| Date of Review |
August 2004 |
| Manufacturer |
Classic Airframes |
| Subject |
Hawker Sea Hawk |
| Scale |
1/48 |
| Kit Number |
465 |
| Primary Media |
Styrene |
| Detail Media |
Resin/PE |
| Clear Media |
Styrene |
| Pros |
Detailed resin cockpit, intakes, wheel
wells |
| Cons |
One-piece canopy |
| Skill Level |
Intermediate |
| MSRP (USD) |
$54.95 |
Background
For a look at the history of the Hawker Sea Hawk and the kit
straight out of the box, check out the review
published earlier on Cybermodeler.
The Kit
As with any limited run kit, the first thing to do is to dry-fit everything. Getting
to know your model now will save you frustrations later. A number of ejector pin stubs
will require removal in various parts of the kit to ensurse a good fit. Dry-fitting the
top and bottom forward fuselage halves revealed that the stubs in the wing roots would be
classified as problematic, so away they went.
Assembly
The resin parts need to be removed from their casting blocks and cleaned up as well. I
had a brief fantasy that the main wheel well resin part would not have to be touched as
the part drops beautifully into the lower fuselage, but alas, the casting block - small
as it was - interfered with the upper fuselage half. Time to grind everything away.
In addition to the casting block, the edges of the cockpit tub need
to be shaped to achieve a nice fit that won't interfere with the
lower fuselage half. I installed the styrene nosewheel well into
the forward section of the lower fuselage half. I dry-fit the
cockpit tub into the upper fuselage half and located where the
fit problems were. I ground quite a bit of the underside of the
tub, but as I realized how thin that floor section was, it was
time to look for alternatives, as the fit was not quite right
yet. After fiddling with the nose for a bit, I realized that the
styrene part that serves as the noseweel well 'top' was trying
to double as a base for the cockpit tub, but it was more of the
cause of the poor fit. I removed the styrene part from the lower
fuselage, shortened it considerably, and reinstalled the nosewheel
well. The shortened part does not interfere with the cockpit tub
nor does the change affect the nosewheel well.
The instructions call for the wheel wells to be either the lower fuselage
color or dull aluminium. As I don't have any photo references
to work from, I opted to paint the wheel wells Tamiya Flat Aluminum.
Once this was dry, I applied a wash of diluted black oil paint
to the details inside the main wheel well. The photo shows the
nice results. I installed the resin main wheel well into the lower
fuselage and the fit was nice!
I painted the cockpit tub Tamiya Dark Grey. I know that 1950s
era aircraft tended to have black cockpit tubs, I used a variety
or Tamiya Dark Grey, NATO Black, Flat Black, and diluted black
oils to retain some contrast while keeping the 'dark' cockpit.
The kit comes with a nice photo-ected instrument panel that is
backed with an acetate part on which the instrument faces are
clearly printed. Photo-etched seatbelts and ejection seat details
are also provided in the kit. Nicely done!
The completed cockpit was installed in the upper fuselage half. One
last dry-fit of the upper and lower fuselage halves show a nice
fit when it comes time to make the join permanent.
The lower fuselage is completed with the installation of the resin
intake inserts (which are made to install easily and perfectly -
nice one Classic Airframes!), and 10 grams of ballast. I use
standard lead ballast that has two-sided foam tape used by the
model railroad hobbiests and make great aircraft weights as well.
In this case, however, the foam tape gets in the way of the cockpit
tub, so this was removed after the photo was taken. For this installation,
I applied cyno to affix the lead directly to the lower fuselage.
While the lead was drying in the lower fuselage bay, I jumped ahead
and assembled the tail section. Do lots of dry-fitting here to
get the horizontal stab to fit firmly in the vertical stab without
twisting to the left or right. Mine went together with minimum
adjustment.
