Category Archives: resin

1/35 Zvezda Panzer IV (Sd.Kf.z 161/2) ausf H.

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I have built Dragon’s offering of the Pnz. IV., so obviously I was curious what Zvezda came up with. They come from two very different philosophies: DML crams in as much detail as they can with PE, individual links, metal barrels, and the whole nine yard in a highly complex, high-tech kit. This comes with a higher price tag and a much higher part count. Zvezda, on the other hand, goes for a more budget option for both time and money with their newer kits. They provide good detail for a much lower part number and much lower price. The build is much faster and simpler; the price you pay for this is a couple of compromises in construction and options. In short: this is a perfect model if you don’t want to spend too much money or too much time on a build, or if you are only getting into “serious” building and don’t want to bother with PE and individual tracks yet. It seems like Zvezda spotted a gap in the present market: good quality, cheap and easy to build models. With the present trend of expensive, highly complex kits, newcomers to the hobby (who are usually young and have no income on their own) are usually left out of the equation; it seems like Zvezda’s offerings might make it easier for them to stay in the hobby.

Zvezda’s offering is a bit strange in one respect: the side skirts have very nicely textured Zimmerit, however the hull lacks it completely. This leaves the model builder with two choices: either apply Zimmerit to the whole of the tank, or buy/fabricate new side-skirts without the coating. I chose to go with the latter as I personally don’t really like the look of Zimmerit. (If you decide to dress the hull up, there are alternatives: PE, resin or even home-made one using putty.)

Overall the model is quite accurate as far as I could determine, with some issues of the drive-wheel. There is little flash on the parts (the only case I found was on the drive wheel), and the detail is quite good. The weld seams are reproduced very well, the lettering on the rubber rims of the road wheels is visible (although not as sharp as on the DML and newer Trumpeter models), and the no-slip surface of the mudguards is very well done. The Zimmerit pattern on the side skirts is reproduced very well; the problem is that now you have to apply Zimmerit to the hull if you plan to use them. Another issue is not specific to the Zvezda model: the side skirts are given as one unit, all the armour plates moulded as one part. If you wish to depict them in a more realistic position, you will have to separate the different plates (shouldn’t be a problem). The thickness is quite out-of-scale, too, but once assembled it should not really be that apparent.

 

Since I have a Tank Workshop interior for the PnzIV ausf H I decided to build it with this kit. I was planning to get a DML offering, but facing another 1000+ part build was just too much. The Tamiya kit is showing its age, so Zvezda it is. (I wanted to avoid the problems of the Tamiya model: rubber tracks, detail, gun barrel- all issues that would require aftermarket products.) Because the interior set is designed for the Tamiya kit sometimes the fit is not the best. The interior set itself is OK, but there are more detailed options out there -Verlinden’s for example. With the current bonanza of full-interior kits, resin sets became somewhat of a last-ditch option.

Since the turret basket and the gun is actually quite nice in the Zvezda kit, I am using the plastic parts instead of the resin; most of the Tank Workshop set goes into the hull instead.

The ammo storage is quite rudimentary: just pieces of rectangular resin. The driver’s and radio operator’s station is quite well detailed; the problem is that the transmission is largely hidden by the model’s upper front plate. None of the front hatches can be opened; I think I might try to cut open the large middle hatch.

The radios’ backs are also featureless; these were placed into a metal rack, which should be visible when you look at the back of the radios. Thought about fabricating something, but then I just skipped this part.

The transmission is actually quite nice; can’t wait to see it painted and weathered.

Well, this is it so far… next step: finishing up the interior, painting and weathering it. Keep tuned in.

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1/72 Ostmodels KV-5

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I wrote a review of this model on Armorama; a lot of the introduction is plagiarised from there. The first time I learned about Ostmodels was when I was browsing Henk’s Military Modelling website. The company is based in Australia, and is focusing on a niche of AFVs neglected by other manufacturers. Their models are designed for both the modeler and for the wargaming market. You will find experimental tanks, paper panzers, or tanks manufactured by smaller countries (like the Nimrod AAA tank). It is a very small company, and models are made on orders, so you have to wait if you fancy any of their products, but the wait is definitely worth it. Not to mention it’s nice to know that the model you bought was made for you especially. (And it’s not as if most modellers did not have a couple of boxes in our stash to finish, anyway…)

There is precious little information available about the KV-5. Planning of the tank (Object 225), based on the experience gained with the KV-4, started in 1941. The planned role of the tanks was to act as a break-through tank; this lead to some unusual features in the design. The hull was relatively low (less than a meter high), which meant that the driver and radio operator/machine gunner needed their own separate turrets/compartments to sit in. This also provided the driver a cupola with a good field of view even buttoned up. The three-man turret was very big and spacious, with a turret ring diameter of 180 cm, and contained a 107mm gun. (And judging by the size, possibly a book shelf and a kitchen top.) The whole tank was heavily armored (which was needed for both the intended role, and for the fact that the tank had an enormous silhouette presenting a tempting target), and weighted about 100 tons. Due to the lack of adequate engine to move this much metal, the vehicle had two parallel V-12 engines mounted as a power plant (which accounts for the unusually long chassis). Because the siege of Leningrad necessitated the increased production of heavy tanks of proven design, experimental work was suspended in the Kirov Plant to build the KV-1. Since the Russians did not seem to share the fascination of superheavy tanks with the Germans, focusing on the production of the more practical, lighter, more mobile medium tanks instead, the KV-5 project was eventually cancelled.

The kit is packaged into ziplock bags, which is enough to protect the parts from breaking. It consists of about 120 parts of light polyurethane resin.

The build was actually quite pleasant once I was done with the cleanup. The cleanup is tedious, though. Fire up your favorite DVD or TV show, get a scalpel, and start removing the thin film around the parts.

As with the SU-100Y the painting and weathering was somewhat of a protracted process. When I first worked on this kit I did the basics relatively well, but then I ran out of steam so I declared the model finished, and put it in a display case. From there it was looking at me accusingly for almost three years.

So the first stage I used a grey primer, and the hairspray technique to produce chipping on the following green coat. As usual yellow and brown filters were used to give the tank a bit more interesting look (a single hue green does look boring), and slapped on some brown filters as mud, and that was it.

A couple of months ago I got myself together and took it out of the display case again. I blended a lot more oil colors with the surface; it essentially meant I was “massaging” small amounts of oil paint with a dry brush. Since oil paints are somewhat transparent, the effect is pretty interesting and -more importantly- realistic. (As you can see the overall hue of the tank changed quite a bit.) One very important thing before you do this, though: make sure you put some oil paint onto a cardboard surface for about 30-60 minutes, so the linseed is removed from the paint. This ensures it will dry flat. (You can also buy specialized paints for model builders which do dry flat straight from the tube.)

