The second model in E-flite’s Platinum
series is the DHC 2 Beaver, designed by DeHavilland of Canada
as a rugged and powerful aircraft that could be equipped
with either wheels, skis or floats. This enabled the Beaver
to reach areas in the frozen remote areas of Canada and Alaska
that could normally only be reached on foot or by boat.
This superb scale model from E-flight raises the
standard in almost ready to fly electric models with
a host of scale detail that is unsurpassed. The Beaver
features distinctive corrugated flight control surfaces,
concealed control linkages to the rudder, elevator
and steerable tail wheel hidden behind an easy access
fibreglass tail cone. The fully functioning flaps
aid in short take offs and landings and also feature
concealed linkages. Other scale features include
a pre-painted fibreglass engine cowling with dummy
radial engine, pre-painted fibreglass landing gear
fairings, and pre-moulded canopy windows with the
correct blown effect to the side windows. The large
cabin can be fitted out with the optional scale cockpit
kit (EFL4537) containing instrument panel, cloth
effect floor and seats, two painted pilot figures.
As to the airframe itself, this is constructed from laser
cut lightweight plywood and balsa parts covered in Ultracote
in a scale colour scheme complete with DeHavilland graphics.
The large one-piece wing is easily removed for convenient
transport. One feature that is included but not seen are
the pre-fitted float mounts that allow the landing gear and
optional floats (EFLA500) to be changed quickly and easily
allowing the Beaver to be flown off water for the ultimate
in scale flight. Thanks to the unique adjustable engine mounting
on the firewall the Beaver may be powered with either the
E-flite Power25 or the Power 32 Brushless outrunner motors
either of which provides plenty of performance, although
it might be prudent to fit the Power 32 if the model is to
be flown only off water. E-flite’s comprehensive hardware
pack and illustrated assembly guide complete the fantastic
model.
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