|NOTES:||Reboxed Roden kit with resin, p.e. and new decals|
During WWI, the Austro-Hungarian Empire sought to improve the quality of the fighter aircraft equipping its Luftfahrttruppen units by producing a licensed build version of Germany's highly successful Albatros D.III. In the process, the Österreichische Flugzeugfabrik A.G. (Öffag or Oeffag) plant in Wiener-Neustadt, evolved a noticeably different cousin to it's German predecessor. The third production series, S.253, represented the pinnacle of this offshoot airframe -these machines were fit with a 225hp Austro-Daimler engine, neatly faired within distinctive round noses (giving improvements in speed and propeller efficiency). Further, the Öffag engineers reworked the single lower wing spar installation and succeeded in eliminating the wing failures that had haunted the original German D.III “V-strut” sesquiplanes. (according to Paolo Verriale in “Cross and Cockade, they were reduced, but not entirely eliminated -JK)
Other typical characteristics of the S.253 machines were internally mounted
machine guns, individual exhaust stacks for each cylinder, ailerons en elevator
with wire trailing edges (which gave a scalloped appearance by taught linen
skin) and a raked tailskid support. Following the end of the war, Öffag supplied
30 S.253s for sale to the newly constituted nation of Poland for service in the
nascent Polish Air Force. These aircraft were used extensively in the border
disputes that Poland
found itself embroiled in before the ink on the Versailles
Treaty was dry -the war to end al wars, sadly, did not. Polish S.253s were most
famously employed during the Polish-Soviet war of 1919-1921.
Albatros D.III Öffag serial number 253.218, marked White 5 was assigned to Kapitan Merian C. Cooper, CO of Pulaski Flight of the 7th Escadra Mysliwska “Kósciuszko” during the late winter of 1919 – spring of 1920. White 5 was recorded destroyed on 7th June, 1920, when it was burned by ground personnel as part of the retreat from Berdyczów in present day Ukraine.
The Kósciuszko unit badge, still in use today by the Polish Air Force, was designed by American pilot Lt. Elliott Chess. While the stars and stripes recall the American Revolution of 1775-1783, the rogatywka cap and scythes commemorate Kósciuszko's failed uprising against the Russians in 1794.
Merian C. Cooper (1893-1979) was an American pilot, adventurer, soldier of fortune, amateur naturalist, screen writer, film director and producer. A veteran WWI bomber pilot with the US Army Air Service, Cooper was instrumental in establishing the Polish and American staffed Kósciuszko fighter squadron during the 1919-1921 Polish-Soviet war. Service with the Polish Air Force placed him in many dangerous situations, notably being shot down and captured (hiding his identity and nationality) followed by a daring escape from a Communist prison camp after nine months of captivity. After his combat career came to a close, Cooper continued to fly, and he promoted both commercial and military aviation interests -he went on to become one of the founding members the Board of Directors of Pan American Airways. Eventually he became a prolific movie maker, and in this capacity he championed many new technologies -including “Technicolor” colour film and “Cinerama” wide-screen presentation. His most remembered achievement in the field of entertainment is the 1933 feature film King Kong, which he co-produced, co-wrote, and co-directed.
Historical section courtesy of the kit box.
Scott already did a very good preview here, to which I can add nothing significant.
Since the kit is rather flash-ridden, I started out by removing all the parts I needed from the sprues and cleaning up the flash and mould seams. One some parts the sprue attachments are rather curious (like the top decking) and they require working carefully, especially the near scale thickness struts. The sprue attachments are quite heavy too, but that's standard Roden -Tamiya they are not.
Already two minor errors in the instructions were noted; the cowling part on which the winter cowl actually fits is part 16F instead of 2F, and the propeller has no indicated number. The propeller to use is the only one not greyed out in the parts diagram.
I then started, what appeared at that moment, the two most challenging parts: the three-part top wing, and the wire wheels, with their photo etched spoke parts.
