,  Air Force Flight Test Center, Edwards Air Force Base, California. The Project Pilot was Captain Thomas P. Stafford, U.S. Air Force. Stafford was next selected for the NASA Gemini Program, and flew Gemini 6A and Gemini 9. He commanded Apollo 10.

© 2019, Bryan R. Swopes

21 March 1987

Captain Dean Paul Martin, United States Air Force. “Just look up in the sky and I will be there protecting you.” (Deana Martin Collection)

The men and women who volunteer to protect our country put their lives at risk every day—even during peacetime and when close to home.

On 21 March 1987, Captain Dean Paul Martin, Jr., United States Air Force, a fighter pilot assigned to the 196th Tactical Fighter Squadron, 163rd Tactical Fighter Group, California Air National Guard, paid the ultimate price when his McDonnell F-4C-25-MC Phantom II, serial number 64-0923, slammed into 11,501.6-foot (3,505.7 meter) San Gorgonio Mountain. The airplane hit at the 5,500-foot level (1,676 meters), inverted, at 560 miles per hour (901 kilometers per hour). Also killed was Captain Ramon Ortiz, U.S.Air Force, the Weapons System Officer.

McDonnell F-4C-25-MC Phantom II, 64-0923, 196th Tactical Fighter Squadron, 163d Tactical Fighter Group, California Air National Guard. (Photograph courtesy of Ernest Pellen via Phantom Phanatics)

Captain Martin was piloting the #2 aircraft, Grizzly 72, in a flight of three. They took off from March Air Force Base in Riverside County, California, in trail, and made a maximum performance climb through multiple layers of cloud and falling snow. Much of the time it was not possible to maintain visual contact, and formation was maintained with radar.

The flight leader, Grizzly 71, requested to climb to a higher altitude to get clear of the clouds but Air Traffic Control was not able to authorize that because of a large volume of civilian traffic above them. Martin was unable to maintain formation, and knowing that mountains were near, requested a left turn. The controller authorized the turn, but had to repeat himself several times due to frequency congestion.

The pilot of the #3 aircraft, Grizzly 73, briefly caught sight of Martin’s Phantom through a break in the clouds. He saw Grizzly 72 begin a sharp left roll and its afterburners ignite before it disappeared into the clouds again.

It is probable that Captain Martin lost spatial orientation because of the steep climb under acceleration while passing in and out of cloud layers.

McDonnell F-4C-25-MC Phantom II 64-0923, 196th Tactical Fighter Squadron, 163rd Tactical Fighter Group, California Air National Guard, in an earlier “wrap around” camouflage pattern. (Photograph courtesy of Ernest Pellen via Phantom Phanatics)

There may have been another factor, though: Martin was divorced from his second wife, Olympic Gold Medalist Dorothy Hamill, but had hopes of a reconciliation. While obtaining a briefing in the weather office just prior to this flight, a worker there asked Martin what he thought about Hamill’s re-marriage two weeks earlier. Martin had been unaware of this and was visibly shaken by the news. This may have been an additional distraction at just the wrong time.

At any rate, Dean Paul Martin joined the Air Force to make something of himself and to make a meaningful contribution. He wanted to be more than “Dean Martin’s son” or an entertainer. The crash on San Gorgonio Mountain is a sad end to a noble venture.

Martin had told his sister, Deana,

“I will always be with you. Just look up in the sky and I will be there protecting you.”

Peace is Our Profession. But it is always a perilous occupation. Rest in Peace, Gentlemen.

San Gorgonio Mountain in the San Bernardino Mountains, at 11,501.6 feet (3,505.7 meters), is the highest peak in Southern California. (skmnational.org)

Dean Paul Martin, Jr., was born 17 November 1951 in Santa Monica, California. He was the first of three children of entertainer Dean Martin and Dorothy Jean Biegger Martin. He was educated at the Urban Military Academy in Brentwood, California, and was a pre-med student at the University of California, Los Angeles (UCLA). While there, he played football and tennis. Martin later completed his degree at the University of Southern California (USC).

“Dino, Desi and Billy,” circa 1965. Left to right: Dean Paul Martin, Jr.; Desiderio Alberto Arnaz IV; and William Hinsche. (Reprise Records)

During the mid-1960s, Martin, then known as “Dino,” was a member of the singing group, “Dino, Desi and Billy,” with Desi Arnaz, Jr., and William Hinsche. Their most successful songs were “I’m a Fool” and “Not the Lovin’ Kind.”

“Dino” Martin earned a private pilot license at the age of 16 years.

He was a professional tennis player, and, later, was a wide receiver for the World Football League Las Vegas Casinos, in Las Vegas, Nevada.

Mr. and Mrs. Dean Paul Martin, Jr., (née Olivia Osuna Hussey), 17 April 1971.

On 17 April 1971, Martin married Miss Olivia Hussey in Las Vegas, Nevada. (Miss Hussey is best known for her portrayal of Juliet Capulet in Franco Zeffirelli’s “Romeo and Juliet,” 1968). They had a son, Alexander. The couple were divorced 24 January 1979 in Los Angeles, California.

Also in 1979, Martin starred with actress Ali McGraw in Paramount Pictures’ “The Players.” Martin’s character was a professional tennis player.

Ali McGraw and Dean Paul Martin on the set of “The Players, “1979. (Paramount Pictures)

Dean Paul Martin, Jr., joined the United States Air Force 5 November 1980, reporting to officer Candidate School at McGhee Tyson Air Force Base, Knoxville, Tennessee on 10 November. and underwent pilot training in the Cessna T-37 Tweet and Northrop T-38A Talon at Columbus Air Force Base, near Columbus, Mississippi. He trained as fighter pilot in the McDonnell F-4 Phantom II at Luke Air Force Base, west of Phoenix, Arizona, completing the course in November 1981. He was assigned to the 193d Tactical Fighter Wing, California Air National Guard, based at March Air Force Base, Riverside County, California. He initially served as a Weapons System Officer in the McDonnell F-4C Phantom II, before upgrading to aircraft commander.

A spokesman for the California Air National Guard, Major Steve Mensik, said, “Captain Martin was one of the better pilots, an exceptional athlete who handled himself well in the cockpit.”

Lieutenant and Mrs. Dean Paul Martin, Jr., (née Dorothy Stuart Hamill), 8 January 1982.
Captain Dean Paul Martin, Jr., United States Air Force.

Martin married Olympic Gold Medalist Miss Dorothy Stuart Hamill, 8 January 1982, in Beverly Hills, California. They divorced in 1984.

Captain Ramon Ortiz, U.S.A.F.

Captain Martin’s remains were buried at the Los Angeles National Cemetery.

Ramon Ortiz was born 31 August 1947, in Ponce, Puerto Rico, an island in the Caribbean Sea and an unincorporated territory of the United States.

Ortiz joined the United States Air Force 22 December 1973 and served on active duty until 13 November 1980.

Captain Ortiz’ remains were buried at Palm Memorial Park, Las Vegas, Nevada.

© 2018, Bryan R. Swopes