Tag Archives: pre-war

Dnepromodel 1/35 Straussler V-4 part 2.

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First part

I mostly used acrylic paints and Vallejo weathering products because due to a small human cohabiting with us since the end of December, I need to limit the usage of stinky, dangerous stuff in the house. (I do make sure there is an appropriate separation, but one can never be too careful.)

 

I wanted to depict a brand new prototype after a long day out on the proving ground -so lots of mud, but not much rust and fading.

I used Vallejo’s primer to prime the model, and a mixture of Tamiya greens to give the base color. (I don’t really know of any accurate color reference charts of pre-war Hungarian colors, so it’s a free-for-all.) I used Tamiya’s transparent green and yellow as a first round of filters (wanted to see how they work ever since I’ve read about them a while ago).

 

I also used several of AK’s filters on various parts of the hull to create hue differences. I used different oil colors as well for filters (dot method), and blending -you can see the results on the back hatches especially. All this helped to create visually interesting differences in the otherwise uniform green finish.

 

Instead of turpentine or white spirit I use Zest It as a diluent; it’s still not ideal, but better health-wise.

I bought a bunch of Vallejo’s weathering products: industrial thick mud, dust and oily mud washes, mud splashes, etc. They have the undisputed advantage of being water-based, so I can use them without worry to anyone’s health. I used the mud as a base, and stained it with pigments and paints, applying them in layers, and washing them back a bit with a wet brush to adjust the effect. (There are several mud colors, but I only bought one because I’m cheap.) A Tamiya mud weathering stick added some more hues of mud. (Just dab on, and adjust with a wet brush.) I used a silver pencil to bring out the details on the tracks, and to highlight the edges of the superstructure.

 

Overall this is a nice model. It is by no means perfect, but the result does look good, it’s not overly difficult to build (this is my first 1/35 resin model), and it is quite an unorthodox little vehicle which is relatively unknown and has an unique look. I really enjoyed the build, and since the tank has an intriguing history I am quite happy to put it on my shelf.

Dnepromodel 1/35 Straussler V-4 part 1.

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This is a very odd-looking tank from the interwar period, and it was the first (and only) original Hungarian tank design, the rest being either licence produced (or based on licences bought from other countries) or simply purchased.

History

The Straussler V-4 came as the further development of -surprise- the Straussler V-3 light tank. The V-3 reached to the prototype phase in 1936 when the decision was made to further improve it due to several shortcomings. V stood for “vontató”, that is “tractor” in English. (A specialised vehicle for towing, not for agricultural work.) The designer was Nicholas Straussler, a Hungarian entrepreneur, engineer and inventor living in Great Britain, who also developed the flotation system on the DD tanks, the Alvis Straussler bomb trolley, and the AC2, AC3 and M39 Csaba armored cars among many other things before, during and after World War 2.

The V-4 arrived at a very tormented period of Hungarian history, and a period of fast changes in tank design philosophy which explains its eventual failure.

After the First World War, Hungary was forbidden from most modern military technology, so any research and development had to be conducted in secrecy. The treaties also severely limited the options of the Armed Forces in acquiring military hardware or know-how. Nicholas Straussler was a Hungarian ex-pat living and working in the UK, who still had strong ties to his old country. He was an enterprising and prolific engineer who not only had his own firm producing his designs, he also sold them for several large UK companies. He designed and offered the V-3 light tank (which was a medium tank in Hungarian nomenclature) for the struggling Hungarian Armed Forces. The tank was to be produced by Weiss Manfred Steel and Metal Works, a Hungarian company. He envisioned the tank being built and exported to the UK and other interested countries which would have bought economic benefits to Hungary as well. This arrangement was mutually beneficial: it helped him cut the costs of producing the first tanks considerably compared to the costs of production in Great Britain. The development and production of V3 went under the name of “towing tractor” to circumvent the treaties’ limitation, and were produced without armor, armament and turret. They were to be equipped in the destination countries, which would have satisfied the letter of the peace treaties (somewhat).

The V-3, and its development the V-4, were planned to be small, amphibious light tanks utilising dual-drive, meaning they could be driven with and without the tracks on. This concept was all the rage back in the ‘30s, so we should not judge Straussler for jumping on the hype train. The V-3 utilised an unique suspension system developed by Straussler himself. This was further improved on the V-4 by adding return rollers which were used to adjust the track tension, as the original design was very prone to either break or throw a track.

