Dr. Strangelove
Banned
As promised:
[FONT=Verdana, sans-serif]From www.commonpedia.org/Juan_de_la_Cierva[/FONT]
[FONT=Verdana, sans-serif]Juan de la Cierva y Codorníu[/FONT][FONT=Verdana, sans-serif] (21 September 1895, Murcia – 9 May 1968, London[1]) was a Spanish civil engineer, pilot and aeronuatical engineer. His most famous accomplishment was the invention in 1920 of the [/FONT][FONT=Verdana, sans-serif]Autogiro[/FONT][FONT=Verdana, sans-serif], a single-rotor type of aircraft that came to be called autogyro in the English language. After four years of experimentation, De la Cierva developed the articulated rotor which resulted in the world's first successful flight of a stable rotary-wing aircraft in 1923 with his C.4 prototype. [/FONT]
[FONT=Verdana, sans-serif]...He moved to England in 1925, where with the support of Scottish industrialist James G. Weir, he established the Cierva Autogiro Company. . Technology developed for the autogyro was used by experimenters in the development of the Fw 61, which was flown in 1936 by Cierva Autogiro Company licensee Focke-Achgelis. The FW 61 was the world's first functional military gyrodyne[2], predating the C 41 by five years...[/FONT]
[FONT=Verdana, sans-serif]...while himself hostile to the spanish government that sprang from the February 1936 and March 1937 elections, the Cierva company was contacted by the spanish air force for the development of an Autogyro capable of delivering troops during the brief stage of autonomous spanish rearmament between 1937 and 1939. The project was cancelled in March 1939 due to the spanish' ministry of defense difficulty in funding the project, but proved important during the development of C.41[/FONT]
[FONT=Verdana, sans-serif]From www.commonpedia.org/Cierva.C41[/FONT]
[FONT=Verdana, sans-serif]...Cierva had tendered the project as C38 in response to the Royal Navy's 22/38 specification for a naval helicopter. While funding for the project was greatly reduced at the onset of war in 1939[3], it would be resurrected in 1941...[/FONT]
[FONT=Verdana, sans-serif]...C41's prototype built at the end of 1941 was the first modern gyrodyne representing a clear evolutionary step beyond De la Cierva's earlier autogyros. Designed by Cierva's chief engineer J. A. J. Bennet...[4][/FONT]
[FONT=Verdana, sans-serif]From www.commonpedia.org/Special_Air_Service[/FONT]
[FONT=Verdana, sans-serif]... the Special Air Service was formed in February 1941 by Lieutenant in the Scots Guards David Stirling, during the lull in the Western Front prior to Fall Schwarz. Stirling, then serving with No 8. (Guards) Commando deployed in Navarra to counter the expected german invasion, had the idea to use small teams of, originally, parachute trained soldiers to be dropped behind enemy lines to gain intelligence and harass enemy supply routes... [/FONT]
[FONT=Verdana, sans-serif]...following extensive training at Breacon Beacons and other camps in Morocco and Southern Spain, the SAS was ready to undertake its first operation in August 1941, attacking german airfields at Salamanca...[/FONT]
[FONT=Verdana, sans-serif]...these successes during 1941 in both France and Iberia did not hide the fact that, operating in Northern Spain far from allied airbases in Africa, and with the germans guarding all available ports, an alternate form to insert and evacuate commandos had to be developed, one that ideally offset the disadvantages of both parachuting and gliders...[/FONT]
[FONT=Verdana, sans-serif]...the C41 project had survived with minimal funding during the previous years and was in the brink of cancellation when it was given new life with the very precise briefing of creating a machine that, operating from airfields in North Africa or small ships near the coast, could fly in low altitude transporting small commandos, able to land or take off in almost any open space, and if need arose, to be hidden or dismounted with the help of local resistance cells. Stirling believed that the gyrodyne could act as a mobile airbase enabling commandos to pinpoint their landing targets with great accuracy and, what was to Stirling a great advantage over the gliders that the germans had used to great effect in 1940, move great distances outrunning overstretched German garrisons in the Spanish countryside, and avoid the problems with chaotic parachuting and difficult seaborne extractions that had plagued SAS' earlier ventures. The near-destruction of a german parachute division in the opening stages of the Battle of Cadiz in 1942 also convinced the British command that alternate methods for airborne invasions had to be developed... [/FONT]