Starting out with the top wing, so it could be set aside and left to fully cure, I examined the parts, and like most Roden kits, found a tiny amount of flash on the mating sides. Generally speaking, all Roden kits I've built so far had this and even though it is sometimes almost invisible, a quick swipe with sandpaper or sanding stick is enough to remove it. I swiped the mating surfaces along a sanding stick, and was left wondering how to get the three parts properly lined up in three dimensions. After a bit of fretting with a piece of glass, I found out the radiator on the lower part interferes, so I ended up taping two of my files to a piece of Evergreen, then taping that to a piece of glass. After carefully lining up all parts and some minor adjustments, the whole thing was taped down, and some clamps added to the outer wing parts to match the wing profile -all to reduce sanding on a very visible place! A steel ruler was pressed against the leading edge to make sure that lined up, and a modest amount of Tamiya Extra Thin was run along the mating edge, and the whole thing left to harden for a few days.
The wire wheels were another matter. I very carefully cut the PE spokes free from the fret, and was left with the fun task of removing the burrs, without bending or breaking them! The first one was slightly damaged, unfortunately. The others went better; I removed the burrs with a sharp scissors. I read that somewhere on the internet, and it worked remarkably well. Using the provided jig to bend the outer parts, I simply used a knife blade to remove the wafer-thin interior of the resin wheels. A quick swipe with sandpaper removed the remnants, and after a lot of fretting and fussing, the wire disk was installed. The fit is very tight, making them extremely good looking if you're a photo-etch master, but slightly less if you are like me and left a tiny burr, denting the rim slightly. The etched parts really snap into place if done properly, of course the last one always goes the best! I'm still very happy with how they turned out, especially after fitting the resin axle, which is also a very good fit. So far the more notorious of materials seem to fit and finish better than the standard kit parts!
With the more challenging parts done, I assembled some cockpit parts and other small sub-assemblies. The remaining photo-etch interior parts were cleaned up, and the instrument panels (left, right, and left fuselage half) were installed with super-glue, as was the rear bulkhead. I had to look at the Squadron blog to see bigger versions of the pictures that show how to install the parts, since those in the instructions are too small and dark to be useful. The fuselage was quite badly bent, but the photo-etch rear bulkhead and resin forward bulkhead seem to provide quite a rigid assembly. Again, the update-parts that generally cause most of the extra work in other kits, fit better than the kit itself!
After the top wing had cured, I cut the ailerons out with a small scissors stolen from my girlfriends toolbox for making postcards. The plastic is very thin and soft, so after some sanding, the new ailerons with scalloped edges fit quite well. Obviously one can also simply use a roll of sandpaper and scallop the trailing edge of the existing ailerons, but since I'm supposed to review this kit and see how it all fits together I used the provided parts. A small advantage is that you can deflect them too, if you wish. The scalloped edges on ailerons and elevator are unique to the series 253, at least, that's what the Datafile says. Since I was working on the wing anyway, I carefully scraped off the moulded on radiator detail, sanded the remaining hump somewhat thinner, and installed the photo-etch replacement faces. As moulded in the kit, the bottom one had a large mould defect, straight in the detailed part. Oh well, scrape, sand, and install photo-etch, and nothing to be seen. Obviously if you build the standard Roden kit you're left on your own how to fix that ;-)
After that I pre-drilled all the 0,3mm holes for the rigging. I also enlarged the dimples in the fuselage halves for the bottom wing, and it appears the moulds are damaged, as some holes are actually some sort of pins that appear broken off, so I cut those off and re-drilled the holes using an 0,7mm drill bit. I also checked the length of the wing struts against the plans in the Datafile, and they are nearly there, but not quite... But then, so were the struts of nearly every other Roden kit I built, and none of them had struts that were simply snapped in place! ;-) It appears Roden used the same plans to design the kit, as most parts match the drawings almost exactly -the fuselage appears a tiny bit skinny, but I mostly use plans to build this kind of kits on, not for the quest for accuracy.
Since by now the wing had sufficiently hardened, I applied some Mr Surfacer to the joint and set that aside to dry. I also applied a dab of that stuff on the large sink mark on the rear fuselage. After the Surfacer had set it was wet-sanded with 400 grit, using my home-made sanding sticks. I use a thin narrow strip of Evergreen 0,5mm and glue a strip of sandpaper on that. I then trim the edges, and voilà, a sturdy yet flexible sanding stick that will fit neatly in between the delicate wing ribs. Careful sanding of the mating surfaces and equally careful glueing pays off here; the top hardly needed filler, and the small step at the bottom was taken care of with sanding and some more Mr Surfacer. Though primer will be the ultimate test, a dab of paint brushed on showed it looked pretty good so far.
