Tag Archives: armored car

1/35 Takom Turtle

w6djpyk

This weird looking vehicle got into my collection because I took my wife to the local hobby shop, and this was the only vehicle she liked. It has a relatively low part count, but it’s surprisingly large: it’s bigger than a panzer IV… (I expected it to be only slightly bigger than a car. Nevertheless I’d love to do my commute in this thing; London drivers are horrendous.)

This is my second Takom model (the first being the Ratte). The detail is OK, but not very subtle (I found the panel lines a bit too deep), and the model lacks any interior details. The hatches cannot be opened, either, so scratch-building (or using aftermarket sets if there ever will be one later) is going to be even more difficult. The quality of plastic, the presentation, the instructions are very, very professional. There are rubber tires provided, but they are quite unnecessary; plastic would be perfectly fine (with the appropriate sag moulded on, of course.) The fit is, again, OK but not perfect; the joint between the bottom and top of the hull needs some filling. (The bump on the top is assembled using four quadrant, and it’s a bit of a shaky exercise.) The model is very easy to build: it took about 2 hours to have it ready to paint.

I wanted to go all-out with the painting and weathering. First, I always wanted to try the complex camo with the black dividing line; and I wanted to do some experimenting with scratches, chips and dust. (Since it’s a city-car, only a little mud is used.) If you want to, you can go with the whole “captured vehicle in German service” cliche, but that version looks rather bland and grey.

 

The model was primed, and then the acrylic primer sealed with Testors Dulcote (as I wanted to experiment with some windex-chipping) later. The multiple colors were sprayed on in light patches. Although it’s an unconventional way to paint I painted individual patches, applied silly putty, added another set of patches with a different color, another application of silly putty, and so on and so forth. I did not want to paint the entire model with all the colors- it would have added too many paint layers. When doing scratches with windex I did not want to work through six individual layers of paint to the primer.

The results are actually pretty good; I was pleasantly surprised when I removed the silly putty.

 

The dividing lines were painted on using a black sharpie.

A few layers of light brown and ochre filters were added, and after a couple of days of drying I covered the model with Future in preparation for the washes. This is when I applied the decals, and sealed them with a further layer of Future.

I used Mig’s dark wash- applying it with a thin brush. It looked bad (as it always does), but I managed to wait an hour or so before attacking the wash. The excess was wiped away with a wet, flat brush in several steps (I kept adjusting it days after the application of the wash). I moved the brush in downwards motions; the wash created faint streaks which I kept adjusting. It also served as a sort of filter as well.

This is the point where I realized that the layers of Future will interfere with the windex-chipping technique… so I added paint chips using a brush and a sponge.

The next step was to use some oil dot filters. I put a few blobs of different shades of brown, yellow, blue and green oil paints onto a small piece of cardboard. In about an hour or so the linseed oil seeped out into the paper; this is important if you want flat finish. I added random dots on the surface, and then blended, removed them using a wet brush with downward motion. This produced very faint streaks, and modulated the base color somewhat. Yellows, greens, etc will give a slightly different tint to the underlying color. I focused the darker browns towards the bottom of the chassis. Since I was there I used a light rust color to form streaks: I prepared a dilute wash using a rust colored oil paint, and applied it with a faint brush. The excess was removed with a flat brush as usual forming faint streaks. I added this mixture around larger chips as well, and let it dry. If the effect was too strong, I adjusted it with a wet brush.

 

I left the model dry for a week, and used a similar technique to further add mud and dust onto the vehicle: I added small dust/mud colored paint on certain areas, and blended them in using a dry brush. It’s important that you have to use very small amount of paint.

I layered everything: on top of the thin, translucent dust/mud I added thicker pigments (mixture of flat varnish and pigment) of different colors; concentrating on the lower parts, of course. The very last couple of layers were splashes of different earth colors using a very stiff brush and a toothpick.

 

The next steps were more pronounced streaks using AK’s streaking products, and after that dried I sealed the whole model with a flat varnish. The inside of the headlights were painted using  liquid chrome by Molotov (great pens).

At this point my wife expressed her displeasure that the previously colorful, clean car became dirty and muddied up, so I decided to stop here.

 

 

 

Hunor Models 1/72 Csaba armored car – command version

uy2rfxo

The 39.M Csaba was the standard armored scout car used by the Royal Hungarian Army during WWII. Some 39.M’s were used by the police force as well, but the main users of the vehicle were the reconnaissance units of the Army.