I used dark brown washes on the pigments representing mud to make their color a bit more realistic and varied; I also added some more using the “add and remove” method and AK’s earth effect product. I added dust (using Mig Ammo’s washable dust product) and some oil stains, again with AK’s product. I used some black washes on the engine deck grilles to bring them out a bit more, and finally declared the tank finished -again.

 

Tamiya T-55A and the whole nine yards part 6.

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This is the last part of the building of the T-55. Just in time for the MiniArt T-55A with full interior to come out, but to be honest I don’t really mind; I’ve been collecting parts for this build for a long time -it does have a sentimental value for me…

Previous entries:

1.

2.

3.

4.

5.

As with all builds, I’ve learned a lot from my mistakes; and I finally know what those things sticking out of the back of the turret are. Which is nice.

 

The last time we left off the tank was mostly finished; the filters I wanted to apply were on, pin washes finished, and everything was ready for the weathering. Before I started I added some decals, though. The markings are fictional; I’ve printed out some Hungarian markings and used a number from the MiniArt T-44 set; the only thing that is not fictional about the tank is that the AM version was in service of the Hungarian armed forces. I know purists will be horrified, but I just did not have the energy to do hours of research to find one particular tank to model. (Ironically I have an amazing book on the history of the Hungarian Armoured Forces – two thousand miles from here…)

I also needed to paint a couple of details, such as the canvas cover for the gun mantlet, but mostly the tank was done.

The next step was to apply dust. Dust and mud are the two things I’m not really good with, so this part I put off as long as I could. I settled for AK’s dust products, and mixed my own mud.

AK’s dust comes as a suspension; when you apply it, it goes on thick, and the results are not very pleasing. At least this is what I thought at first. As with everything I realized the secret is not adding stuff to the model, but removing it after. I diluted some of the mixture in white spirit, dabbed it onto the tank, waited some time, and then using a wet brush I removed most of the dust, spreading it around, adjusting it. The key is to be patient: you can always repeat the procedure (in fact, you should), if there’s not enough added. Adding less is always  preferable to adding more.

One the dust was dry, I went on mudding up the lower chassis.

What I failed to realize for a long time is that it’s not enough to buy a product called “mud”, and them smear it onto the tank; just as you can’t just cover a tank with a paint labelled “rust”, and expect realistic results. Obviously the results will be sub-optimal; there are really no shortcuts in mud. (I feel this sentence carries some deeper, more profound meaning.) Even if you buy custom-made products you still have to learn how to apply them, and that’s that. And since you need to learn it anyhow, you might as well save some money and make your own mud.

The first layer was simple pigments suspended with water. I dabbed it on, then after it was mostly dry, removed some using a brush. A day later the procedure was repeated with a different color. The key here is layers; just like Shrek, mud has layers, too. Old mud tends to be dryer and lighter; newer deposits tend to be thicker, darker and placed lower. I dabbed the pigment-water mixture all over the lower chassis, the side-skirts, even on the top of the mudguards (in a much more diluted form).

I also splattered some using a loaded brush and a toothpick onto the side-skirts; any splatters that were out of place (on the side of the turret, for example) was removed with a wet brush using downward motions, leaving a very faint streak behind. I’ve also used Vallejo’s mud product on the side-skirts; it produces quite dark splatters which are quite different from how it looks like on the photo on the bottle.

A day or two later I decided to try something I’ve never done: I made thick mud. I used Mig’s Neutral Wash as a base. I got this as part of a set, and frankly I can’t really find any use for it; it’s too grey to be a “normal” wash. If you know how to use it, please let me know.

It did serve as a good medium, though. I mixed in a lot of brown pigments of different shades, some sand and some static grass, and then offering my soul to the gods of model building, I proceeded to apply the mixture to the lower chassis.

The method was the same application/removal as before; with a brush dampened with white spirit I adjusted the amount of mud on the wheels and chassis. I also added some on the mudguards (and sprinkled some on). The results are actually quite spectacular; I did not dare to hope for such a nice effect.

Once the mud dried (I gave it a week), I used my graphite pencil to give some metallic shine to the edges. I used some black pigments on the side-skirts directly next to the exhaust, and applied some oil stains. Again; I just used AK’s and Vallejo’s products slightly diluted. I made bigger, more dilute patches, and once these dried, added smaller patches on top of them with oil products slightly less diluted.

The external fuel tanks on the back were given some diesel stains. (I admit I did not scratch build the piping that would allow the tank to use these external tanks. I did make the pipes for the smaller external tanks if it’s any consolidation, though.)

That’s pretty much it. I finally have a T-55AM with full(ish) interior. It was a pretty long (and expensive) undertaking. To be honest I can’t recommend anyone doing the same- after all, there will be an all-plastic alternative available by MiniArt soon, with a much better detail than the CMK set. (A subject of a later set of posts…)

 

 

1/72 Ostmodels SU-100Y

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One look at the SU100Y and you realize that the designers wanted to send a message: Mother Russia does not do subtle. It’s essentially a metal house on tracks and a huge gun in the front. The internal volume suggests that besides an engine and some space for the gun and ammo, the Soviet engineers managed to fit a sauna in for the well-being of the crew.

Looking at the sheer size of the thing, one would be forgiven to think it was only a paper project, but a prototype was actually built and even used in battle.

The basis of this vehicle was the T-100 heavy tank prototype, which was a multiturreted heavy tank designed in the late ’30s. It failed field trials miserably in Finland; however the hull was still useful for other purposes. After the experience of the Winter War, and the difficulties of destroying fortifications, it was realized that large caliber assault guns were needed to overcome fixed defenses. One –more successful, but that does not say much under these circumstances- such vehicle was the KV-2. The other, finalized design was the SU-100Y, which was essentially a siege-gun, mounting a 130mm gun. The vehicle went through a couple of design-phases with different superstructures and guns, but the main idea remained the same. The final version had the 130 mm naval gun (B-13-S2) stuck onto the chassis of the T-100, and was intended to demolish fortifications encountered during the Winter War. The large casemate structure is a result of necessity: it was the only way to make the ammo handling practical. Considering the size, the armor was paper-thin; this, coupled with the enormous silhouette made the vehicle especially vulnerable. It arrived too late to take part in the hostilities in Finland. The sole prototype, however, got its chance to fight during the defense of Moscow (and -despite its size and lack of armor- it survived). Fortunately it was not scrapped, and today it can be seen in the Kubinka Tank Museum. (Other sources say it did fight in Finland; I do not have access to Russian documents, so it’s difficult to know for sure.)