The running gear had two powered large wheels on the front and back, and two smaller roller wheels per side These were connected by a three piece horizontal rocking arm (apologies; not sure if this is the technical term). The suspension was provided by two torsion springs per side, which did provide a very stable platform for the weapons at slow to medium speeds, but at high speeds they were stiff, resulting in an exhausting ride for the crew. The V-3 had no track tensioning. The tank had a detachable screw and two pontoons for amphibious operations. (Both the V-3 and V-4 have shown excellent aquatic capabilities: they could steer well, and were very stable and safe on water. The only problem it had was exiting the water if the terrain was not perfect for it, which is, let’s face it, not ideal for a tank.)

The V-3 was not a successful design; the multiple and conflicting specifications (ability to use wheel-only locomotion on roads, amphibious capabilities, 45km/h top speed on tracks, etc. etc.) ensured that the tank was suffering from reliability issues, and was not able to fulfill each and every specification. In road mode the tracks could not be mounted onto the vehicle, so they had to be transported by a different vehicle. The tracks themselves were too narrow, which decreased the ability to cross difficult terrain, and stressed the rubber rimmed roadwheels. At this point the tracks were simply moved by the friction between the rubber and the tracks, and no drive sprockets were present. The improvements on the V-4 transformed the tank into a much more reliable (and heavier) vehicle armed with two 34/37M 8mm twin machine guns and a 40mm 37M main gun. Since the Armed Forces had no other viable alternatives, initially they were very much interested in the tank, and were willing to look over its deficiencies. (Beggars can’t be choosers I guess.)

The Swedish Landswerk L-60 was also tried alongside the V-4, and the military imagined these two being used alongside each other. However the V-4 was still plagued by mechanical issues, it did not have a very good off-terrain capability, despite of the radical redesign of the hull, and the international situation changed sufficiently for the Hungarian Army to declare its intentions of rearmament openly, so they could pick and choose from a much wider range of options. These factors doomed the V-4’s chances of being accepted into service. The Hungarian Army considered several alternatives with the second production version of the V-4, and decided on purchasing the licence for the production of the L-60, which became the Toldi I after some further development. Straussler and Weiss Manfred did not give up; both the English and the Russians were interested in the type for a while. (The tank was also trialled in Italy in 1937.) There was an export version produced with a large radio aerial around the turret, and later Straussler designed several smaller tracked vehicles aimed for the Russian and British market with the suspension developed for the V-4’s.

Further reading:
An article about Straussler and a paper-panzer that has never been built:
The Straussler MBT – Hungarian tier 10 candidate

Plans for the drive train:
https://patents.google.com/patent/US2089042

 

The Model

The model arrived very well packaged; there was no damage at all after its two thousand kilometer journey to me.

I have to say the presentation of the model is exceptional. All the parts are bagged -sometimes individually, sometimes with a few others- , and the bags are labelled with the part numbers. This definitely makes assembly easier and more organised, compared to other resin kits I’ve built. Even the tracklinks from each side are bagged separately, which is necessary, given they are not identical. The V-4 had left and right handed tracks, so keep this is in mind when assembling. Having resin individual tracks is a bit bold since gluing them together is not as straightforward as with the plastic individual tracks. (With plastic you have at least half an hour, hour to adjust the tracks after gluing them together; you lose this option with CA glue.)

Some larger parts (boogies of the suspension, etc.) are still on their casting blocks, and the attachment points are very thick. Cutting them off will require some finesse and care. (Also, constant awareness of the health implications of working with resin. Resin dust is toxic, so work somewhere where others are not exposed to it, and wear a respirator. Alternatively use wet sawing, wet sanding techniques; the water makes sure the forming dust will not get airborne.)

The instructions are somewhat basic, and can be confusing when it comes to the running gear. Most of the assembly should go without a hitch, but the running gear is complex, and would need several drawings explaining exactly how it is supposed to come together. (The confusion comes mostly from the fact that the four powered wheels were powered by a shaft system that transferred the power from the middle of the suspension where it was attached to the hull. There is an excellent article of the history of the tank -unfortunately in Hungarian (http://www.hadmernok.hu/182_05_nemeth.pdf)-, but the drawings should help positioning the drive shafts.