[FONT=Verdana, sans-serif]From www.commonpedia.org/Cierva.C44[/FONT]
[FONT=Verdana, sans-serif]...while Sea Lion came and went without the gyrodyne project having reached beyond the testing stages, the C.44 would become the world's first operational and mass produced gyrodyne, with 275 production units being built between September 1943 and March 1945 after the five prototypes built during 1943...[/FONT]
[FONT=Verdana, sans-serif]...Seven C.44 carrying twelve commandos each would perform the first major combat operation involving a rotary wing aircraft when they inserted a SAS team tasked with destroying german artillery positions over the Langres Plateau in northeastern France during the night of January 19 1944. The operation was a mixed success, with the engine noise alerting the german defenders. Two of the gyrodynes would be lost to anti air fire before insertion could be finished...[/FONT]
[FONT=Verdana, sans-serif]...while their most famous action in the war was their massed use to capture vital points of the Wotan Line during the crossing of the Rhine in September 1944, gyrodynes would also be used during the battle of the Scheldt in spring. A less glamurous, but more widespread and useful usage was the deployment of two gyrodyne platoons as the 1[/FONT][FONT=Verdana, sans-serif]st[/FONT][FONT=Verdana, sans-serif] Royal Airborne Ambulance Corps in June 1944, that evacuated thousands of injured allied soldiers during the tough and bloody combats for the Sigfried Line and Saarbrücken, savaing hundreds of lives...[/FONT]
[FONT=Verdana, sans-serif][1]In our timeline, De la Cierva died in an aviation accident in London in December 9 1936. He had lived in England since 1925, granted licenses to build autogyros in several countries and had supported the National troops at the outbreak of the Civil War. The Cierva company would design several helicopters for the british army during the 40's and early 50's, including what was at the time (1948) the largest helicopter in the world, a 3-rotored monstrosity. Cierva believed that helicopter configurations with a tail rotor like Sikorsky's were too mechanically complicated, so his survival ITTL has important effects with regards to gyrodynes -who are more direct successors to his autogyros- surviving as more than a footnote in aeronautics history. [/FONT]
[FONT=Verdana, sans-serif][2]ITTL the term gyrodyne (or girodino in spanish, a word I made up only to discover it already existed) has suplanted helicopter as the word that designates rotary wing aircraft in Europe, even if both types of aircraft coexist. Aviation geeks will make a point of telling gyrodynes and helicopters apart, but that is considered pointless pedantry in average conversation. A gyrodyne, for those who don't know (most of us) could be defined as a plane-helicopter hybrid that lacks a helicopter's tail rotor (that was Sikorsky's innovation in 1940) but provides anti-torque and propulsion via lateral propellers mounted laterally like those of a plane. [/FONT]
[FONT=Verdana, sans-serif][3]IOTL the project was cancelled at this point, but ITTL Churchill was able to scrape some extra funds during the months of run up to war. [/FONT]
[FONT=Verdana, sans-serif][4]IOTL Bennett was Cierva's chief engineer between 1936 and 1939 before moving to Fairey, where he would continue to develop his designs -among others the C.38- before building the world's first gyrodyne in 1946. [/FONT]
Juan de la Cierva next to an autogyro, circa 1932.
A Cierva C.44 undergoing trials in southern England, December 1943.
Propaganda picture depicting Gyrodynes based from ARE Buenaventura Durruti in action in front of the Angolan coast in August 1987.
I'll be on the beach for a few days and then there will be another interlude detailing other technological and political butterflies before I finally tackle the final months of the war.