Since the ailerons are separate and can thus be posed, I thought it a neat idea to pose the elevator and rudder as well. I used the most simple method for this; using the fine edge of my JLC razor saw I cut the angled parts, then scored the remaining recessed line lightly with a Tamiya scriber, and then simply bent them at the desired angle and applied some Extra Thin to fixate.
The only tricky parts are sawing at the proper angle, and being sure not to bend the control surfaces too far so they'll break! Fortunately, while thin, the Roden plastic is quite flexible. Also fortunate is that Roden provides extra parts to practice on. In the case of the D.III you get a (German) OAW rudder and the normal non-scalloped tailplanes/elevators. Since those parts turned out pretty good I kept them aside for if I were ever to build a normal German Albatros!
By now I had finally run out of things to hack up and sand away at. So it was time for paint. The whole kit was first degreased, and then the interior parts were airbrushed with Vallejo grey urethane primer, which dries quickly, so I was able to paint the top colours in the same airbrushing session. I used a mixture of white and desert sand to get a light-buff colour which would be the base to get the wood grain on later. The other parts were painted their respective colours, with a bit of guesstimate, as not all details are indicated in the instructions.
The wood grain was done by a small dab of dark brown oil paint (I use Winsor & Newton) and streaking that with a stiff brush, only damp with Humbrol thinner. I put the oils on a tissue to help soak some of the oils in there, so they don't take weeks to fully dry, but, being oils, there are still great to manipulate. After a week or 2 I hand-brushed a thin coat of Tamiya Clear Yellow over the interior, the instrument panels were done with a 50-50 mix of Clear Yellow and Orange to make them stand out a bit. After that was dry, it was time to start closing the fuselage. The PE rear bulkhead is a good help for aligning the fuselage, which in my kit was banana-shaped, so had to be glued in sections. I used a Tamiya Scriber to scribe a line inside the fuselage where it would go, and the fuselage closed without gaps. After it had set I ran thin CA behind it just to be sure. The forward part kind of bowes inward, interfering with the fit of the top decking and typical Öffag-nose. I dry-fitted the resin forward bulkhead and found it a perfect guide to prevent that. After using my fingers to close the fuselage, I inserted the bulkhead and added clamps, then positioned the bulkhead in the right position and ran Tamiya Extra Thin along the fuselage seam. Since I only had the bulkhead painted up in basic colours it was not glued yet so it would be easier to paint later. I also found out at this stage I'd forgotten the instrument decals... fortunately they are still accessible without the top decking in place, so they were added first and some parts given a wash with dark grey for some extra depth and a drybrush with light grey here and there.
After that it was a matter of assembling all the cockpit parts, except for the seat, which I'd save for later as I usually do, and sanding the mating edges a bit to get the top decking to fit. This was also glued in 2 stages, the area surrounding the cockpit first. With careful dryfitting, the fit is decent, though still in need of some extra sanding and probably some filler. I also dryfitted the engine at this time, and found it got too low for the exhausts to protrude between the full cowling I intended to fit. When the nose is added, the engine is also too far backwards for the exhausts to fit, so I moved it forward. After all, with the full engine cowling in place, the only purpose it serves is provide a mounting place for the exhausts. I also found the engine, in addition to the bulkhead, spreads the forward fuselage enough so the contours seem to be quite good for the nose to fit. The only drawback of raising the engine, is that the prop shaft does not line up with the hole in the nose, though that should be an easy fix later. Somehow I managed to break one of the machine-guns loose with the decking now firmly in place, so I used a cocktail stick to dab CA glue where it would go and stick; however, one of them protrudes slightly more towards the pilot now -at bit unfortunate, as they're pretty much the only thing that can be seen of all the nice resin details! The carefully painted bulkhead is so far forward that it's pretty much invisible. I was glad I painted the large box, which I presume is the ammo-box, natural metal, so it'll still show up in that dark area. Probably until I fit the top wing, that is! Earlier I had glued the machine-guns to the bulkhead, only to later discover the larger versions of the pictures to install the PE and resin... by that time I found out I had glued them upside down, as well! Not much else to do but take the loss and glue the forward part of the cowling in place, but not after sawing off much of the forward part of the engine.