The casting is very high quality, and flash is minimal; there is no complaint there. The hull, however, was warped a bit (see below). The fine, subtle details are really nice. The kit comes with some PE, which is also quite delicate and well detailed.

Assembly

Hull

I started the building with assembling the hull first, and this is where I ran into the biggest issue with the kit: the lower hull (which is provided as a “tub”) is somewhat warped – it was not symmetrical. (See photo.) Perhaps it would have been a better choice to provide it as several flat pieces, as most models go about it. I used the engine deck to force the back of the hull into the right shape -with generous application of superglue and patience I managed to make the lower hull conform to the rectangular shape of the engine deck. It is not perfect, but at least now it is almost symmetrical. The top of the hull has four parts: the smaller, rectangular engine deck piece, the large part covering most of the top, the sloping frontal plate with the driver’s hatch, and a small, rectangular part covering the nose.

Starting from the back I simply glued one piece after another, making sure they are fitted to the lower hull perfectly, hence slowly ironing out the asymmetry. This obviously does put some stress on the resin, so be careful. Since the hull is relatively thin, very small amount of force is required to hold the pieces together until the glue set; nevertheless make sure you do not break the tub if you run into the same problem and use the same method of correcting it. (Other option would be to warm the tub up with hot water or a hairdryer, and shape it while it’s hot, but I went about the safer way.) I hasten to add that it might have been only my sample, and other models are perfectly fine. Since this is the only sample I have I can’t extrapolate from this.

Apart from the issue of asymmetry, the lower hull and the sloping frontal part had some gaps as well; the fit was not perfect. I decided to use Green Stuff to fill the gaps, filling and reinforcing the attachment points in one go. Another fit issue was that the two top panels did not meet completely head-on: there was a slight step between the two, instead of a smooth transition. Since the large panel had hatch details moulded on I could not sand it to profile; I simply used putty and liquid green stuff to build up a slope on the back panel instead. Again; not something I prefer doing, but this was the best I could come up with.

I find it important to mention that these issues are not unheard of with resin kits; this is the price you pay for unique and rare models.

I glued in the armored protection for the vision port on the front, and the round bases for the return rollers. The armored hatch on the front houses the hull machine gun, too, and can be displayed folded-up. The problem is that only the barrels of the machine guns are provided, and there are no interior details. If someone is able, scratch building would solve this issue. As for me I glued it shut.

The great thing about the hull and turret is that the places were the vision slits, and other larger pieces would go are actually marked with a slightly different texture. This is seemingly a small thing, but it makes placing these parts so much simpler. I really did appreciate this effort on behalf of the designers of the model.

While the green stuff was curing in the seams of the hull, I finished the turret.

Turret

The next step was the assembly of the turret top. The commander’s hatch, unfortunately, does not fit in perfectly; it’s slightly larger than the hole it covers. You may leave it open (but the turret lacks internal details), or you can start carefully shaving off the extra, while continuously fitting it into its place to make sure you do not overdo the surgery. As I said, this is your standard protocol with resin models; they do make you work. (There is a sitting Hungarian tanker figure from Bodi, which might be used to cover up the empty space should you decide to leave the hatch open.)

The guns are supposed to be installed into the turret using a system that would make them movable. The main gun is held by two rectangular pieces with a plastic rod between them. The gun sight has a similar system, while the twin machine gun is installed using an even flimsier system of a half-sphere representing the ball-mount, and an L shaped part holding the half-sphere against the opening of the turret. The L shaped part can only hold the half-sphere in place if it is actually pushing it against the opening, which is not something you can actually achieve with simply gluing it in place. (The machine gun in the hull is not movable.)

The problem is that neither of these systems really work well. First, it’s quite difficult holding several parts in place while gluing; and you do have to hold everything in place in order to position the guns correctly. Second, the holding parts are a bit undersized. If you care about movable guns, you can just replace them using larger plastic squares; as far as I was concerned, I just glued the guns into place. The third issue is that before you do any of this, you really should check if there is clearance enough for the guns on the bottom of the turret. I managed to glue everything in place the first time around only to find out that the main gun was in the way of the bottom of the turret, so I had to adjust it again.

