The Arado-196 was a highly successful seaplane design which served as a reconnaissance plane for the Kriegsmarine. Although most units had operated from coastal air bases, but the aircraft is best known as the catapult launched scout plane of the German navy.
Design work began in 1936 with the Reichs Air Ministry issuing a specification for a new floatplane to replace the obsolete Heinkel-50, then in service with the fleet. By the onset war, trials for the Arado-196 had just entered its completion stage. Later, history would show that the Arado-196 was destined to become one of the finest floatplane designs of the war. By wars end, several variants had been produced and it was also the last fighting floatplane to be built in Europe. The final version had upgraded armament of twin MG81 machine-guns in the rear cockpit.
Beginning with the Admiral Graf Spee, all the other German capital ships subsequently received the Arado-196, including the battlecruiser Gneisenau and the famed Bismarck. This little plane enabled the capital ships to scout ahead at distances of over a few hundred kilometers, increasing the effectiveness of the raiding party. When an Allied convoy is sighted, the convoy location and any accompanying warships is radioed back to the mother ship, which would then steam to intercept.
In addition to reconnaissance, the Arado-196 also served a multitask role, including sea-rescues, coastal patrols, inserting agents behind enemy coastal lines, and even in combat situations. With its heavy armament of two forward firing 20 mm cannons, twin 7.92mm rear machine guns and two 50-kg bombs, the Arado-196 can intercept and attack lone Allied aircraft. In 1940, two Arados managed to attack a crippled British submarine, inflicting enough damage to prevent it from submerging, and enabling the Kriegsmarine to close in for the capture. Another noteworthy mention is in 1941, when the Bismarck launched its Arado-196 to drive off a shadowing RAF Catalina.
Constructed primarily of metal framework, the Arado-196 was of modern design utilizing an enclosed cockpit and twin floats to aid in its stability. The floats were fitted with rudders and also served as extended fuel tanks and storage space for other emergency provisions. The extended fuel tanks enabled the scout plane to remain in the air for up to four hours at a time, which for scout planes was a more important factor than long range.
A nine cylinder BMW radial engine producing a high power output of 960-hp also placed the Arado-196 as the fastest in its class. Coupled with a sound airframe design, it also had the highest ceiling height compared to its British and American counterparts. This is of innumerable advantage, as a greater ceiling height enabled the crew to scout over greater distances.
The Arado-196 served in all maritime theaters of war with operations ranging from the Arctic to the Black Sea. It also served with coastal units in Norway, Denmark, Bulgaria, Finland, Romania and the Mediterranean.
I have started to trim and wash the resin parts of the launcher. If you notice on the work bench there is a selection of brass stock. I have elected to make the catapult 'sled' that carries the aircraft out of brass. The reason is that the resin parts are a bit miss shapen and I have read that it is a bit weak. So I will be firing-up the solder gun for that phase of the build.
All the parts were washed with Dawn soap to remove all molding and sanding residue. After reading good things about a primer paint by Badger named Stynylrez and recomended by our resident product Guinea pig, Paul Wilford, I was looking forward to using it. It does spray at higher pressures. That being said I was expecting to use alot of paint. I went a long way, layed down well and does have good adhesion on the resin and metal parts I put it on. I did not have the Badger thinner for clean up and used tamiya X20. I found clean up took more work than I prefer. I will be getting some of their thinner to expedite the clean-up phase.
These are the compressed air cylinders. They consist of resin end caps and a metal pipe. They were primed with the Stynylrez black. I then painted them with Model Master enamyl aluminum. I wanted a tougher metal finish than I felt Alclad would provide. They have been sealed with Gloss laquer to protect them from the chipping fluid and subsequent weathering that will occur.
FFL
Just some resin parts primed and sealed.
Looking good. I don't really like working with resin, so more power to you!
Was able to work on the base abit. Rough assembled the base, which included the stanchions and hand rails. Fabed new hydo line carriers and hydro line on the side of the launcher rail. Th resin cast ones did not cut it. Did some painting and metallizing on some fiddly bits that will get installed later.
Actuall this has been a good resin kit. The adhesives have to be gotten used to.
The instructions indicated the base needed 1kilo of weight. I went ahead and put 3lbs. in it to be safe as the aircraft is no light weight, especially after weighting the floats. I used old wheel weights glued into the base with construction adhesive. One revision to aircraft weighting is going to shift the CG aft rather than forward like the instructions for the aircraft prescribe. The reason is the way the plane sits in the launch-sled. But I will address this when building the aircraft.