With the nose parts well set and dry, I used sanding sticks to get the fuselage nose to match the contours of the nose cap, without over-sanding or losing the contours. The Roden plastic is rather soft, so this is rather easy to do! Eventually I got it pretty right, though no doubt a coat of primer later will show some flaws, as it always does.
I elected not to use the PE parts for the louvres. The PE seems to be stainless steel and is very durable and springy, making it very sturdy for the spoke wheels, but I kept having to spot-glue the seatbelts in place, and messed up too many of the louvres, not only with bending, but also with cleaning them up. They would have been better served in the more easily bent (and cleaned up!) brass -which would probably also have resulted in thinner access panels. I found them too thick and stood quite proud, so I kept the plastic details.
Then it was time for the winter cowling. The pictures I found of Coopers aircraft showed it with the cowling, and I think it sets it apart from it's German counterparts, too. The cowl is typical Roden, thick and with not-quite-matching mating surfaces. Since I had left all the accessories off the engine -using it basically only as a way to get the exhaust stacks in place- it got quite close to fitting. I only had to cut the intake manifolds off, and since those are on the closed side of the cowl you can't see them anyway. After that the cowl fit well enough, though it'll still require some sanding and filling.
Comparing all the detail parts with the 1:1 example built by Koloman Mayrhofen, the cockpit detail is a bit simplified; there is a lot more going on in there for those inclined to go super-detailing. Two notable omissions are the cut-outs in the floor for the rudder pedals, and the H-shaped frame that the seat rests on. Those inclined to do so can also drill lightening holes in the seat and use the lap belts only -of course I found the pictures only after I had completed mine!
Also, it appears the instructions have the machine guns upside down, when looking at pictures of Schwarzlose machine-guns. Which actually means I got mine in OK, as I had them glued upside down according to the instructions! ;-) The curved side goes on top
One of the things that always seems to dog my WWI builds, no matter how much I try, is some form of misalignment. The fit is usually tricky, and the subject complex, and somehow I always manage to get a tiny part out of alignment, resulting in a wing that is not-quite as it should be, or undercarriage that needs some bending and fiddling to get it to look decent.
So for this model, where the lower wings attach only on some tiny dimples and equally tiny pegs, I tried something more scientifically. I happened to have the Datafile on the Austrian Albatros, which contains some very good scale drawings. I used those to build my own jig, making sure the lower wings are straight, yet also have about 1 degree of dihedral. After an hour of aligning and checking all angles, I ran some Tamiya Extra Thin along the mating surface and did not dare touch it for a few days. In the end, however, the wings are so thin and flexible, that at this stage of writing I'm not sure how it will look eventually.
After all that had set I was rewarded with what appear to be straight wings, so it was time to check the length of the upper struts and expand the jig later to accommodate the top wing. In some reviews I noted comments that the cabane struts are too long, resulting in either a top wing that is too high, or too short V-struts. Another review of the basic Roden Albatros noted the reverse, so I guess I had to find out myself!
Curiously, a probable source of this discrepancy is that, after having a look online at the Roden instructions for all D.II and D.III models, on all the D.IIIs part 11C is indicated to be used for the cabane struts. This part is about 2mm longer than 9C, which is indicated in the Encore kit (albeit with a slightly different font, indicative of a correction?) as well as the Roden D.II. Part 9C nearly matches the Datafile drawings, being slightly too short, and I have no clue what 11C is supposed to be for -perhaps the W.4 float-plane, as the D.I with it's higher wing uses a different arrangement for the cabanes. 11C is slightly too long, so make your pick! Finally, after a quick comparison to my older Pegasus kit, which “looks” right with regard to the wing position shows the cabane struts are equal in length, and the V struts of the Roden kit to be longer. Obviously you can't really apply those Pegasus-kit measurements to the Roden kit, as there may be (and actually are) variations in fuselage height and wing thickness (the Roden wing is thinner, for example, but the kit appears to have been designed from the Datafile plans, too)
I cleaned up all the parts so I had some options and could perhaps combine the struts to make the top wing fit well.