The assembly of the machine guns is a bit tricky. You have a central PE T-shaped part which supposed to provide the “backbone” for the twinned guns; the barrels are supposed to be running on both sides parallel, and the short hand of the T is supposed to be folded up to act as a holder. The problem is the distance of the gun barrels from each other… you can’t really set it correctly. Unless you glue them into place first, making sure they are parallel, and then add the PE part, you run the real risk of making them a bit wobbly. I used a thick, gel-like CA glue which gave me plenty of time to adjust things before setting, and did just that. This saved me from measuring and trying to position the barrels parallel to a precise distance from each other. The downside is that from now on extremely fragile things are hanging over the turret and the tank’s body making handling a bit more difficult. The detail on the barrels of the machineguns is somewhat soft.

I installed the main gun at this stage. The barrel is nice and straight. The muzzle break is a separate piece, and you have to be very careful gluing it into place, since it should be placed to the longitudinal axis of the barrel. It will show if it is off center even a tiny bit.

I finished the turret by adding the two armored vision slits on the sides.

Back to the hull…

The seams went through a series of sanding/filling until I was happy that no seam was left. I checked them after I applied the primer as well, and corrected the little imperfections.

Suspension

The model overall is very simple- except for one part. The suspension and the running gear are quite complex, and take up most of the model. The wheels and larger parts are on huge pouring blocks, which need to be sawed off carefully.

The suspension is workable, so you can put the tank into any sort of terrain. It also means you will have to carefully position the large and small road wheels before gluing to make sure they line up correctly should you want to display the model on a flat terrain.

The main bogie of the suspension unit is made out of three flat pieces; gluing them together was not very simple, and you also are advised to check if the top parts are right in the middle; otherwise the overhang will interfere with the smaller arms holding the large road wheels.

As mentioned the instructions are not very clear on how to install the drive system into the suspension, but the drawings in the linked article should help you. On of the problem is that while the suspension is movable, the drive train is not- so you will have to glue everything in place, making sure that the wheels will touch the ground once the whole unit is installed on the hull. I did the best I could, but honestly I am not sure this is the way to do it. In any case most will be invisible, so you might as well skip it. With all the complexity, it is a very impressive (although quite unnecessary) design feature of the model.

To mount the suspension units in place, I drilled a hole where the units meet the hull, and inserted a thick wire in it. A corresponding hole was drilled in the central unit, and glued in place using two-part epoxy. I reinforced the attachment point with wire because did not want to risk the joint giving up over time. To make sure everything is fixed in place until the glue set, I also used CA glue.

 

Once the suspension was in place, I started adding the tracks. As the tracks are not workable, you will have to glue the suspension in place. If you wish to display the model on a flat surface this can be done at the earlier step; if you wish to display it in a diorama setting, now is the time to decide how the suspension should be positioned. (The tank’s suspension can be set into pretty funky positions, so it might be worth considering a diorama.)

The tracks come already detached, which is nice. However… Every tracklink had to be trimmed of 4 connecting stubs that used to attach them to the pouring blocks. This was time consuming. (Even though I mostly build tanks I have a confession to make: I hate building tracks.) The tracklinks, in theory, may be workable as they click together -but you do need to force them, risking breakage. Since the traction is not strong enough for them to hold, some glue will have to be applied once you built a section. It is impressive nevertheless; but I did find that longer sections tend to fall apart from their own weight without glue.

The problem with individual tracks made of resin is that you don’t have as much working time after you applied the glue as you have with plastic tracks. I built up several smaller straight sections, and tried to get the overall shape from these. Once I was happy with their position, I applied the extra thin CA glue, and hoped they would hold. At the return rollers, where the tracks were bent at a steeper angle it was difficult to make them conform to the shape of the roller without coming apart. The problem with the moving suspension was that it was difficult to hold everything stable, so I ended up gluing the suspension arms in place before adding the tracks.
One last advice: plan the installation of the tracks so that they meet on the bottom of the drive wheels, and not in the air before or after the return rollers. Don’t ask me how I came at this conclusion. Once I am done with the painting I will glue the tank onto a base, and it will flatten out the tracks; right now the suspension is pulling them up a bit.

