Maveric

Fight for yor Right!
Joined
14 January 2007
Messages
2,147
Reaction score
666
Hi all,

two pics of an early german UAV: the Argus As-292.
 

Attachments

  • Argus As-292.jpg
    Argus As-292.jpg
    136.4 KB · Views: 510
  • Argus As-292-.jpg
    Argus As-292-.jpg
    204.6 KB · Views: 463
Just ask wiki ! ;)
Aerial target, called "„Flakzielgerät 43“ (AAA target 1943) and recce, then with the
name "Fernfeuer" (distant fire), that could imply a use by the artillery, although, as it
was just taking photos, that had to be processed after landing, target aquisition would
have been quite a lengthy affair.
 
Jemiba said:
Just ask wiki ! ;)
Aerial target, called "„Flakzielgerät 43“ (AAA target 1943) and recce, then with the
name "Fernfeuer" (distant fire), that could imply a use by the artillery, although, as it
was just taking photos, that had to be processed after landing, target aquisition would
have been quite a lengthy affair.


My dear Jemiba,


here is a artist drawing to Argus Fernfeuer.


V-1 Flying Bomb 1942-1952
 

Attachments

  • Argus.png
    Argus.png
    118.6 KB · Views: 377
Jemiba said:
Just ask wiki ! ;)
Aerial target, called "„Flakzielgerät 43“ (AAA target 1943) and recce, then with the
name "Fernfeuer" (distant fire), that could imply a use by the artillery, although, as it
was just taking photos, that had to be processed after landing, target aquisition would
have been quite a lengthy affair.

Photos might not have been the only way it could have provided information on enemy positions. If it was rigged with the right sensors say perhaps modified target scoring gear of the day, along the means of transmitting the data generated, it may have been possible (at least in theory) to calculate the rough positions of concentrations of enemy forces based on the density of fire the Flakzielgerät 43 was taking along with the general direction/s the incoming fire was originating from. Of course the Flakzielgerät 43 would have to have armor and/or redundancy in critical areas in order to survive long enough to gather enough data to let the artillery rip, not to mention any hope of getting back with nice clear pictures of enemy positions & movements.

Just a thought.
 
And flying torpedo;

http://denzjos.rf.gd/afstandswapens.html?i=1
 

Attachments

  • luft0000.jpg
    luft0000.jpg
    116.4 KB · Views: 271
Was that Air Corps Target Plane of 1940 a real Project or not ?.

 

Attachments

  • 4.png
    4.png
    456.4 KB · Views: 146
  • 5.png
    5.png
    410.2 KB · Views: 123
Interstate TDR-1
1599353659497.png

Performance:

General characteristics


  • Crew: 0–1 (optional pilot)
  • Wingspan: 48 ft (15 m)
  • Gross weight: 5,900 lb (2,676 kg)
  • Powerplant: 2 × Lycoming O-435-2 opposed piston engines, 220 hp (160 kW) each
Performance

  • Cruise speed: 140 mph (230 km/h, 120 kn)
  • Range: 425 mi (684 km, 369 nmi)
Armament


The Interstate TDR-1 was a drone aircraft used by the United States Army and Navy Air Forces during the Second World War. The drone would be controlled by TBM Avengers during missions. The aircraft took part in the first ever drone strike in history against Japanese forces in the Solomon's. On September 27th, 1944, four drones went after a Japanese gun position in Bougainville. While three did not make it, one did, and it crashed directly into the gun position. While the mission itself was not too much of a success, it still was the first drone strike in history. The program was cancelled in October of that year due to continued difficulties with developing and using the drones.

Sources:
 
Hi.

Sorry for the blurry pics. All were enlarged from thumbnail-size original pics...


Japanese Kugisho MXY3 aerial target glider from I think 1939 ( Kugisho is short for Koku Gijutsu-Sho = Naval Air-Technical Arsenal in Yokosuka, also known under the designation "Yokosuka", Designation abbrevation was "Y"):

jap Luftzieldrohne MXY3 1.jpg

Small glider with large high wings. It was designed to be used as aircraft target during the early phase of advanced training. Carried by an E7K Seaplane and flown by the spotter of the carying airplane via a special radiowave command module. There was no preparation made to land the drone after use, so it was a disposable article.

jap Luftzieldrohne MXY3.jpg
E7K1 ready for starting the MXY3


jap Luftzieldrohne MXY3 3.jpg

Same aircraft on the ground with the MXY3 already installed.



Japanese Kugisho MXY4 powered aerial target drone designed 1940:


The MXY 4 was the enlarged successor of the MXY3 glider drone with various improvments. It was designed with low wings, two floats to be able to land it on sea, a modified empenage and, most important, a small 35 HP radial engine. With these modifications the drone was able to fly more complex maneuvers, the flying time was highly increased for a better training and it could be reused if salvaged after landing. It was operated the same way as the MXY3. Below is the only pic of this UAV I was able to find in several years.

jap Luftzieldrohne MXY4.jpg
E7K2 seaplane with a MXY4 ready to or directly after start.

Yours

tom! ;)
 

and in which year ?.

Circa 1965. Once the new Fiat G.91s entered Aeronautica Militare service, AMI T-33As and R-33As were freed up for traino manica (sleeve-towing). Along with target-towing, the AMI T-33s themselves also acted as as radar targets for fighters - in what the Italians called 'lepre' (hare) operations.
 

Many great thanks to you,my dear Arjen,and here is the translate;

On 9 September 1939, the Argus company presented a flying torpedo to the Reichsluftfahrtministerium (RLM) as part of the 'Argus Fernfeuer' project. The proposal of this lufttorpedo contained 3 variants. The versions 1 and 2 were propeller driven by a piston engine that could develop 500 hp at 5000 meters altitude. These craft could carry a load of 1 ton at a cruising speed of 700 km/h and had a range of 1000 km. Version 3 had a turbojet engine powered by two As 411 engines (modified As 410) which together at 3300 rpm would deliver 1184 hp, giving the turbojet engine a thrust of 150 kg. The 3000 kg aircraft would reach a speed of 750 km/h. The Argus 410/411 were V12/60 degree air-cooled lightweight engines built inverted: top crankshaft and pendant pistons. The steering of the 3 versions was designed by the Arado company and operated via an accompanying aircraft. Design 1 was intended to explode the torpedo along with the payload on the target. The second type would send the 'luft torpedo' above its target, release the 1000 kg explosive charge and radio-controlled the torpedo back to base. The type 3 could be crashed together with the cargo or the bomb could be released and the 'lufttorpedo' returned to base. In May 1940 the RLM got other priorities and stopped the project. However, the Argus company decided to continue the development of a flying bomb with a different power source as propulsion
 
Back
Top Bottom