 

Ostmodels offers both the SU-100Y and the T-100. These kits are made for order, so you will have to wait a bit before they arrive, but the wait, I think, is well worth it.

The SU is a relatively simple model. The whole chassis and superstructure comes as one part, the gun mantlet and gun come as a separate part, and finally the running gear and tracks. Essentially that’s it. The bag consists of quite a lot of parts, but most of them are the road wheels, suspension arms and track sections. The basic construction is quite simple. While it is quite tedious to attach each road wheel to its suspension arm (more on that a bit later), it makes it possible to depict the vehicle on an uneven terrain.

All of the parts were packed into two Ziploc bags, with a small leaflet. There are no instructions included with the kit, but the construction, as I mentioned, is straightforward.

The detail in general is good and sharp. The gun is reinforced with a metal wire, which makes sure that it will not warp or break easily; I found this solution by Ostmodels an especially nice touch. The road wheels come as one unit (every wheel was made out of two wheels attached to each other). This means that the groove between the two halves needs to be cleaned up, as there are bits of resin there. The detail on the rubber tires is somewhat soft.

Due to the casting technology, there is a very thin film of resin attached to every part, which makes cleanup a very tedious process. (However no need to saw gigantic resin plugs, which is always a plus.) Once clean-up is complete, the build itself is very simple, although not without challenges. Well, one challenge, to be fair. The suspension arms are somewhat of a weak point of this model. Their ends are supposed to fit into their respective holes on the lower chassis, but this fit is way too tight; either the ends are too thick –or the holes are too small. There are no locator pins, which mean the swing arms can be positioned in any position (you can depict a vehicle on an uneven terrain, a vehicle with broken torsion bars. However, if you plan to depict the vehicle on a flat surface, then you are probably better off building a small jig that helps you position them accurately and evenly, as in the case of the Miniart SU-76. This jig would ensure that there is an even distance between the hull and the surface the model is standing on.

It’s also probably wise to insert small wires into the attachment points to make the joints more stable –and also flexible until you set the arms into their correct positions. Putting some support between the hull and the other end of the arms (where the wheels are, and hence they cover this support) is also probably a good idea, as the model itself is quite heavy. I used strong two part epoxy glue to fix the arms into their place, and small pieces of plastic to reinforce the whole running gear; if you are careful, it is not visible unless you turn the model upside down. (The wire idea came way too late in the building process, and the whole setup is a bit wobbly.)

Using online references (mainly the photos of the vehicle), and the included technical drawing, the location of parts is easy to determine. The tracks are provided as short, straight sections, and you will need to warm them up with a hair dryer or hot water, to make them soft enough to be wrapped around the drive wheels and idlers. There really is no more to say about the build –once you glue the road wheels and tracks on, you are done. The large, flat surfaces offer a lot of opportunities for weathering; the model is about the size of a 1/35 panzer I.

Painting happened in two stages with about three year between the stages… The black primer was followed by a usual Russian Green Tamiya paint, and then some filters -both as solution (about 5% oil paint suspended in 95% white spirit), and as dots. (Different oil paints dotted onto the surface and removed with downwards brushstrokes using a wet brush.) I used MIG’s dry transfer set for the slogan on the side. The mud/dust application was not the most convincing one, I have to say.

Not long ago I took the model out of the case, and gave it some more love. The sides and top received a bit more treatment using brown/yellow oil paints; I carefully and gently blended the paint with the base green, producing a bit more interesting surface. I also used brown washes on the mud deposits, making them look a bit more realistic.

Mig Ammo’s washable dust was applied onto the top in a very diluted solution; when it dried it formed a very discreet, very subtle and uneven dust layer.

I guess the point of this post (apart from showcasing a rare tank destroyer by a relatively obscure producer) is to demonstrate that it’s worth going back to older builds to improve them. If nothing else you won’t feel bad experimenting on them, and in the best case scenario they will be significantly improved.

 

 

 

 

 

 

W Model, 1/72 1S91 SURN “Straight Flush” Radar for SA-6 Gainful

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To be honest I did not know much about this vehicle; I picked it up because it looked cool and I wanted to see how W models’ kits look like. This Lithuanian company specialises in Soviet era missile launchers, radars and other unique-looking vehicles in 1/72. I’ve known about these models for a long time; even when I was still living in the US I had my eyes on them. Back then I had very little disposable income, and the pricing took these models out of my reach; things have improved (somewhat) since then, so I took the plunge, and got one to see how they measure up as models.

The 1S91 vehicle is a part of the 2K12/SA-6 Soviet mobile surface-to-air missile system to provide medium to low level defence for ground forces. The system itself typically consists of four missile launchers carrying three missiles each, four missile transports, and the 1S91 SURN vehicle. Interestingly there are several 1/35 and 1/72 options available for the missile launcher platform, but the mobile radar has not received much love from model makers, even though if I may say so, it does look wicked.

The 1S91 (SURN, NATO designation “Straight Flush”) mobile radar is based on the GM-568 tracked chassis developed by MMZ (Mytishchinskiy Mashinostroitelniy Zavod). It is a 25 kW G/H band radar with a range of 75 km, equipped with a continuous wave illuminator, in addition to an optical sight. The vehicle has two radar stations – a target acquisition and distribution radar (1S11; the lower radar station) and a continuous wave illuminator radar (1S31; the upper radar system), in addition to an IFF interrogator and an optical channel. The two radars can turn independently.

The model comes in a typical cardboard box with the boxart printed on top. The parts are placed into zip-lock bags, and cushioned with newspaper. The system seems to work; even though the model has several large and delicate parts, nothing was broken. Some parts were detached from their pouring blocks, though.

The quality of resin is excellent, no bubbles, flash or imperfections. The radar dishes are thin, and very nicely done. On the back of some larger, flat parts you can see the ribbing left over from the 3D printing process, but none of it is present on the visible surfaces. The PE sheet is really well done; it’s just the right thickness. This is an important point, since the PE has structural functions in this model. I built kits that had PE so thick it was really difficult to cut even with pliers, and other sets had PE that was so thin it crumpled when you touched it. All in all, the detail is really good; W Models seems to have a very high standard of production.