Then some Mr Surfacer 500 was brushed on the fuselage seams, and after letting it harden for a few days it was sanded smooth. After that I added the tailplanes, whose contours were adjusted for a better fit. A small oddity is that the forward edge has locating pins, which are also shown in the instructions, but they are not present on the actual kit fuselage. I simply cut them off and drew a pencil line on the fuselage sides, again using the Datafile plans for reference. Even with adjustments, there's a small gap, which I filled with several layers of water-based Vallejo putty, as this can be swept with a wet finger and cloth, and does not require sanding, which would damage the details on the tailplanes. At this stage I also noticed I forgot to remove some louvres and a boarding step, all nicely indicated in the instructions. These were duly removed, and since the sanding on the nose end had destroyed some panel lines, those were rescribed too. I added a central vertical line to the nose cap, as pictures show it was divided in two parts. There should also be a some small vent holes near the bottom, but I was unfortunately unable to properly scribe those in the multiple curved nose.
The last bit of PE to be installed was the landing gear strap under the nose. As sanding the centre seam had pretty much obliterated the moulded on straps, I drilled the mounting holes for the gear struts a bit deeper to mark their position, and then sanded them off. I very carefully removed the PE part from the fret, but as the instructions indicate, it is oversized (why???), so you're required to cut it in half, pretty much distorting it and making straightening it back out again an (in my opinion) avoidable chore. The stiff nature of the PE does not help with placing the part either, the straps, once straightened out, are relatively easy to apply. The squares where the struts go into should have a gentle curve to match the fuselage, but the PE is so stiff getting a 1,5x1,5mm square to confirm proved impossible for me. After an hour of fussing and cursing I simply glued them in place, but they are not as flush as I would like to see. I'd recommend sanding the straps off, and simply replacing those with some stretched sprue -leaving the moulded squares intact. Unless you're a PE-maestro, which I'm obviously not, this would be an easier method. At this time the tail skid fairing and vertical tail were also, rather uneventfully, glued on and fixed with tape to keep them in position. This was then left to dry. Those parts, like the horizontal tailplanes, have moulded on pins, but no corresponding holes in the fuselage. I cut the pins off and wrapped a thin strip of masking tape around the rear fuselage to make sure they all aligned. Even though they are simply butt joined, they don't have to hold a lot, unless you intend to swing the model around by its tail!
By then real life interfered and the Albatros could thoroughly dry for a few weeks, though mostly unintended! After a bit of sanding on the tail skid and fin, I added thin strips of decal (some of those black edges that some companies print around the sheets are especially useful) to represent the missing ribs on the top wing joint. Also, with the airframe now fully complete, I drilled the last remaining rigging holes and after cleaning the model and top wing it was airbrushed with Humbrol primer, number 1.
|COLORS & MARKINGS|
Then it was time for paint. After fixing some small blemishes the primer showed, I first mixed Revell Aqua Skin Tone with a lot of white, and did the undersurfaces of both wings and tailplanes. The latter are shown as green on the instructions, however, the top is also shown as green, but there should be the sworl decals on top, obviously. I masked that off and painted the nose part white, then found out my red paint had dried out, but rather enjoying the painting moment I had, I went ahead with the green.
I enlisted the help of the MM forums for the green, as I did not have access to the indicated Vallejo colour and hoped someone could compare it with other brands I could get. I also realized Eduard does the model in 1/48, so I downloaded their instructions and found they recommend RAF Green. After a bit of testing of Lifecolor RAF green and Humbrol 163 with the same name, with the rest of the colours I went with the Lifecolor version.
A few days later, with a new pot, cube, tin, whatever one calls those square Aqua “containers” of Ferrari red in hand, and some difficult masking of the nose later, I painted the nose red and did some very small touch-ups on the green.
Unfortunately, when applying the gloss-coat was when my ubiquitous paint disaster happened. I have used a spraycan of gloss earlier on other models with the same paints, but this time it ate through the painted surfaces and attacked the Humbrol primer, causing all my work to simply fall of the model in large, bubbled flakes....
