Showing posts with label Fieseler Fi103R. Show all posts
Showing posts with label Fieseler Fi103R. Show all posts

Monday, 8 February 2016

Arado Ar234. The Blitz - other projects. Part 3.

Text found in the internet.
"This document with excerpts from several books has been created under ‘fair use’ copyright as background information for trips to Alt Lönnewitz and Rheine that we made in 2015 as part of a study project. All copyrights remain with the copyright holders named in the references. If you wish to use copyrighted material from this document for purposes of your own that go beyond ‘fair use’, you must obtain permission from the copyright owners."

In mid-December 1943 at the Arado facilities work began on a flying wing project. Straight wings retained their good aerodynamic characteristics only at subsonic speeds. Near-supersonic speeds a new approach to wing geometry. A discussion took place with the RLM in early 1944, and Arado was asked to compile design studies for a high speed long range jet powered bomber. It was realized that the project could best be fulfilled by using a flying wing design with a laminar high speed profile. Five variants of the wing were built, each differing in its sweep. The most advanced work on this project was carried out at Dedelsdorf airbase, where the Ar 234 V16 was being rebuilt as part of this research. The aircraft was destroyed in mid-April 1945 by advancing British troops as they captured the airfield.

Sunday, 17 January 2016

Leonidas - 5th Staffel of Kampfgeschwader 200. Compiled by Cesar Winkelmann


Fieseler Fi103R
By mid-1944, the Fi-103 (V-1) had been deployed to special units in Germany and in the occupied countries for attacks against the British Isles. It was a simple weapon, a streamlined airframe carrying an explosive warhead on which an Argus AS-109 pulsejet was mounted. The pulsejet was equally simple; a tube lacking both turbine and compressors into which vaporized fuel was injected in spurts and ignited. Shutters at the front of the tube opened to admit air during the intake phase and closed during the ignition phase to direct the combustion gases to the rear. It had very few moving parts, was simple to make and easy to maintain.