Unfortunately the parts are not numbered on the casting block, but despite the relatively large number of parts, finding the right one was not much of an issue during the building stage. The instructions are (mostly) clear and computer generated. Overall they do help a lot during the building process, but there were some issues which were difficult to sort out, and I could only do so with the help of reference photos found online. Henk’s webpage has photos of the model and CAD drawings; they certainly helped a lot as well. It would be useful to show the different sub-assemblies once finished from several angles; the attachment of the optical sight to the side of the 1S31 radar was especially problematic. (The instruction has an arrow pointing to the middle section of the structure that holds the radar dish; the part should go to the bottom, however, where there is a small notch already.)

The assembly is relatively straightforward. The first steps detail the assembly of the hull. The lower hull needs to be assembled from flat parts. The fit is overall OK, but there were gaps between certain panels; this is why I prefer the “tub” style resin hulls. In this case I needed to use filler to fill these gaps. To make sure the attachment points of the hull sections are as sturdy as possible once the CA glue set I used some green stuff on the joints from within. It also served as filler for the larger gap on the back of the hull.

The holes for the swing arms for the road wheels need to be enlarged so that the locating pins fit; it’s also a bit unfortunate that there’s nothing to help setting the arms at the correct angle.

The tracks are the typical straight resin pieces. You need to put them in warm (~50C) water to soften them, and then gently wrap them around the drive wheels/idlers, and form the appropriate sag where necessary.

The drive wheels have very well defined teeth, but the fit to the tracks is a bit problematic; the drive wheels were a tiny bit wider than the distance between the corresponding parallel holes on the track. It’s possible with a very careful application of force to push the teeth into the holes in the track, but one has to be cautious not to break them off.

The second big assembly is the radar itself. As mentioned the two radars can rotate independently from each other, so it does not really matter how you orient them. Regardless, it is a good idea to actually decide before starting. The orientation of the radar dish will be determined by the first steps (step 7), so make sure you understand what part goes where, and how it will look once finished (mine is quite random, since I did not realize this in time). Another thing to mention: the service plank next to the top radar dish has a collapsible handrail. The instructions show the vehicle with the dishes in forward position, handrail erected. If the top dish is in use, the handrail would be in its way and is folded down. The instructions do not mention this possibility, and if you- like me- you build the model with the dish off-center, it will be an issue. (Some illustrations bellow of what I’m talking about: on the photos you can see the handrails folded; on the model and CAD drawing you can see how it gets in the way. Obviously further down you will see my model as well.)

http://www.alamy.com/stock-photo-1s91-surn-vehicle-nato-designation-straight-flush-with-the-radar-for-71629833.html

The travel configuration of the vehicle is pretty interesting, too; it’s a shame it’s not an option with the kit.

2K12 Kub air defense system - 1S91 SURN

(It shows how the complex metal guard system on the front of the hull functions to protect the radars during transit.)

Once the radar assembly is complete, some further details are added to the hull, such as the already mentioned guards, and we’re done. (The guard system seems to be consisting of two independent curved rails; one fixed, and one movable. They should be touching in the folded position (when the radars are erected and are in use); yet part 34 is shorter, and does not reach the others. Since it’s literally just a curved piece of resin rod, it should be easy to fashion a longer replacement piece. I kept this parts for the purpose of this review.

The model is actually quite complex, but not immeasurably so. It can be built with a reasonable amount of experience; even the PE handles well.

Painting

Vehicles like this do not get banged around as much as tanks and other armored fighting vehicles, and if they do get to the wrong end of the enemy’s guns, they usually end up a mangled, smoking wreck, so excessive chipping and other weathering was not really an option. They also tend to avoid heavy mud, and are kept in pristine condition by their crew. Since I wanted to depict a non-derelict vehicle, I kept the model reasonably clean.

I decided to put everything together before painting; that meant the tracks as well. I kept the radar installation detached for ease of handling but everything else was fixed.

I washed the model in warm, soapy water, and let it dry for a couple of days.

The model received a German Grey primer coat (Vallejo) to provide a good, stable base for the subsequent paint coats, and also to pre-shade the model. There is an argument for not using primer: modern paints adhere to almost any surface. With resin I found that it’s still a good idea to prime first.

Once the paint cured (about 24 hours) I misted a couple of coats of Tamiya OD dark green onto the model, following with subsequently lighter shades (lightened with tan and yellow). The lighter shades were concentrated on the areas which would be exposed to more light if the vehicle was standing outdoors – the top of the hull, the lower interior curve and the top of the radar dishes, etc. I decided to highlight a couple of protruding details: hatches, top of storage boxes, etc, with a slightly lighter green. (I used tan to lighten the base color; if you use white it makes the resulting color look faded. Sometimes it is the look you’re going for, but in this case I wanted a more natural variation.)

The lower part of the hull was treated somewhat differently. The roadwheels got a small spray of green each, and I went over the rubber rims with dark grey using a very fine brush. I also corrected the oversrpay on the tracks using the primer. The color was pretty good for the tracks; I used some rust wash to give them some variance, and a silver pencil to simulate the worn down, shiny parts.

I diluted earth colored pigments in white spirit, and after leaving the mixture on the roadwheels, and the bottom of the hull for half an hour, I wiped the excess away with a damp brush. I repeated this step with a couple of earth colors going from lighter to dark.

True Earth has a couple of filters in their product lines; I bought them a while ago, but had no luck with them so far. (I did work out you needed a very flat surface to apply it; the surface tension tends to pull the filter into droplets.) I sprayed some dark aging and light aging filters on some selected areas without diluting the product: around the turret, on the lower part of the turret, on the bottom of the tank; the effect is not as smooth as I wished it to be, but it does produce an interesting discoloration here and there.

I used some yellow, light brown and yellow filters on the model in several coats; the lighter ones were focused on the top parts, the darker on the bottom. As further filter I used Tamiya’s transparent yellow sprayed from above; it provides an interesting brighter highlight. Once the model dried, I gave it a coat of semi-gloss varnish, and applied pin washes to make the details stand out. (I usually don’t use black; dark brown is a good color for a wash.) This was a good time to add some discreet streaks using oil paints as well.

I printed out some Hungarian signs a while ago on decal paper; I’ve used these to give the vehicle some sort of identity.

A matte varnish was used to seal everything, and give the final sheen of the model, and I applied a couple of layers of dust using Tamiya’s weathering sets (the makeup-sets), and different dust colored pigments straight. I used the pigments dry, and rubbed them on using a rubber brush -something I saw on Armorama. Since I only wanted a moderately dusty vehicle whatever is left on it would be sufficient.

