| Date of Review |
June 2007 |
| Manufacturer |
Hasegawa |
| Subject |
A-4E/F Skyhawk |
| Scale |
1/48 |
| Kit Number |
09399 |
| Primary Media |
Styrene |
| Detail Media |
Styrene |
| Clear Media |
Styrene |
| Pros |
Many versions can be built |
| Cons |
No weapons |
| Skill Level |
Basic |
| MSRP (USD) |
$34.95 |
Background
The US Navy had to rely on the A-1 Skyraider series of aircraft
to carry out ground attack missions during the Korean War. They
started putting out feelers for a replacement or at least a low
cost airframe for the vendible propeller driven plane. The “powers
that be” were concentrating on upping the Soviet fighters
design for design. Not much money was left for the more unglamorous
rolls of ground pounding. The Douglas Aircraft Company got wind
of this need and started designing an all new carrier-borne ground
attack airplane.
It had to be small and strong. Fast at altitude and good slow
speed characteristics for getting on and off the carrier deck and
it had to carry lots of heavy ordnance. This lent itself
to an unusual delta wing with elevators too. It looked right. It
looked fast and it looked like a lean light weight prize fighter.
The Navy liked it. No complex wingfold mechanisms and it
can be easily tucked away below deck.
One of the biggest cosmetic changes it had came in the form of
the humpback electronic systems package retrofitted to the A-4E
and later series. The large hump on the back looked
like the plane had been injected with steroids and was ready to
take on all. The hump housed various electronic systems and enhanced
battle field survival in the burgeoning electronic countermeasures. The
A-4F looked very similar externally but had a few changes the trained
eye can pick out.
First of all the nosewheel steering got changed and upper wing lift
spoilers were added to the wings, the Escapac 1C-3 ejector seat and
Pratt & Whitney J52-P-8A engines were installed. The humpbacked
pod was also retrofitted to all operational A-4E aircraft and a few
A-4C aircraft as well. Some late A-4Fs were retrofitted with
ALR-45 at the top of the vertical fin and a small chin-type DECM
antenna was stuck underneath the nose. Douglas Aircraft Company
supplied 100 kits to the fleet to upgrade the little plane with the
more powerful J52-P-408. The installation of this engine resulted
in a marked improvement in performance.
The Build
As most builds start with the cockpit and I will do the same. The
seat is not bad but with a quick dig into my spares box, I found
a resin seat by Black Box to replace the kit seat. Avionix
(by Black Box) sells a 10 piece seat set for all your favorite
fighters. This is a suitable way of not having to replace
the whole cockpit when it is not necessary.
I used a dark gray, FS 36231, for all cockpit features. Carefully
placed decal placards detailed up the side panels and instrument
just fine. The usual black wash brings out the detail. While
I had the cockpit in my hand, I sprayed Tamiya Gloss White in the
nose wheel well area that the cockpit is molded from.
The intake trunk just starts to hint the problems to come. I
sprayed it gloss white while I had the airbrush out. I couldn’t
get a good paint job on the compressor blades, so I went back and
airbrushed the blades black, went in with silver and cut a disk
out of masking tape to cover this area and then reloaded the airbrush
with the gloss white. It got glued into position after making
sure it fit between the two fuselage halves.
The cockpit got glued into place with superglue and the long exhaust
tube got glued into place too. No big deal here. I
did make sure alignment with both sides of the cockpit stayed within
acceptable norms. The instructions call for 8 grams of weight. I
prefer to put the very precise measurement of “A whole butt
load” of weight so as to not fall short after it is too late. Better
safe than sorry on that subject. The fuselage halves went
together with some difficulty. It was hard to keep everything in
alignment and keep the fuselage from “bananaing”. It
might have been a little heat damage from storage or bad technique
on part of the builder but it was an issue on this build. Lots
of filler was used on the bottom of the engine cowl too.
Time to make a decision; What type of A-4 did I want to build? After
lots of debating and pouring over photos, I made up my mind and
decided to build an “F” model right from the box with
the “Lady Jessie” scheme. This decision was
hard because there are so many good schemes out on the aftermarket
decal sheet scene. I even thought about building a “C” model
or one of a dozen good Aggressor schemes.
With the decision to build a humpback “F” model, I
had to start picking out the parts that are exclusive to this version. The
faring plug below the engine bay, the hump, and the rudder cap
all got placed on the fuselage. The hump didn’t fit
that great and I had to use some putty to blend it into the base
of the rudder. I also had to fill in a huge sink mark in
the rudder cap and had to sand the whole thing smooth to blend
with the tail better.
Now it is time for the intakes. They did not fit too well.
I had to use filler on the inside and outside to get them smoothed
out. I spent about a quarter of the entire build time on
just this area and I am still not completely happy with the results.
Next item on the list are the wings. I thought I would help the
alignment of the fuselage to the wing root on the bottom side of
the fuselage by not gluing the top of the wings on until the bottom
of the wing was glued on the fuselage. Wrong. It did help a bit
but when it came time to glue the top wing panels on, they would
not align up. I fought and fought with it. I would get one
side aligned and the other side would bend the wing down. This
went on for some time until I found a happy medium and left it
alone.