 

The mudguards and the rest of the missing pieces were only added once I finished the tracks, and the tank was firmly sitting on them. The mudguards should be fit over an angular part of the hull, but the folding line on the PE will not conform to the hull-shape exactly… I ended up gluing tiny evergreen rods where the mudguards were supposed to go, and used them as support. Where the mudguard did not meet the hull (in the angular part, where two hull plates meet) I simply unfolded a little of the flap that I had to fold into the photoetch previously.

With this the tank was finished. It will take me a while to get it painted, but the painting stage should not be very difficult. If you have some leftover decals from other Hungarian tanks, you can built a what-if vehicle, which was accepted into service, but since it only reached prototype phase it carried no marks in real life. It can also be built very clean or very dirty, since it did go through trials; in other words the opportunities for weathering are endless.

 

1/35 Takom Turtle

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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.

 

 

 

MiniArt Mercedes-Benz Typ 170 V Saloon Car 1/35

MiniArt has issued a civilian version of a car that they already had in their catalogue in military service: the Mercedes-Benz W30 Typ 170 V Saloon. (The V stands for “Vorn” -indicating the engine is in the front of the car. They had a rear-engined variant as well, which carried the letter H.) The model does not actually have the brand name in the title for copyright reasons, but we do get the Mercedes symbol for the front of the car, so it’s not exactly surprising what make this vehicle is.

This cabrio was a widely used passenger car during the ‘30s, even into the ‘60s. It was one of the top selling model of the company before the war, an affordable, more luxurious “people’s car”, than the VW Beetle. It was also one of the most produced model as well (it’s difficult to get accurate numbers but around a hundred thousand cars were produced during the full production run of the vehicle) in dozens of different configurations. It was used by the German armed forces as well – the subject of MiniArt’s previous issue of this vehicle. The production went on from 1936 to 1953, with some pause during the later phase of the war when the factories producing the parts were bombed.

There are several good references online: Mercedes-Benz’s own website, some interesting information/photos on pre-war Mercedes models, some historical notes on the pre-war Mercedes passenger cars.

 

 

 

The model is a far cry from the monstrous 1000+ part kits MiniArt has been issuing lately (this is not a complaint, don’t get me wrong… I love the full interior tanks), so building should not take long. One thing you really should do is to plan ahead, as the usual (for me, as an armor modeller, at least) sequence of building sub-assemblies, assembling, painting sequence is not going to work. In some cases it makes sense to deviate from the building sequence as well. I will mention the pitfalls and problems I ran into and the mistakes I made as well; maybe it’ll help others planning the build.

One example of me not planning ahead was the wheels: the tires and the wheel hub assemblies come separate, so if -unlike me- you paint these before assembling them, you will have an easier time.

The building starts with the engine and the chassis; the details are pretty delicate and well done; the model fits together very well. (It’s a pretty interesting comparison to put the 1/35 V2 engine of the T-54 next to the 1.7l gasoline engine of the Mercedes…)

When putting the exhaust system together I would suggest gluing the PE holders (PE6, PE9) onto the chassis, instead onto the muffler, as the instructions say- it will be much easier to align them together.

The instructions show you how to make the brake cables: you get a large-scale diagram to see how they should look, and you get an in-scale diagram to use it as a template; a pretty good solution.

The suspension is very delicate, and features the characteristic plastic springs I find so amazing. Be very careful cleaning them up, though as they break easily.

 

The interior is pretty straightforward. The instrument panel has some tiny PE assemblies that are not easy to do, and my main issue was that there were no decals provided for the instrument faces. There are raised details, but they whole face is sunk into the instrument panel; it’s not easy to drybrush because of that. (It’s not very visible once installed, so it’s not really an important issue.)

One word of suggestion: when gluing the PE rear-view mirror onto the windscreen, use white glue instead of superglue; it will make sure that the superglue does not fog the transparent part.

 

The painting of the body is also something you should do before installing it onto the chassis, since it makes masking and handling much easier; however it means you need to check what needs to be added before you do the painting. (I have to admit I found it challenging to replicate the highly polished, shiny car body; I’m more used to painting matte armor; not to mention my airbrush started dying on me and sputtered paint at times.) Even the doors need to be painted before assembly as it is easier to deal with them with no clear parts installed.