That’s pretty much it. I have to say the model is quite impressive, both in quality and in appearance. If you don’t mind the scale and the price, it is highly recommended.

 

I would like to hear your thoughts- please let me know what you think in the comment section.

Tamiya T-55A and the whole nine yards part 5.

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Please find the first, second, third and fourth part here.

I used German Grey primer by Vallejo to create a good, sturdy surface for the subsequent layers of paint. I used to use spray cans as the application is quick, but it’s also somewhat risky. (You can easily flood the model with paint.) Setting up the airbrush and the fume extractor (paintbooth) is time consuming, but I think overall it’s a better alternative. This particular primer is pretty easy to use, too, as it does not require any dilution; it can be sprayed straight out of the bottle. I sprayed the lower sections of the anti-HEAT rubber sideskirts separately.

Once the primer dried, I sprayed rough patches of different rust colors, making sure the rubber side-skirts remain dark grey/black (with the scale effect I found dark grey looks better than full-on jet black).

I assembled the tracks using a very thin liquid glue. I normally glue two links together, and then join up these sections into larger and larger sets of links. The glue allows for relatively long time to work the tracks, so it’s relatively simple to push them around the drive wheels and idlers after 30-40 minutes of drying time. (I almost switched the drive wheels and idlers; I’ve built too many German tanks lately I guess.)

The tracks were painted with the same primer, rubbed using a metallic pigment to give them a nice, steel shine. I also applied some rust colored washes (relatively bright orange to dark brown) at this stage. (The dust will be added later.)

I went over the model using OD green from Tamiya on the lower chassis and road-wheels. This is a dark, an almost grey-green color; this color represents the darker areas covered by shadows. I painted the rubber rims with a dark grey color. This was layered with different dust and mud colors, pigments and other weathering techniques simulating dust and caked-on mud. I tried Tamiya’s dust and mud weathering sticks as well. I pushed the stick onto the surface, and used a wet brush to spread the paste around; it’s actually pretty easy method yielding realistic results.

I installed the tracks, and glued the rubber side-skirts into place.

I added AK’s Chipped effects in two layers, and waited again for things to dry. It took about an hour or so, and then I painted the tank with the same OD Green as I applied to the lower chassis.

I kept adding tan and yellow to the base color, and kept layering it onto the tank from the top of the tank; I wanted to lighten up mostly the surfaces that are illuminated by the sun (and which are normally more faded, anyhow). Adding yellow to the base green yielded a pretty nice Russian green, leaving the original color in the recesses.

I waited about thirty minutes for the paint to dry, and started to create the worn-off, chipped paint effect using a wet, stiff brush. I applied some water onto a small section, waited a bit, and used the stiff brush to wear off some of the top layer. (Sometime I managed to rub the paint off to the resin; these sections were retouched with primer.)
The chips on the rubber parts revealed a dark grey color, corresponding to the rubber; chipping on the rest of the tank showed different hues of dark brown representing rusted metal.

Once I was happy with the amount of paint chips, I waited for the tank to dry.

True Earth has a couple of filters in their product lines; I bought them a while ago, but had no luck with them so far. (I did work out you needed a very flat surface to apply it; the surface tension tends to pull the filter into droplets.) I sprayed some dark aging and light aging filters on some selected areas without diluting the product: around the turret, on the lower part of the turret, on the bottom of the tank; the effect is not as smooth as I wished it to be, but it does produce an interesting discoloration here and there. Not what I was going for (I was lead to believe applied it would look more like a darkened patch paint with a smooth transition), but a good one nevertheless. (It’s just one of those things: a product that promises easy and spectacular results turns out to be not so easy to use after all. The thing is if you need to have a learning curve to use something to make your job easier, it does not necessarily fulfil its promise.)

I applied traditional dark brown oil filters on the bottom part (with the side-skirts), and a light brown filter on the top. Another filter, bright yellow this time was applied on the top surfaces only. The tank was given some time to dry (a couple of days) and then I tried something I wanted to try for a long time: Tamiya transparent paint as filter. I used green on the bottom parts, which were supposed to be darker, and yellow on the top again.

After two days of letting the tank dry I sealed everything with a coat of gloss varnish, which was followed by a dark enamel pinwash.

The overall effect is quite nice; I managed to get that yellowish-brownish green I was going for.

The tank is now looking like an actual vehicle…

Grim Skull Miniatures: Chaos Rotten Plague Rhino conversion

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I quite like the Warhammer 40k universe and regularly paint the odd figure here and there. The cost of larger vehicles unfortunately is very high, especially the resin Forgeworld offerings; when it comes to decide between a small Imperial Knight or a 1/35 T-54 with full interior that is considerably cheaper, not surprisingly I go with the latter. (Let’s not even mention the $4001200 battle titans.) It’s a shame, really, because there’s an awful lot of interesting stuff out there by both Games Workshop and Forgeworld.

There are alternatives, though. Mostly Ukrainian and Russian companies started to produce “alternatives” for the miniatures; they are cheaper, and more importantly, a lot of times much better than the originals. (I’ll paint a not-quite Abaddon and not-quite Mortarion figure soon, too.)

I’ve done a review of the set on ModellGeek some time ago; since then I have been working on and off on the painting of this model.

This particular conversion is for a (not quite) Death Guard Rhino, which is corrupted by the Lord of Decay- hence the pustules and blisters and cysts (not to mention the tentacles, horns, talons and other… things that stick out of this vehicle). The price is reasonably low, and it requires a Games Workshop Rhino or Chaos Rhino as a base vehicle. (I bought a built one on ebay quite cheap, and just cut it to pieces.)

The model arrived in a very nice black box; quite professionally packed. It does not contain many parts, and the assembly is really straightforward. You essentially need to replace the side, the top and the front armor plates, and the folding door on the back. (You can buy tracks separately from the company if you feel like replacing the kit tracks as well.) The fit is relatively good, but filler will be necessary between the side and top panels; fortunately in this case you can be creative, and form additional horns, protrusions, etc. to mask off the seams. The right side- where the open hatch is with the skeleton inside- is quite deep, which necessitates some surgery on the interior side wall. You will need to cut the metal door with the frame out, so that the resin piece can fit into its place.

The victim

Some of the original kit is still visible, and the contrast between the old and the new parts is quite large. Perhaps texturing these regions with some putty would help; this is what I did on the lower front plate. There is so little of the original vehicle still visible, and the contrast is so large, I can’t help to think it would have been better just to make the whole vehicle out of resin, instead of creating a conversion.