Don’t bother to put the leading edge slats on until near
the end of the build. Be ready to break off the little tabs
that hold the leading edge slats in the open position. It
will happen. The landing light didn’t want to fit I
the leading edge properly too, probably due to the misalignment
of the wings to begin with. I superglued it in and then sanded
it down and polished it out before taping it off for protection
and painting.
I held off putting the tail planes on until after painting so
we will come back to that later. The wing roots have machine
gun ports on them for the E/F models. They did not fit too
well and lots of putty had to be used to blend them in along with
the wing joint. Not Hasegawa’s usual engineering we
have become spoiled with. I actually had to fill and sand
some and re-scribe. Go figure! The rest of this part
of the build was filled with putting all the festoons and accruements
on to represent an F version. This took some time and more
than a few trips to the bookshelf.
The drop tanks are not the best either. The tail fins fit
very poorly. Then needed a few layers of putty to build up
and blend it down to a smooth surface. More and more time
was spent on all the little bits and pieces that needed to be cleaned
up and painted either flat gull gray or gloss white. Some
of the more tedious chores to do are painting the red outline around
the landing gear doors. You better have a steady hand. Next
time I might try red decal film. It might give you a better
and sharper line. All the red areas that needed painting
were a bit of a pain. The leading edge slat wells, back sides
of the airbrakes were the big areas. Some might paint the
underside of the leading edge slats and the inside of the airbrake
wells red too but left them gloss white.
Now with the tough stuff out of the way comes the fun part in
my book. I gave a pre-shading effect before using Model Masters
Acryl Flat Gull Gray and Gloss White paint. After using some tac
putty to hold the landing gear doors on, I painted the bottom gloss
white. Don’t forget the ailerons and rudder too. The
top half of the plane got a coat of gull gray. After all
was dry, I used the old Future gloss trick to prepare it for decals.
Painting the air intakes was a real pain. I mixed up a red
that matched the “Air Intake” triangles painted on
the side of the intakes and masked off the outer edge. The
inner edge was very difficult to get right and I had to stuff tissue
in the intake to keep the red overspray from messing up the clean
white intake area. On and on the masking went. Little
by little I got the area masked off and had to mask off the whole
plane too. More time spent on such a little detail. I
wonder if red decal film could be used to get a cleaner look. Maybe
next time. I still wasn’t 100% sure I wanted to use out of
box decals so I decided to make it a generic A-4F just incase I
changed my mind at the last second.
Well let’s stick with the plan! “Lady Jessie” it
is! The decals are opaque but did not react at all to Micro-Sol. I
needed something chemically hotter like Solva-Set. Solva-set
is considered a nuclear weapon of the decal setting solution world. It
is a very hot emulsifier. The Hasegawa supplied decals acted
very very well to Solva-Set. You better have the decal right
where you want it when you put this stuff on. It took 4 or
5 attempts to get the decal around all the vortex generators on
top of the wing. Small cuts with a hobby knife allowed the
trapped air out and another spot of decal solution tucked them
down just fine. Another gloss coat locked them down for good.
Now I had the problem of the bottom needing to be gloss white
while the gull gray should be flat. My not too ingenious
idea was to spray flat on just the area painted gull gray. I
had to watch for flat overspray. Not an easy thing to do! This
simple system seemed to work just fine. Remember to mask
off the white flight controls so that they stay glossy white. The
next problem is that the orange and red of the decals should be
glossy. So I went back with a fine brush and hand painted
clear gloss over anything red or orange. It was tough but
added a little detail that really pays off in the end.
More pieces and parts go on now. Machine gun barrels, refuel
probe, dump mast, flare boxes, sensors, airbrakes bomb braces,
drop tanks, on and on. I got ready to put the tail hook on
and found the thin plastic rod was bent in 5 different directions. It
had to go. I took a small piece of brass rod and cut the
ends off the kit tailhook and superglued them on the rod. A
coat of white and masked off stripes for the black areas and the
tail hook was done. Much better!
Another area I had a problem with was the forward wind screen. The
injection lug seemed to warp and discolor the windscreen. I
tried to polish it out and a dip into Future to clear it up but
it still looks bad. A new windscreen will be put on at a
later date. There is a boarding ladder included that is not
bad but I did not use it.
Conclusion
All in all I really liked this kit. It looks fantastic on
the shelf. The instructions were not always clear as to what
little piece goes where and can be confusing with the E/F versions
mixed in with a C version that is not mentioned at all. You
end up with lots of odd spare parts. The intakes were a bit
of a distraction and the wing roots were another time killer. The
upper wing joint to the fuselage was probably the builders fault
so it is hard for me to bash on that. I got a bit tired of
all the stuff that had to be put on after the major part of building
was over. It never seemed to end.
I would have liked to load out my Scooter with all kind of different
bombs and rockets but you have to buy the weapons kit separate or
raid other kits like the cheap and easy to find Hobbycraft A-4 kit. After
knowing where all the trouble spots are, I really want to build a
C model, M model and maybe a Free Kuwait A-4KU some time in the future
(you will have to buy a different kit for the M and KU models). I
highly recommend it for all lovers of Naval Aviation and Viet Nam
aircraft. Go buy one and enjoy.
References
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