Mi-35 Hind E
Mil Mi-35M Hind E from Zvezda

Scale:  1/72                                               

Background.  

The Mil Mi-35M Hind E is an upgrade to the famous Mi-24 Hind Gunship.  In addition to being
a potent gunship, the Hind can carry a number of soldiers in the fuselage or can evacuate
wounded.  Initially, the designation, Mi-35, together with the Mi-25 were used for export
versions. These designations were used before the end of the Soviet Union. More recently,
the designation Mi-35 refers to the most modern version of this important helicopter. The
Mi-35M is basically a modernized Mi-24V and is characterized by changes in weaponry and
an increase in engine power. This model also features improved main and tail rotors as
well as modernized wings, fixed landing gear and new laser aiming and navigation
systems.  One identifying factor is the four blade, "scissors" type tail rotor and two
massive hard points under each wing.  This version is also exported.  In the western
hemisphere, the Mi-35M serves in Brazil, named the “Sabre”, and in Venezuela as the
“Caribe”.

The Kit.  

I have built some Zvezda kits in the past and generally have considered them to be
somewhat simplistic.  This kit is the opposite.  It is almost as if the designers at Zvezda had
an actual Hind E available to them to provide all the details that they needed.  The kit
contains 290 parts on six sprues.  Surface detail is very good on the plastic parts and seam
lines and mold flash are minimal.  The transparent parts are clear, very thin and well
protected in the box.  The decal sheet is well printed and in perfect register although I felt
that the cockpit decals were a little crude.  The decals are thin and conform well to the
surfaces.  A single set of markings is provided.  The instruction sheet consists of ten
pages, seven of which are devoted to the step by step assembly of the model.  Most of the
instructions are visual, showing how the parts are supposed to be assembled.  Some of the
assembly locations are somewhat vague.  The colors used to paint the model reference
Testors Model Masters paints, definitely a plus.  The model can be built in two versions,
with the difference being that version 1 shows many of the major maintenance panels in
the open position.

Build.  

This is a complicated model to assemble.  The modeler must pay very close attention to
the 35 individual assembly steps and their sub-assembly steps.

The first major assembly is the cockpit/troop cabin/engine/transmission area.  See photo 1.  
The design of the model is good in this area and the parts seem to key together well.  To
my thinking, I feel that the instruments seem a little garish.  I chose not to include the pilot
and gunner figures so I added some decal seat belts.  It is very important to make sure that
the transmission assembly (the large blue part behind the engines) is mounted perfectly
vertical.  The main rotor mounts into the transmission so any misalignment will cause the
rotor to be out of line.

The second major assembly process is the closing of the fuselage.  I encountered a
number of problems with this step.  The fit between my cockpit assembly and the fuselage
halves was so tight that I could not get the fuselage completely closed.  Possibly some of
the formers in the cockpit assembly could be trimmed down.  Also, the cockpit assembly
seemed to be too far forward.  I mounted the assembly firmly against the indentations
inside the fuselage (See photo two) but this was not good enough.  Possibly, the
indentations could be trimmed back to allow a better fit.  The lower nose panel must fit
firmly against the fuselage halves.  My recommendation is to take this step very slow.  
Hold the parts together with rubber bands and tape to make sure that they all fit together
perfectly before applying any glue.  I would also glue the nose under-panel in place first so
that the fuselage sides can be properly aligned.

The remaining assembly items must be taken as they come.  The kit offers a wide variety
of armament; gun pods, rocket pods, grenade launchers, etc.  I chose to mount the rocket
pods and the laser guided Spiral 2 rocket racks.  This makes a mean looking model.  Each
of the latter consisted of eleven parts.  The main rotor consisted of twenty three parts and
innumerable decals.  I have included a photo of the underside of the rotor to show the
detail and some of the decals which are not normally seen.  The decal sheet includes
seventeen small number decals on each blade to mark the ribs.  I assumed that these
markings would wear off in operation and did not apply these decals. ;-)  Each of the
exhaust heat dispersers contains five parts and three mounting parts.  I used these detailed
parts because I loved the way that they looked.  Simple exhaust stacks are provided as
alternatives.

The cockpit transparencies consist of five parts.  The pilot compartment has a door that can
be open and the gunner area has a transparent lift panel.  The directions state that the
gunner’s transparency is to be installed first before the pilot’s transparency.  This is
important for good fit.  I found this out too late.

The remaining antennas and bulges are applied to finish the model.  The antennas did not
seem to have their assembly positions marked.  Care must be taken in this step.

Painting and finishing.  

I did not have any major problems with the painting.  As I stated earlier, the instructions
reference Model Master Paints.  The overall scheme of the single subject provided is
overall European green.  A very complete decal sheet is supplied.  Again, care must be
used to ensure proper location.  I had no major problems with the decals.

Conclusion.

As I stated earlier, this is a complex model to build.  I encountered some problems but
some of them were caused by my haste during certain steps.  If modelers pay attention to
my comments above, they will not have the problems that I had.  I suspect that this is the
most accurate Mi-35M on the market.  In the end, I love the looks of the finished model and
am pleased to add it to my collection.  

Clare Wentzel
IPMS 1096