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Photo Courtesy Bombardier<br />
have been upgraded with a turbine<br />
engine in place of the original piston<br />
powerplant, along with three Bombardier<br />
415s. Greece operates thirteen CL-215s<br />
and eight 415s. Croatia currently has five<br />
415s, although according to Christian<br />
Bergeron, Director of Sales for<br />
Specialized and Amphibious Aircraft for<br />
Europe and Africa at Bombardier<br />
Aerospace, the country soon will be<br />
taking delivery of a sixth example.<br />
In terms of the Canadair CL-215's<br />
history, Bergeron says, "The aircraft was<br />
certified in 1969, and the deliveries<br />
started in the early 1970s. In the late<br />
1980s, Canadair produced a second<br />
version of the aircraft called the 215T," in<br />
which the powerplants were replaced<br />
with new turbine engines<br />
Bergeron continues, "In 1994, we<br />
certified a third version of the 215, which<br />
was an enhanced version of the 215T, this<br />
was designated as the Bombardier 415.<br />
The 415 has a new cockpit, new avionics,<br />
and a new water system with more<br />
capacity, while also retaining the same<br />
engine that was found on the 215T. In<br />
2004, we delivered our first 415MP<br />
Southern Europe benefits from cooperation between<br />
the air forces and civil agencies operating the<br />
Canadair CL-215 and the Bombardier 415 firefighting<br />
aircraft. In this picture, Spanish aircraft (in<br />
blue and white) can be seen flying in formation with<br />
French Securité Civile water bombers.<br />
The successor to the highly successful Canadair CL-<br />
215 has been Bombardier's 415 design. This aircraft<br />
has been procured by the air forces of Croatia and<br />
Greece, among other aerial fire-fighting platforms.<br />
Canadair's CL-215 and Bombardier's 415 series of<br />
fire-fighting aircraft have sold well around the world,<br />
saving countless lives and acres of woodland from<br />
devastating forest fires.<br />
multipurpose aircraft, which is in<br />
operation in Greece and Malaysia."<br />
One of the reasons why Europe's air<br />
forces operate a mix of 215 and 415<br />
aircraft is because it is relatively easy for<br />
experienced 215 crews to fly both aircraft<br />
types. According to Luc Lanuoue,<br />
Director of Customer Support and<br />
Engineering for Specialized and<br />
Amphibious Aircraft at Bombardier, "For<br />
an experienced 215 pilot, there's<br />
conversion training that will last,<br />
depending on the individual, between 50<br />
to 100 flight hours, after which you will<br />
be competent flying a 415. This aircraft<br />
has more power, but basically the<br />
airframes are the same."<br />
As Bergeron points out, "Several<br />
countries that are operating two aircraft<br />
have the same pilots essentially being<br />
able to fly both. Once they are certified<br />
on the 415, it is quite easy to go back<br />
and interoperate those variants."<br />
One feature of these aircraft strongly<br />
appreciated by air force operators is their<br />
robust construction. "The aircraft has<br />
been designed for the particular mission<br />
of firefighting," notes Lanuoue. "The<br />
FIREFIGHTING AIRCRAFT<br />
airframe is designed to withstand from -<br />
1G to, in certain conditions, 3.25Gs,<br />
which is an outstanding design<br />
compared to existing commercial<br />
airframes."<br />
Bergeron further explains: "The wing<br />
design is such that this aircraft has quite<br />
exceptional slow-speed characteristics. It<br />
is very stable, and that is particularly<br />
useful for firefighting, as you need to get<br />
fairly close to the fire and have precision<br />
in your drop of water. That really caters<br />
for the effectiveness in fighting the fire -<br />
not simply flying over it and dropping<br />
water."<br />
According to Bergeron, it is not only<br />
maneuvering over fires that presents<br />
challenges. "The aircraft will go and get<br />
filled up simply by scooping from the<br />
surface of a body of water. That is a<br />
demanding exercise, and essentially the<br />
aircraft will do this on average about five<br />
times an hour. We have seen cases where<br />
it can do up to ten and even eleven<br />
scoopings per hour when the water is<br />
very close to the fire. You can compare<br />
this to normal airliner operations, where<br />
these aircraft will take off and land an<br />
WWW.ABDONLINE.COM AVIATION AFTERMARKET <strong>DEFENSE</strong> | SPRING 2010<br />
31<br />
Photo Courtesy Spanish Air Force Photo Courtesy Spanish Air Force