The Peace Treaties after WWI prohibited Hungary to possess any type of armored vehicles. This was the reason that the design and development of such vehicles only started in the ’30s. The story of the 39.M started with an automotive engineer, Miklos Straussler, and the Weisz Manfred Factory in Budapest. Straussler was an expat, who moved to England in the interwar period, and designed amphibious and off-road vehicles. Probably his most known designs were the flotation system for the DD tanks used by Allied forces during the war and the Alvis Straussler Bomb Trolley. He set up collaboration with the Weisz Manfred factory to produce armored cars and other designs for his home country.

The first armored car prototype –named AC1- was built in 1932 by Weisz using Straussler’s plans. This was followed by the AC2 in 1935. They enjoyed a modest export success, as the British Army ordered 53 AC2 chasses from Weisz Manfred. The engine, weapons, transmission and armor was supplied by the freshly formed joint Alvis-Straussler company in England. The “39.M Csaba felderito pancelkocsi” (reconnaissance armored car, named after the son of Attila the Hun) was developed from the AC2 in Hungary. It was a modern design and a very successful vehicle. The sloped body was riveted using 9mm armor plates. The powerplant was an 8 cylinder German-made Ford engine which gave it a maximum speed of 65 km/hrs. The transmission had 5 gears in both forward and reverse. All four wheels were driven, and the car had two driving positions as in most contemporary designs. It had an excellent off-road performance, but the complex driving arrangement made maintenance difficult, and due to the fuel capacity the range was somewhat limited (150km). It was armed with a 20mm 36M cannon and a 34/37A M 8mm MG in a rotating turret, giving it a respectable firepower. All vehicles were supplied with an R-4T radio, and had a crew of 3 (gunner, driver, radio operator/driver).

After the successful trials in 1939 the Army ordered 41 vehicles first, which was followed by subsequent orders. Altogether 135 39.Ms were built of which 30 was a special command version, the 40.M Csaba. This vehicle had extra R/4 and R/5 radios and a large pneumatic lattice radio mast installed, while the armament was removed.

The Csaba was used throughout the war; unfortunately no example survived.

 

 

mw8b6jj2ewvk6y

The model comes in the usual Hunor box: sturdy, flat cardboard (it found a new life as a toolbox). The box art is a very nice picture of the vehicle; it mistakenly says 39M (should say 40M, the command version). The parts are in ziplock bags, protected by packing peanuts. There are only 20 resin parts, a small and delicate photoetched fret, and the decal sheet produced by HAD. (My review sample did not contain the decals, so I used the Bison Decals offering of Hungarian tanks; it offers a number of options for most armored vehicles used by the Hungarian Army; in fact I was hard pressed to decide which one I want to use.)

The instructions are quite basic. Most of the time it is not a problem as the model is easy to assemble, but there are some areas where references will come invaluable. The pneumatic arms raising the radio mast, and the lifting hooks on the body need to be made by the modeler, and not much reference is given.

The parts are molded in cream colored resin; the pouring blocks are smartly placed, and easy to remove (with the exception of the turret where you have to saw through the whole base, which is not a design flaw, but a necessity of the molding process). The quality of the resin is very good: I did not find any casting imperfections. The model measures up to scale drawings nicely; the rivets and the armored panels are at the right place, and more importantly, right size. (In small scale models rivets tend to be exaggerated, giving the models a very characteristic Warhammer 40k look.) The included PE fret carries the radio mast and a few small parts for the model. It is very fine and delicate; care must be taken not to break the metal.

 

 

rqmvqsjci0ykcedxo7m3m

The construction is quite straightforward and simple; it took me about two hours total. As I mentioned the only part I was worried about was the fabrication of the pneumatic arms, but it was surprisingly easy to make them from Evergreen plastics. I used slow drying superglue to fix the radio mast and the arms, which gave me time enough to position them correctly. The lifting hooks I made are a bit oversized and placed too close to the arms –they should be a bit further up.

The camouflage I chose was a pre and early-war three-color one with big, colorful markings from Bison. I used a paintbrush, as I still had no access to my airbrush when I built this vehicle. (Later in the war a much more subdued overall green or gray color was adopted; perhaps later I’ll build a 39.M in those colors.) Weathering was done using pigments mostly.

All in all, it’s a cool little model, and the antenna makes it look very unique.

9mmjbr91zm6hvxw6cvgjjuq7c47gx0rnl0g

 

References:
The Magyar Steel, Modell & Makett kulonszam, online photos and the-blueprints.com website.