[FONT=Verdana, sans-serif]From www.commonpedia.org/Juan_de_la_Cierva[/FONT]
[FONT=Verdana, sans-serif]Juan de la Cierva y Codorníu[/FONT][FONT=Verdana, sans-serif] (21 September 1895, Murcia – 9 May 1968, London[1]) was a Spanish civil engineer, pilot and aeronuatical engineer. His most famous accomplishment was the invention in 1920 of the [/FONT][FONT=Verdana, sans-serif]Autogiro[/FONT][FONT=Verdana, sans-serif], a single-rotor type of aircraft that came to be called autogyro in the English language. After four years of experimentation, De la Cierva developed the articulated rotor which resulted in the world's first successful flight of a stable rotary-wing aircraft in 1923 with his C.4 prototype. [/FONT]
[FONT=Verdana, sans-serif]...He moved to England in 1925, where with the support of Scottish industrialist James G. Weir, he established the Cierva Autogiro Company. . Technology developed for the autogyro was used by experimenters in the development of the Fw 61, which was flown in 1936 by Cierva Autogiro Company licensee Focke-Achgelis. The FW 61 was the world's first functional military gyrodyne[2], predating the C 41 by five years...[/FONT]
[FONT=Verdana, sans-serif]...while himself hostile to the spanish government that sprang from the February 1936 and March 1937 elections, the Cierva company was contacted by the spanish air force for the development of an Autogyro capable of delivering troops during the brief stage of autonomous spanish rearmament between 1937 and 1939. The project was cancelled in March 1939 due to the spanish' ministry of defense difficulty in funding the project, but proved important during the development of C.41[/FONT]
[FONT=Verdana, sans-serif]From www.commonpedia.org/Cierva.C41[/FONT]
[FONT=Verdana, sans-serif]...Cierva had tendered the project as C38 in response to the Royal Navy's 22/38 specification for a naval helicopter. While funding for the project was greatly reduced at the onset of war in 1939[3], it would be resurrected in 1941...[/FONT]
[FONT=Verdana, sans-serif]...C41's prototype built at the end of 1941 was the first modern gyrodyne representing a clear evolutionary step beyond De la Cierva's earlier autogyros. Designed by Cierva's chief engineer J. A. J. Bennet...[4][/FONT]
[FONT=Verdana, sans-serif]From www.commonpedia.org/Special_Air_Service[/FONT]
[FONT=Verdana, sans-serif]... the Special Air Service was formed in February 1941 by Lieutenant in the Scots Guards David Stirling, during the lull in the Western Front prior to Fall Schwarz. Stirling, then serving with No 8. (Guards) Commando deployed in Navarra to counter the expected german invasion, had the idea to use small teams of, originally, parachute trained soldiers to be dropped behind enemy lines to gain intelligence and harass enemy supply routes... [/FONT]
[FONT=Verdana, sans-serif]...following extensive training at Breacon Beacons and other camps in Morocco and Southern Spain, the SAS was ready to undertake its first operation in August 1941, attacking german airfields at Salamanca...[/FONT]
[FONT=Verdana, sans-serif]...these successes during 1941 in both France and Iberia did not hide the fact that, operating in Northern Spain far from allied airbases in Africa, and with the germans guarding all available ports, an alternate form to insert and evacuate commandos had to be developed, one that ideally offset the disadvantages of both parachuting and gliders...[/FONT]
[FONT=Verdana, sans-serif]...the C41 project had survived with minimal funding during the previous years and was in the brink of cancellation when it was given new life with the very precise briefing of creating a machine that, operating from airfields in North Africa or small ships near the coast, could fly in low altitude transporting small commandos, able to land or take off in almost any open space, and if need arose, to be hidden or dismounted with the help of local resistance cells. Stirling believed that the gyrodyne could act as a mobile airbase enabling commandos to pinpoint their landing targets with great accuracy and, what was to Stirling a great advantage over the gliders that the germans had used to great effect in 1940, move great distances outrunning overstretched German garrisons in the Spanish countryside, and avoid the problems with chaotic parachuting and difficult seaborne extractions that had plagued SAS' earlier ventures. The near-destruction of a german parachute division in the opening stages of the Battle of Cadiz in 1942 also convinced the British command that alternate methods for airborne invasions had to be developed... [/FONT]
