Jane's All the World's Aircraft. 1913 by Fred T. Jane

9. New ship of 17,000 m cubed building. " "

439 words  |  Chapter 16

To Lebaudy designs:-- ~ONE~ ~Austrian Military Airship.~ ----------------------------------+------------------+------------------+------------------+------------------ | | ~CAPITAINE~ | ~SELLE DE~ | New ship. Name | ~LIBERTE~ | ~MARECHAL.~ |~BEAUCHAMP.~ | _Building._ Date | ~1909.~ | ~1911.~ | ~1911.~ | ~1913-14.~ Service | Military. | Military. | Military. | Military. ----------------------------------+------------------+------------------+------------------+------------------ ~Volume~ c. feet (m cubed)| 4800 | 7500 | 8000 | 17,000 ~Length~ feet (m.)| 220 (67) | 279 (85) | 292 (89) | ~Diameter~ feet (m.)| 35-1/2 (10.80) | 42 (12.80) | 48 (14.00) | {fabric | Lebaudy | Lebaudy | Lebaudy | ~Gasbags~ { | | | | {ballonets | 1 | ... | ... | {total tons| 4-1/2 | ... | 9 | ~Lift~ { | | | | {useful tons| ... | ... | ... | ~Motors~ h.p.| 1--135 Panhard | 2--80 Panhard | 2--80 Panhard | {number | 2 wood | 2 wood | 2 wood | ~Propellers~ {blades | 2 | 2 | 2 | {diam. feet (m.)| ... | 16-1/2 (5) | 16-1/2 (5) | ~Speed~ max. m.p.h. (km.)| 31 (50) | 28 (45) | 28 (45) | ~Endurance~ hrs.| ... | ... | ... | ~Complement~ | ... | ... | 5 | ----------------------------------+------------------+------------------+------------------+------------------ [Illustration] [Illustration: LIBERTE.] [Illustration] =ZODIAC CLASS.= Societe francaise de ballons dirigeables et d'aviation, Zodiac, 10 route du Havre, Puteaux (Seine). These dirigibles were intended primarily for private pleasure purposes. Consequently they are designed to fly when filled with coal gas if necessary. Every effort is made to render them easily transportable; the long girder frame by which the weight is distributed is made to take to pieces. It is held in France that numbers of this class of vessel would form an invaluable asset in time of war, as each could be transported in a single cart, filled with a very few bottles of hydrogen, and when so filled could man[oe]uvre for some 6 hours at a speed which compares favourably with that of the standard types. When the service of reconnaissance was performed, the vessel could be packed up and sent out of harm's way in an hour, whereas this could scarcely be done with a larger vessel on account of the quantity of hydrogen that would be required if it had to be filled afresh for each service. The mooring of an airship in the open during war requires such an amount of preparation and attention as to be a serious drawback to the alternative plan of keeping such vessels unfilled, while the sending of an airship back to its distant shed on each occasion means doubling the work that the ship is called upon to perform. Ships of class are:--

Chapters

1. Chapter 1 2. PART D.--AERIAL "WHO'S WHO" AND DIRECTORY. 3. Part C deals with aero-engines. It is mainly remarkable--in comparison 4. 1. _Theoretical course._--Lectures on meteorology, structure of 5. 2. _Practical._--This, in addition to flight, consists of dismounting 6. 1. LA BELGIQUE II~ (late ~I~)_ 4,000 m cubed. 7. 2. LA BELGIQUE III 8. 1912. Details of this special machine are:--~Length,~ 27 feet 10 inches 9. 1910. In 1912-13 the Huntingdon, modified, was flying well. 10. 2. Special establishments, dealing with purchase, construction, and big 11. 4. Depots. A species of dockyards dealing with minor repairs, etc. 12. 3. Lyon. 13. 5. Russian Military dirigible, KOMMISSIONNY,} 14. 7. ASTRA-TRANSAERIENNE-VILLE DE PAU-VILLE} 15. 14. ASTRA-TORRES I 1911 16. 9. New ship of 17,000 m cubed building. " " 17. 2. " II (_De la Vaulx_) 18. 6. " VI Sold to United States 19. 12. " XII (_Spiess_) " (rigid) 20. 1. Must be of entirely German manufacture, with ample and comfortable 21. 2. Design must permit of fitting bomb droppers and photographic 22. 4. Dimensions must not exceed 49 feet span (14.50 m.), 39 feet long (12 23. 5. Minimum endurance, 4 hours. 24. 1913. Others on order, including _Ottos_ on floats (_A.G.O._), of which 25. 1912. The 1912 model is of entirely novel type, a tail first monoplane 26. 3. St. Petersburg " 27. 100. At the end of March, 1913, the total number was about 250, of which 28. 1911. Agents for _Caudrons_ and _Deperdussins_. Run a school for these. 29. 1909. On 25th July, 1909, Bleriot made the first Cross-Channel flight in 30. Part C. 31. 1906. Has had more falls than any other aviators. First man to fly 32. 1908. Has made many good flights ever since. In 1912-13 produced a 33. 1870. Aeronaut since 1898. Did a trip, Paris to Sweden. Treasurer 34. 1910. (Ae. C. F. pilot 31). Distinguished himself on _H. Farmans_ 35. 1887. Commenced work in 1893 with Dr. Graham Bell, and later, 36. 1878. Author of _Moderne Luftschiffahrt_ and other works. 37. 1911. Winner of many prizes in America. 38. 1891. ("Philips' entry.") Leading authority on aviation subjects. 39. 1875. Leading Figure in German aerial circles. Connected with the 40. 1911. Designer to the _Bristol_ Co., 1911. 41. 1904. Now aviator and writer on subject. 42. 1908. Designed _Akron_, 1911. Killed 1911. 43. 1906. Induced H. Farman to be interested in aviation. 44. 1910. Has made many famous flights. 45. 1905. Details of this and later _Zeppelins_ will be found on the

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