I put the model away to contemplate my next steps... in the end Mr Color thinner dissolved all remaining paint, leaving me with a clean model -unfortunately it also dissolved the Mr Surfacer I used for filling, so that was re-done and some details (like the small holed squares near the cockpit and nose) were redone using old photo negative material. I also re-applied the decal strips to the top wing mating, and re-primed the model using Mr Surfacer 1200 this time. Then it was basically a repeat of the previous painting steps, and playing it safe, I used Tamiya X-22 acrylic gloss, which performed wonderfully and made for a very glossy model. It may not be cheap, but the frustration of having all paint fall off on a complex paint scheme isn't worth it, so the X-22 will be my gloss of choice from now on.
Then it was time for decals. These are by Cartograf -enough said!
My only caveat with them has to do with two things: the pattern is very repetitive (i.e. left/right wing are mirrored, elevator and ailerons continue the pattern while they were separate parts) and though they are sized to the model, I was left with some short areas, probably due to the fact that I animated the control surfaces. Fortunately some extra material is provided, and duly used on the top wing centre section cut-out near the radiator, the elevator, and wing tips, where some had flaked off. I very sparingly used some Daco medium decal solution on complex areas like the wing tips and centre section cut-out, but otherwise none is needed. Being pre-sized does make decalling a breeze, as everyone who has ever done a Lozenge-covered model without pre-sized decals can attest!
Re-glossing the model, I used 0,5mm tape to mask off all the wing and tail ribs for some shading with Tamiya Smoke -not realistic per sé, but I liked the look on some other models I saw and wanted to try it. I'm not a great fan of masking over decals, but only had one very tiny bit pulled away with the tape -a testimony to their quality. I also masked off the radiator and painted it Revell Aqua “Steel”. The same brand, but Coal Black this time, was used to paint all the struts and wheels. After a few touch-ups and a light misting of Linen colour on the under surfaces (where the Smoke-effect was a little too stark for my taste) I applied a dark oil wash to the nose area and radiator, and gave everything a matt coat (also Revell Aqua) so I could proceed with the final assembly. The only surfaces not shaded, matt coated and decalled were the lower wing under surfaces, since I'll have to pull rigging wires through them and the decals will aid in covering up the holes for that. These will be done once the rigging is in place.
Finally the remaining small parts like propeller and wheels were painted and set aside for assembly.
In this case I started with the undercarriage, which is quite fiddly. I used Tamiya Extra Thin to secure the rear struts in place, inserted the axle, and carefully lined everything up. The Extra Thin allows for some movement, while still drying fast enough to prevent you from having to hold the parts all evening! This was left to dry overnight, and then the forward legs were super-glued in place, as was the axle. The rear struts were also given a small dab of glue.
Then it was time for one of those biplane milestones: mounting the top wing. Since I had earlier found out the struts did not quite match the drawing, and a dry fit indicated the wing height did not “look” right either, I checked the measurements of the fuselage to the Datafile drawing. Pretty much a good match, so I shortened the V-struts by about 1mm -not a lot, but it makes a big visual impact. The very flexible lower wings (which, before mounting the top wing, had a bit too much dihedral) would hopefully compensate a bit if I didn't get everything exactly right. I glued the V-struts to the top wing, and made a temporary jig from a piece of foam, with some cocktail sticks to prevent the wing from tilting. Re-checking my measurement I found the interplane and fuselage to top wing gap pretty well according to the drawings. I then tested the cabane struts, and like I found earlier, the indicated part 9C is too short, and 11C too long. Since shortening something that is too long is generally easier, I took measurements from the Datafile, marked the bits to be cut with Tamiya tape (also to stick the part to my cutting mat, to prevent it from moving or, worse, breaking) and then using a JLC very fine razor saw carefully cut about 1,5mm off the undersides of the cabane struts. The rearmost has a diagonal bracing strut, so this was lightly fussed with a scalpel and re-glued with Extra Thin cement. Fortunately the Roden plastic is quite flexible so this is very doable. Very carefully I sanded the ends back into a somewhat tapered shape, and I then added tiny dabs of sprue so they would fit the holes in the fuselage and left them to dry for some time, after which they needed re-painting since my actions had damaged the paint.