[FONT=Verdana, sans-serif]From www.commonpedia.org/Cierva.C44[/FONT]
[FONT=Verdana, sans-serif]...while Sea Lion came and went without the gyrodyne project having reached beyond the testing stages, the C.44 would become the world's first operational and mass produced gyrodyne, with 275 production units being built between September 1943 and March 1945 after the five prototypes built during 1943...[/FONT]
[FONT=Verdana, sans-serif]...Seven C.44 carrying twelve commandos each would perform the first major combat operation involving a rotary wing aircraft when they inserted a SAS team tasked with destroying german artillery positions over the Langres Plateau in northeastern France during the night of January 19 1944. The operation was a mixed success, with the engine noise alerting the german defenders. Two of the gyrodynes would be lost to anti air fire before insertion could be finished...[/FONT]
[FONT=Verdana, sans-serif]...while their most famous action in the war was their massed use to capture vital points of the Wotan Line during the crossing of the Rhine in September 1944, gyrodynes would also be used during the battle of the Scheldt in spring. A less glamurous, but more widespread and useful usage was the deployment of two gyrodyne platoons as the 1[/FONT][FONT=Verdana, sans-serif]st[/FONT][FONT=Verdana, sans-serif] Royal Airborne Ambulance Corps in June 1944, that evacuated thousands of injured allied soldiers during the tough and bloody combats for the Sigfried Line and Saarbrücken, savaing hundreds of lives...[/FONT]
[FONT=Verdana, sans-serif][1]In our timeline, De la Cierva died in an aviation accident in London in December 9 1936. He had lived in England since 1925, granted licenses to build autogyros in several countries and had supported the National troops at the outbreak of the Civil War. The Cierva company would design several helicopters for the british army during the 40's and early 50's, including what was at the time (1948) the largest helicopter in the world, a 3-rotored monstrosity. Cierva believed that helicopter configurations with a tail rotor like Sikorsky's were too mechanically complicated, so his survival ITTL has important effects with regards to gyrodynes -who are more direct successors to his autogyros- surviving as more than a footnote in aeronautics history. [/FONT]
[FONT=Verdana, sans-serif][2]ITTL the term gyrodyne (or girodino in spanish, a word I made up only to discover it already existed) has suplanted helicopter as the word that designates rotary wing aircraft in Europe, even if both types of aircraft coexist. Aviation geeks will make a point of telling gyrodynes and helicopters apart, but that is considered pointless pedantry in average conversation. A gyrodyne, for those who don't know (most of us) could be defined as a plane-helicopter hybrid that lacks a helicopter's tail rotor (that was Sikorsky's innovation in 1940) but provides anti-torque and propulsion via lateral propellers mounted laterally like those of a plane. [/FONT]
[FONT=Verdana, sans-serif][3]IOTL the project was cancelled at this point, but ITTL Churchill was able to scrape some extra funds during the months of run up to war. [/FONT]
[FONT=Verdana, sans-serif][4]IOTL Bennett was Cierva's chief engineer between 1936 and 1939 before moving to Fairey, where he would continue to develop his designs -among others the C.38- before building the world's first gyrodyne in 1946. [/FONT]
Juan de la Cierva next to an autogyro, circa 1932.
A Cierva C.44 undergoing trials in southern England, December 1943.
Propaganda picture depicting Gyrodynes based from ARE Buenaventura Durruti in action in front of the Angolan coast in August 1987.
I'll be on the beach for a few days and then there will be another interlude detailing other technological and political butterflies before I finally tackle the final months of the war.