I assembled the wing halves next, but before gluing, I drilled out
the holes for the wing pylons on the underside of the wings. The
instructions clearly show how far in from the inboard ends of
the wing to drill (14mm) and how far apart to drill the holes
(8mm), but it doesn't show how far aft of the leading edge of
the wing the pylon should attach.
Fortunately, there are a pair of holes for the inboard pylons,
these are found on the underside of the wing that is part of the
lower fuselage. I drew a line that extended fron that pylon attachment
point out onto the outer wing panel to get the point of distance
from the leading edge of the wing to the pylon, assuming that
the inboard and outboard pylons align with one another. I drilled
out the holes accordingly, then cemented the wing halves together.
Probably the most challenging part of the model are the photo-etched
flow directors in the mouth of the engine intakes. These three PE fins
are glued to a photo-etched guide that needs to be installed in the upper
half of the intake mouth first. With the guide installed, I applied a small
bead of thin cyano to the appropriate spot of the guide and then put the
appropriate fin into place with tweasers. The thin cyno grabs almost instantly,
the keyword is almost. If you move the part before the cyano grabs, it won't
take. It took me a few tries to get the technique and it worked flawlessly
for the remaining five fins. With the forward fuselage halves together, you'll
need to add a small bead of thin cyano to where the fins meet the bottom half
of the intakes.
Painting and Markings
With the major components completed, it was time to apply the first coat of
paint. I had originally chosen the color scheme depicted on the box art, but
since I've seen many other Sea Hawks completed this way, I opted for the
Extra Dark Sea Gray over White scheme that is also provided in the kit decals.
I used a spraycan of Tamiya White lacquer for the base coat, building up the
finish with a thin layer of paint at a time. When I had a small build-up of
paint on the trailing edge of one of the wings, it was a simple matter of
sanding off the excess, buffing out the surface, and touching up.
You can see in this shot that the white goes on well and does not clog
up the details. The other nice thing about white, like Alclad, it will show
you where any surface flaws lurk. Once this coat has thoroughly dried, it
will be time to mask and apply the Extra Dark Sea Gray.
One note of caution - the color profiles in the instructions have
one confusing contradiction. They show that all of the paint schemes
use Extra Dark Sea Gray. Check your references! The first
sign of trouble for me was the equation of Extra Dark Sea Gray
(BS 640) to FS36118, which is Gunship Gray. FS36118 is actually
a rough color equivalent to Dark Sea Gray (BS 638), a shade several
tones lighter than Extra Dark Sea Gray. While I've found one reference
that equates BS 640 to FS36118, the majotiry seem to agree that
BS 640 is equivalent to FS36099.
To make matters more confusing, It appears to my eye that the paint schemes of
Sea Gray over Sky use BS 638 Dark Sea Gray whilst the Sea Gray over White uses
BS 640 Extra Dark Sea Gray. I'd welcome some educated corrections here if I'm
mistaken!
I used Tamiya XF-24 Dark Gray for the upper color as it is a very
close match to BS 640, especially after a few coats of dilluted
Future to gloss up the finish. The rest of the details were finished
in their appropriate colors and it is finally time to decal the
aircraft.
I chose the markings for Sea Hawk FGA.6 of 806 Sqn, with the Ace of Diamonds
placed just ahead of the intakes. The decals are Microscale, though the roundels were
done in the two-part style that some manufacturers are favoring. Most of the decals
went on fine without setting solution, though a touch of Micro-Sol was required for
the Ace of Diamonds markings.
Final Assembly
With the markings in place, all that remained was to install the landing
gear and the folded wings. I used thin cyano to hold the wings
in place, though these wingfolds will be a bit delicate.
Conclusions
This was a straightforward build, though it did take a little time to complete since
it was left on the bench while my wife went to hospital for a while. It's nice to get
this model finished and on the shelf! You'll like this kit, while it is a multi-media
kit (styrene, resin and photo-etch), none of the parts are complex and this would
make a great starter kit for those builders ready to take on their first or second
multi-media project.
My sincere thanks to Classic
Airframes for this review sample!
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