This bit of effort paid off very well, as I was rewarded with properly fitting cabane struts! Hurray!
Of course my bit-of-foam-with-cocktailstick-jig was not quite suited to final assembly of the wing, so after some head-scratching I came up with something simple. I put the model in my temporary jig again, and simply ran a bit of narrow Tamiya tape over the nose, top wing, and rear fuselage. This way the wing would stay put, could still be positioned properly, and would leave me a free hand to push it down a bit too far, snap the cabane struts in their mounting holes, and apply a dab of thin CA to the mounting positions. My free hand was even capable of adding a bit of accelerator so I could let go -and I was rewarded with my first Roden model that appears to have everything aligned properly!
I left it to harden for a night, and then added the rigging wires to the top wing and fuselage, and left those alone, too, to make sure they would be fixed well before pulling them tight. After tightening them using clothes pegs and using CA to fix them in place. Unfortunately one of the inner wires near the cabane struts did not want to tighten -a bit of heat made it a bit better, but it appears the thin CA ran a bit downward, gluing the 2 wires a bit further together then I wanted, giving it a bit of a curve as it starts at the top wing. That makes it look a bit slack, but it isn't really -it just looks a bit odd. Since I only noticed after cutting the ends off, there was no way to fix it, so I applied a bit of heat with a soldering iron, and it came out slightly better, but still odd. Moving on, I used a fine brush to dab a bit of nearly dry (thick) paint in the small holes, and glossed the lower wing. After letting it dry overnight, I applied the decals, then, trying my luck, I carefully masked the ribs over the unvarnished decals and did the shading (this time mixing 1:1 clear gloss to the Tamiya Smoke make it stand out less and avoiding having to overspray with base colour to reduce contrast like I had to on the top wing and tail), using a hair dryer to speed drying, then immediately removed the masking (no pullups -brilliant!) and applied flat Revell Aqua varnish as per the rest of the model. Thanks to the quick drying time of the acrylics, I was able to do all that in one evening.
After that it was time for the last small bits, of which, almost like a modern jet fighter, there are quite a bit. I re-glued the seat in (it had broken out), painted the leather coaming, cut and added the acetate windscreen (thanks to the MM forums for tips -I used clear varnish to fix it in place after first bending it slightly curved to match the fuselage contours) and had a lot of fun cutting tiny pieces of stretched sprue to equal lengths to make the gun blast tubes protruding through the winter cowling. They're so tiny, I was unable to drill the ends out. Cutting them at an angle and using CA glue to add them to the nearly complete model was nerve-wracking enough!
By now the only bits left to add or make were the radiator pipes, wheels, propeller and exhausts. I'd painted the propeller earlier, and the radiator piping was bent from brass rod with the drawing from the Datafile as a guide, and fretted with a bit to get them to fit. They were probably green or black, but I liked the brass colour, so left them bare. The exhausts were painted Mid Stone, dry-brushed with black, and given a filter with blue. I also painted the insides black for depth and soot. I then removed them all at once from the pour block using a JLC saw and managed to install them quite decently. As a final touch I rubbed them with some lead pencil. The wheels were then installed, and at that moment my parts bag -save for all the extra stuff Roden gives you- was empty. I took my customary beer, took pictures, turned my build notes into this review, and called her all done!
I guess it is up to the individual to decide if it's worth the asking price: I've tried to show what can be done with it, and it definitely looks very neat next to my Roden Fokker D.VII with Lozenge decals!
If you think it's worth it, go get one, and have fun building this very nice and unusual version!
As a final word, thanks to Scott for giving me the opportunity to build this kit, even though he was probably aware I am a very slow builder so it would take a while before it would be done!
-Windsock Datafile on Albatros Öffag series
-Google for additional pictures of Polish Albatrosses. (try searching in Polish -it'll turn up wonderful stuff!)
February 2015 If you would like your product reviewed fairly and fairly quickly, please
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If you would like your product reviewed fairly and fairly quickly, please contact the editor or see other details in the Note to Contributors.
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