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1/72 Italeri Douglas EB-66 E-DL |
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Destroyer |
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by Bernd Korte |
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The EB-66E was an ECM-version of the US Air Force's B-66, which resulted from the US Navy's A-3 (A3D) Skywarrior. Despite its unmistakable similarity to the A-3, the B-66 included a lot of revised design on the wing-structure, the fuselage in general and the power plants. It was virtually a whole new aircraft.
On to the model... For the 1:72 scale modeler, however, history ran in reverse: First, Italeri came up with their B-66 and just a relatively short time ago Hasegawa took their turn with the A-3. In contrast to the high price of the Hasegawa product, the Air Force version (IT) was just available at 10 EUR. Italeri's latest version and the one described here, the EB-66E, is still available for 14 EUR in many hobby shops (in Germany at least...or try ebay). For a bird of that size (32 cm length) such a price is certainly not common any more.
Opening the box you'll notice that most of the light- gray plastic parts are identical to those of the B-66 kit. The differences lay in the stretched tail without the gun turret and the added antennas. Commendably, Italeri has marked the locations of those antennas with raised lines on the fuselage. The panel lines on the 74 parts are fully engraved, the way we like it. The B-66's guns find their place in the spare-box. With this good first impression we're getting started... Construction...
The abundance of detail in the cockpit is offset by a lack of detail at the landing gear. For example, all torque links are molded as full triangles and also the representation of the main gear sliding doors is not correct. These sections must therefore be reworked extensively. Nose undercarriage: The nosewheel bay actually remains unchanged as in the assembled condition you hardly see it. The landing light on the nosewheel door is much too small. I removed it and replaced it by a larger one made of scrap plastic. Holes are drilled in all three "full casting triangles" of the nose gear. Here one can now work with the scalpel to open all bracings. The nosewheel fork is drilled on each side under the beginning to have a feeling for the hollow tube construction. At the top of the nosewheel fork, a taxi light is added from plastic and brass remainders. Wiring and other details are imitated with stretched sprue. Main undercarriage: The wheel bays are detailed with various lines from stretched sprue and other details. At the undercarriage legs again the torque links are opened. Special attention must be applied to the doors: If the one-piece plastic part is divided into three parts as shown in the instructions, the downward opening doors are the wrong form. The cut must be made in such a way that door part C is shortened somewhat and includes a part of the chamfer in B (see sketch - red line is the correct cut!). I noticed this too late and had to correct the mistake with some filling and sanding. Before joining the two fuselage halves with the cockpit and the nosewheel bay, one should obey the advice of the instructions and add some ballast into the nose, so that the plane does not surprise later with an inadvertent "skip-jack" effect. Because the fuselage joint is partly not concise, particularly on the top side, a disturbing, step formation develops, the fuselage halves must be aligned under tension during the drying time of the adhesive and undergo later a comprehensive putty application. Another conceivable method for the prevention of the step formation would be to stretch both fuselage halves before gluing together by the use of transverse profiles in such a way that they lock concisely with one another. After sanding the glue and putty seams, missing panel lines are redrawn using "Dymoband" (flexible sticky plastic tape for lettering - here used as flexible ruler) and an engraving needle. Now the wings and the horizontal tail unit are glued in place and the two engine pods are finished. Painting and marking... The black areas at the nose and underside are painted and masked with tape. Then I applied the white paint of the lower surface of the Viet Nam camouflage. Again masking, whereby the dividing lines between the white lower surface and the three-coloured top side should not look like it was drawn with the ruler but somewhat wavy. The masking tape is accordingly cut out. Before starting with the topside camouflage, the canopy is masked with "Parafilm M" and installed, since the camouflage pattern naturally covers here also. Unfortunately the cockpit hood is not an outstanding fit. Anyone who wants (and who is able to do) should make a corrected punched or vacuformed hood, otherwise pay attention to the optimum fit during installation. The topside camouflage consists of tan F.S. 30219, field green F.S. 34097 (other sources call F.S. 34103) and dark-green F.S. 34079. First tan in the form of Humbrol 118 is applied and the relevant areas are masked. Then it's the turn of Humbrol 105 for the field-green. After renewed masking follows in the end dark-green using Revell 67 since I didn't have the equivalent Humbrol 116 available.
Conclusion...As already mentioned, one gets a lot of model for his bucks. Some areas are without a doubt demanding, some require extra-work (landing gear bays) and above all the four-coloured camouflage sometimes costs some nerves. As is so often the case, the result finally compensates for all troubles and one has a plane in the showcase of which many don't even know the name...
Special thanks to Phil Juvet, Al Superczynski and Harry Swett who supported this project with their very useful walk-around pictures. Special thanks to Clarence Wentzel who helped me with this translation (original German article can be seen at www.modellversium.de in the jet-gallery). Text by myself, pictures by Deun Yu, thank you again! Bernd
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Photos and text © by Bernd Korte
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