The set does not provide a commander’s cupola; I used the plastic parts that comes with the Rhino. This is not an ideal solution; the cupola that came with my kit did not fit because of all the tentacles and whatnot on the top. It also looks quite out of place since it is not visibly corrupted like the rest of the model; you would expect every part of the Rhino to be uniformly touched by the Warp. I simply reused the hatches only, and made a couple of tentacles and cysts out of green stuff.

The folding door is also somewhat weird. In a vehicle like this you’d expect that most internal space is taken up by indescribable horrors spawned by the Warp -after all, a lot of it is sticking out from every opening. Yet the inside of the folding door s perfectly clean, not to mention the crew compartment, which is unchanged from the original vehicle. Interestingly the door has the exhaust pipes on them, which are apparently open into the crew compartment.

The assembly took about an hour. I have base-coated the whole tank with Tamiya Hull Red, and then went on creating as convincingly rusty hull as I could. Yes, I understand that it’s made out of adamantium, but when it comes to a fictional metal vs demonic corruption, I think the demonic corruption wins. The Rhino is rusted and that’s that.

The painting was a long process; mostly trial and error. As I’m mostly painting armor vehicles, I definitely need to learn the “miniature style” painting with high contrast and nice blending of colors. My WH40K models tend to be painted and weathered like a scale model of a real vehicle.

First step: the base color of the ATC. Obviously it needed to be rusted. I realized very long time ago that painting something with a color named “rust” will not give a realistic result; what you need is layers upon layers corresponding rust colors, making sure they are positioned where you would expect to see them. To begig with thick armor plats tend to have deep red/brown colors; thinner parts and the edges tend to have lighter rust colors, like orange or even yellow. So this is what I did.

And what colors did I use exactly? Well, what can be more realistic than actual rust? I ordered actual iron oxide pigments available in three colors -deep brown, red and yellow (Ochre), and using these I mixed up various shades of rust. I used a sponge to apply the mixture: dab the sponge into matte varnish, dab it into the pigment mixture, and into a cloth so that most of the pigment actually comes off, and then use this on the surface of the vehicle. It’s important you don’t add too much at a time, but build up the effect gradually. I used mostly the darker shades; yellow directly only was used on edges. As you can see it from the photos the contrast between the yellow and the rest is pretty high; this was taken care of later. This was deliberate; I wanted to have some contrast left after I finished the weathering, and subsequent steps had the effect of lessening the contrast. I used several brown and yellowish filters on the hull to blend the colors together, and then rubbed metallic pigments onto certain areas. (Focused on the edges mostly, but I rubbed pigments onto the “wounds” where the metal opened up as the horns were pushing out, and also on parts of large, flat areas.)

The tusks were pained with buff first, then ivory was blended towards the tips, making a nice, soft transition between the colors. The boils and whatnot were first painted with blood red, then using brighter and brighter red and orange colors mixed with lahmian medium I added somewhat translucent layers on top. At the very end I put a yellow dot off-center onto each, then a final layer of very translucent orange to blend the colors together. Once everything was finished I went over the boils with a clear, shiny varnish to make them look wet.

The bones were first painted by white (to make then stand out), then went over them using a yellowish white (well, bone-colored) paint. The effect was further helped using dark brown washes with diluted Citadel inks, which acted both as filters (modulating the bone color), and as washes (forming shadows on the surface).

The top of the vehicle looked like a gigantic wound, so I used bright reds and orange to make it look like raw flesh. The underlying areas were painted a deep, angry red, with brighter and brighter reds (later oranges) layered on the protruding areas. Since the organic matter seemed to sweep over the metal parts, it was painted in a more brownish red to provide some transition. I accentuated the effect using bright red inks; some of the overhanging tissue was only tinted with this mixture (applied in several coats).

I was not sure what the spikes were representing, so I kept them rusty.

There were tiny, oblong shapes all over the hull; I took them as mites or other parasites, and painted them bright green- to give some contrasting color to the model.

The tentacles were somewhat of a dilemma. After considering green and flesh colors, I decided on purple. The base was dark purple (tentacle purple by Citadel’s nomenclature; the actual inspiration for the paint scheme), which was highlighted using pink purple mixed with lahmian medium to blend it in easier, to make the color somewhat translucent. Some of the thicker tentacles had suckers on them, similar to an octopus’; these were painted carefully with bright pink. Once everything dried, I covered them with heavily diluted purple ink in several coats until they looked as if the brighter colors were underlying tissue showing through a translucent skin. The effect was surprisingly good considering I was improvising.

The triple-skull mark of Nurgle was painted first with a light, bright green, that represents heavily oxidized bronze, and I added some very dark metallic bronze colors on some areas somewhat randomly. (I tried to make sure mostly the parts that are jutting out would be painted; after all we’d expect these parts to be rubbed clear of the oxide.)

The holes on the exhaust on the top were painted with a very bright green, again, to provide some contrast. The exhausts on the back were blocked with some run-off. Since we’re talking about plague and Nurgle here I decided on a green paintscheme; I tried to emulate how other paint lava and other hot materials which seem to be emitting light on their own.

The goo was first painted with the lightest, brightest green I had, and darker and darker greens were blended onto this surface, making sure that the original bright green was still visible in the deep crevices, and that the color gradually darkens. The idea was that as the goo cooled, the colors darken; hence the large dark green surfaces. The rims and the interiors of the exhaust pipes were pained bright green to simulate the green light they reflect from the radioactive/infectious goo.

Well, pretty much that’s all. I really enjoyed the painting process although it took an awful lot of time. I’ll get a couple of Death Guard marines, I’ll paint up Mortarion, and I’ll have a little happy family of plague bearing Space Marines on my shelf in no time.

 

Tamiya T-55A and the whole nine yards part 4.

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Please find the first, second  and third part here.

To be honest this approach of aftermarket bonanza is going to the way of the dinosaurs. MiniArt has just announced a T-55A with full interior.

Finally finished with most of the build. Getting closer to the end… Smaller jobs are finished. I did the back of the turret as best as I could. I zoomed into the box art photos of the Miniarm set, and tried to figure out what goes where. Somewhat unsuccessfully, since the instructions are frankly quite bad, too. (The PE parts are not numbered correctly for one. As mentioned the reference photos are bad, too…) The extra magazines for the machine gun mounted on the back had some hiccups. First of all I only had five in my set, not six. Second the PE straps that should have been going around them were short. What I did was simply cutting the straps in the middle, and attaching them to the front first. I added the handgrabs, and the wires to the smoke candles – soldering wire is incredibly useful for these tasks.