Airbrush problems aside, the first step was to decide on the paint scheme, and paint the body and the sections of the hood. Masking provided some challenge, as the masking tape (which was a dedicated modelling tape) I used peeled away some flakes of the underlying base color… Not the luckiest build I have to admit.

Once I sprayed several light layers of paint and removed the masks, I used a brush to touch up on the problematic areas, and then covered the model with Vallejo’s varnish for metallic paints (it’s very shiny) in several layers. I used a watchmaker’s polishing paste to polish up the paint.

I elected to use the extra luggage compartment fitted onto the back of the car; one thing I noticed is that the locating grooves for the holding pegs are not very well marked on the base of the holding frame; before gluing make sure you know where they are supposed to be going.

 

 

The front grill is made out of a very fine PE mesh; again, it’s my issue, but even with Vallejo’s chrome it was difficult to paint it without clogging some of it up with the paint. (The metallic paint is extremely fine pigmented.)

The grill/radiator assembly (essentially the front of the car) and the body of the car forms a frame onto which the hood and side panels are glued. The fit of the radiator is quite flimsy; I think this is my only real criticism of the kit. Since the fit is not exactly robust, the panels covering the engine compartments will need to be fitted carefully.

The very last step should be fitting the Mercedes sign on the front of the car; a kind of coronation of the build. Since I’m not very keen on figures, the female figure (which, by the way is quite well detailed) found her way into my spares box.

All in all, it’s a really pleasant, relatively easy (well, the tiny PE was a bit challenging…) build; the car looks great, and there’s a lot of great paint schemes to choose from. If you need an interwar civilian car in your diorama, look no further. Because the chassis, suspension and the engine is quite detailed, it’s also suitable for creating wrecks, too.

 

 

Steyr-Glaeser Cabriolet

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The Steyr 100/200 Cabrio was a small, relatively fast (100km/h) car built by the Austrian manufacturer Steyr-Daimler-Puch AG from 1934 to 1940. I don’t know much about cars (most of my knowledge comes from Top Gear), so I can’t pretend I am an expert; this review focuses on the quality of the kit itself. The car looked gorgeous, so there’s that.

 

 

The model is very small; the chassis and the undercarriage/seat come as individual pieces. Once you clean them off, they snap together; the fit is so good you don’t even need to use glue. The model is quite simple to assemble as the number of parts is small; we get four wheels, two alternate parts for the canvas top (one erected, one folded), and that’s pretty much it. There is a casting error on the folding canvas top; generally the quality of resin is good. The chassis has some really fine engraved lines depicting doors, panels, etc. The windscreen frame, the steering wheel and the stick for the manual transmission come as PE parts; you will need fine tweezers to handle them. The driver’s rear view mirror is missing; probably because it would be a very tiny part indeed. There are no clear parts provided, but in this scale I would not use them anyway. (Difficult to make realistic 1/72nd scale glass panels.) Due to the small scale the leaf spring suspension is not depicted, either; it would be hidden in any case.

The only issue I could find was the Steyr text on the radiator grilles; since the letters are only slightly raised details (and they are quite soft) it will be difficult to paint them well. Perhaps undercoating the grilles with silver and using a heavy black wash might be a solution. I’m not sure what the alternative would have been though; I think it would be equally difficult to deal with a tiny PE part instead.

The whole assembly including cutting the parts off the pouring block and cleaning them up took about an hour.

The painting was, well, not easy. I can’t replicate the polished-up look of luxury cars, that’s for sure. I was thinking about carefully polishing it with some polishing compound, but was worried about rubbing the paint off.

The interior was black with the leather seat and instrument panel painted in different shades of brown.

The white base coat was followed by the deep red color. I’ve used some brown in the scarlet Citadel paint, and carefully applied it with a brush. It took several layers to get a relatively even coverage, but it’s still not perfect. I thought about airbrushing but masking would have been a nightmare. The car would definitely benefit from some deeper panel lines even if it’s out of scale. (It’s always a compromise, isn’t it? A lot of the time small details need to be overemphasised so they are actually visible on a model.)

The whole thing got a gloss coat for protection. I’ve tried some black washes, but the details are way too delicate; I did not want to risk the wash over flood the white paint.

 

All in all the model was a breeze to build, and a bit difficult to paint. It’s a pretty cool little project for a weekend.