Well, I did the best I could -and had patience for; this will have to suffice.

I also attached the mounting points for the anti-HEAT sideskirts. Many tanks were not equipped with it, but since they are there, I might as well use them. I started with the middle section on the left side, as it has a special shape (due to the exhaust port), and used it as a reference point for the rest. The back unit is shorter than it should be, and the front overhangs a bit; somewhat annoying but easy to solve with a blade. (I simply fitted the cut off piece from the front to the back.) I’ll leave the side-skirts off for the time being; they will be attached once the main color is applied.

Tamiya wants you to make your own towing cables; it certainly makes more sense than MiniArt’s optimistic approach of prividing them as straight plastic parts. I normally use picture hanging wires for this role; it’s very life-like, and behaves like cable.

I snapped a couple of photos using my phone (hence the quality), and called it finished.

 

 

So this is where I am right now. The tank needs a base coat, and then painting can commence.

Keep tuned in…

Tamiya T-55A and the whole nine yards part 3.

Please find the first and second part here.

And the build goes on…

Interior

After some finishing touches to the interior, I closed the turret down. It really bothers me that I could not find a good reference for the AM version; I suspect there are a lot of screens and other digital equipment added to the standards layout.  Regardless now it looks like I’m making progress: the tank looks like a tank now. (With no gun barrel in this case.) One real complaint I have about the CMK set is that it provides no ammunition.

I’ve removed the external fuel tanks and reattached them with green stuff, as they did not sit level before. Now they look good. I will do the fuel lines a bit later on; I will use Legend’s photos as reference. (It feels somewhat like cheating, but there you go.)

Exterior

I’ve added the Eduart engine deck grilles; they really do make the model stand out. It is kind of a shame to cover all that nice, shiny brass with paint.

The road wheels were also installed. Over the years, and through the long way this model travelled with me, the poly caps somehow went missing; this made installing the wheels somewhat of a challenge. I overstepped the problems simply by sticking a small amount of green stuff into the cavity where the poly caps should have gone, and glued the wheels in place; once the green stuff set, the wheels were absolutely solidly fixed in place. As I mentioned in part 2 I’m using a Trumpeter individual track set; since the AM version had at least three different types of tracks mounted over the year I’m not too fussed about the exact type. (And now I can look forward to a tornado of incoming angry comments.)

Problems with the Miniarm set

Building the Miniarm conversion I found it out to my great annoyance that the photo of the set on the box (and the advertisement) may contain a resin machine gun, but the set itself does not contain it. After reading the fine print I now understand that this photo shows of several sets on one model, but I find the inclusion of them on the cover quite misleading. (Kind of like the Armory T-72 conversion’s case where the armored shield was not included with the set.)

I guess I’ll stick to the original Tamiya gun (which is not half bad, actually); there is no way in hell I’ll buy another set for this build. It’s getting a bit expensive, even without Fruil tracks. (I’m using someone’s unused Trumpeter individual tracklinks.)

As a side-note: comparing the Tamiya MG to the MiniArt and Trumpeter versions of similar AA heavy machine guns, the MiniArt gun wins when it comes to detail, but the Tamiya is much simpler to assemble. The Trumpeter offering is somewhere in between, but pretty impressive when it comes to detail. (And it’s a different heavy machine gun, to be fair. We’re talking about detail and ease of assembly here.) Different philosophies I guess; I think on the long run the MiniArt version is better as it does look better, but when you’re getting short on patience during a complex and difficult build (which is entirely self-imposed in this case), the Tamiya gun is a bliss. I’ll have to get an ammunition belt though, as Tamiya does not supply it.

There are other inaccuracies as well: some of the smoke candles are already discharged on the cover photo, but you only get the full ones; and the gun barrel is different. Apart from the thermal jacket issue (mentioned below in great detail), the stock photos for the set show the resin piece at the end of the gun barrel to have interior rifling -which mine does not have. To be fair the gun is capable firing an anti-tank missile (which, amusingly, costs about half of what the tank itself costs), and if I’m not mistaken the gun is actually smooth-bore. Two storage boxes only have two sides each; not sure what Miniarm was thinking when they designed them. They literally miss two sides; if you really look close, you can see under them. At this point I just ignored the issue; it would be relatively simple to fabricate the missing sides, but I only had a single damn to give, and damn is gone now. (You can see the missing sides on the photos below.)

Another contentious issue with the Miniarm set is that the instructions are horrible. There are two parts to this. The first is that in many cases the small, photocopied photographs show nothing of how the parts should be placed. You kind of see where they go, but nothing else. I found myself using google to see if I can find reference photos of the set itself to help me with it.

The second problem is that the instructions are incomplete. The back of the turret is quite busy, but you don’t really get an explanation how to use the set to build it up. It’s not very clear how to assemble the holding braces for the AA machine gun for example. I also have a bunch of unused resin parts which don’t seem to be doing anything; I do not know where they are supposed to be going. This does annoy me because I paid for them; I’d like to know how to use them. Even when something is in the instructions, sometimes it does not tell you where to put the finished artifact. In step 2-4 you are instructed to produce a part from multiple small PE pieces, but then it does not tell you what to do with it. I realized long time into the build that it’s actually supposed to be on the right side of the back of the turret. (Walkaround photos…) Also the PE frame of the gunner’s sight is simply missing. It’s there on the photos, but the instructions are quite confusing, and instruct you to cut p23 to size and glue it to the side; p23 looks nothing like the picture, and in any case, it’s shorter than required. It’s also bent, so you can’t really fit it to the straight surface.

The saga of the gun barrel

I started to work on the gun barrel. Interestingly the gun barrel on the cover photo looks absolutely different from what you get in the kit; I find this quite odd, to be honest. There must have been different versions of the T-55AM with and without thermal jacket, but I still find it curious that you get something different than that is advertised on the box cover. (I don’t even mention the fact that the photo had a brass/copper barrel, while you get an ugly aluminum one.)

I was quite wary of this stage of the build; the thermal jacket on the barrel is made out of very tiny resin parts. Especially the tie-downs are horrid: you have wrap each end of the PE tie-downs around a thin, 1.5mm long wire, and connect the two ends with a similarly short piece of wire.

I made a huge mistake and did not anneal the PE with heat before starting to work with it; it was quite difficult to wrap them around the barrel.

I started with a relatively long piece of plastic rod (and in retrospect, a thick one), glued across multiple tie-downs; once the PE set, I wrapped them around the plastic one by one. It’s not a simple process, and unfortunately the CA glue did pile up around the tiny details.

Looking at the reference photos, though, you can’t fail to notice that no matter how thick the wire you use, it will look out-of scale on the model. (Too bad I found these photos after doing most of the work already.)

These pieces of wire are meant to be the bolts holding the tie-downs in place; and they are quite small in real life. Just look at this reference photo from an AM gun barrel’s advertisement:

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Looking at these photos I had one option: I cut the plastic off, and simply used the PE straps by themselves. To be honest the straps on the real gun blend in so much I could probably get away with not using them at all. (My preferred option, but I like pain, so I went with trying to glue the straps on.) This is something that’s not the set’s fault: it’s a technically quite challenging part of the build. (To make the straps themselves more to scale, it would be best to simply use strips cut from aluminium foil; even the PE is too thick for it.)

The PE ridges along the top of the gun barrel are oversized compared to the real thing. Hopefully it will not be very noticeable; the gun barrel has re-formed slits where these need to be inserted, which might hide most of their width.

Trying the gun in the resin mantlet I could not help but notice that the fit is far from snug – there will be considerable amount of filler needed to hide the gaps. It also means I’ll need something more sturdy than CA to fix it in place. (I used the good ole’ green stuff; it fixes the gun into place, and acts as a filler at the same time.)

Miniarm does offer PE lightguards, but to be honest they are difficult to assemble (and require extra wire to add), and look quite unconvincing. These guards were made of about 1.5cm thick metal rods; PE looks quite flat compared to them. (Not to mention it looks weird to mix wire with PE when all components should really look the same.) I just used the Tamiya plastic parts; they are surprisingly good.

All these complaints about the Miniarm conversion by no means are deal-breakers, but they do temper my enthusiasm about it. The detail is impressive, the resin and PE are well designed, and good quality, but I think it’s better just to get the damned Takom kit and be done with it.

Finishing touches

I’ve added all the other bits and bobs to the hull and the turret: the searchlights, various ammo boxes, handholds, wires, etc. Presently I’m looking at walkaround photos and the Takom instructions to figure out how to finish the back of the turret.

I should have finished the tracks before adding the top of the hull; this is the next big step now. The AM version had side-skirts protecting the tracks and the sides of the hull; before I add them I’ll need to install the tracks and paint the lower hull. (Which means I’ll have to learn how to use my Aztek airbrush first.) Once that is done, I can finish the sideskirts (a very daunting prospect since I can’t really make sense of the instructions at this time), and then I can at last paint this beast and be done with it.

Tamiya T-55A and the whole nine yards part 2.

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Please find the first part here.

So the saga continues. This is, by far, the most complex build I’ve attempted: several aftermarket sets are used parallel so mistakes are a possibility. Well, mistakes have been already made.

I’ve finished up the interior finally; the CMK set is done. There are considerable differences between the interior of the T-55A and the T-55AM I’m building with the Miniarm set; however I will ignore these for the sake of my sanity. To be honest it’s difficult to find good quality references for the interior of the AM, and this is the point where I give up; it’s a hobby after all.

The hull interior was relatively simple to finish; as I said in the previous post, there are a lot of shortcuts in the CMK kit, but then again, you can argue that most of it will not be visible, anyway. The driver’s station is especially devoid of extra instruments and whatnot you can see on photos. These videos by Wargaming are really useful: one is Chieftain’s “normal” inside the tank one, the other is a pretty cool virtual video. There is also a really good one here.

I also finished the turret interior. The bottom of the turret comes as a resin replacement; I did not realize it in time but the turret ring of the Tamiya kit is actually narrower than the CMK turret’s ring. This means cutting; not the best thing to do with all the fragile PE around, so make sure you do it first – unless you like challenges as much as I do.

The gun, the turret turning mechanism, radio, different electrical boxes, the handle, etc. went in fine. I took some liberties and used some parts from the Verlinden T-62 interior set -periscopes and whatnot. I also did some cabling using soldering wire painted black. They were placed mostly using a creative licence – the actual tank has way more cables all over the place. Once all was in place, I used some diluted filters on the white -mostly light browns, and added streaking to the sides with very subtle rust colors. Did not want to make it look like it was standing abandoned for decades, but I did want to add visually interesting details. Real tanks are remarkably free of rust and rust streaks; it’s a balancing act.

Once the bottom of the turret was safely in place over the top of the hull, I started to attach the Tamiya parts for the exterior. I have to say it was a joy compared to the aftermarket set- finally everything is clear-cut and simple! Until you realize you need the next conversion set, and now you have to figure out what’s needed from the Tamiya kit, and what needs to be replaced and altered. I also noticed I was a bit hasty closing in the hull- I should have fitted the road wheels and the tracks first; it will be a bit more difficult with the mud guards in place. Well, that’s a headache for later.

The Miniarm instructions are not very good, and sometimes they just don’t warn you about minor things, like the need for filling in certain holes on the Tamiya hull. The problem is in the front: the added frontal covers most of the front, but you need to fill in two small holes. It would have been simpler if I realized it before I glued the fragile plastic parts 1 mm from the holes in question. Oh well.

The mantlet cover also comes from the Miniarm set, which interferes with the CMK gun breach making it impossible to put the top of the turret in its place. The simple solution was to cut off the front of the gun breach. Of course trying to fit the turret, and figuring out the problem meant that the delicate PE parts of the ammo holder on the back of the turret got damaged. Frankly at this point I’m not sure I’ll fix them; very little will be visible anyhow. Another issue for the next day will be the CMK coaxial machine gun; it just does not line up with the Tamiya turret.

I also realized I made a mistake at this point with the loader’s hatch: I used the CMK replacement instead of the Miniarm one. They are slightly different, but what’s done is done. The fuel tanks are provided by Miniarm, too, but the casting blocs are very thin; it’s not easy to saw them off. I’m also not sure why some tool boxes are replaced, and why others are kept from the Tamiya set… Oh well.

xbhpsei

So here we are now: the model now resembles an actual tank. (My wife says it looks like a sad, dopey-eyed vehicle.) Some detail painting is left in the turret interior, and then I can finally close it off.

I finally gave up, and bought Eduart’s engine deck grill set for the build; I hope it’s the last expense I have this with this model. It really annoys me Miniarm did not provide a set; after all, if you offer a conversion, you might as well throw in some improvements, too, saving costs for your customers. As I said the set is not cheap at all.

The next few steps will be the most painful ones: itsy-bitsy PE everywhere… That’s a story for the next post. I’m really looking forward to the painting phase.