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Tiger
shows its litheness and why it was the top contender to fill
Australia's ARH needs |
| jbhjmnn |

MTR 390
- Two
MTR 390 engines
- Two
x 958 kW (1285 Hp)
- Full
Authority Digital Engine Control
- Average
fuel flow for sortie at 30C: 490 litres an hour total

Giat
M781 30mm
- Slaved
to gunner's helmet or roof-mounted sight
- Aiming:
-23, +38, +/- 90 degrees of target centreline
- Four
90 round bins, 90 in the feed chute
- Rate
of fire: 750 rounds per minute
- Range:
Air to Air - 100m-1500m
- Air
to Ground - 1500m, suppress to 4000m
- Penetration:
About 15mm of armour at 800m

AGM114M
Hellfire 2
- SAL
Air to Ground Missile
Advanced fragmentation warhead (incendiary pellets)
- Up
to eight missiles carried
- Range:
1000m-8000m
- Third
party designation

70mm Rockets
- Load:
Seven rocket Pod, 19 rocket Pod
- Range:
800m to 5000+m
- Rocket
types: FZ71 HEGP
FZ181 Flash Warhead
FZ120 Mod 1 inert warhead
- Future
Acquisition: Flechette
Sub-munition
APKWS
- Five
rocket types can be loaded simultaneously

Roof-mounted
STRIX
sight
Gyrostabilised
platform fitted with:
- Thermal
camera
- CCD
TV camera
- Laser
range finder
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Tiger
teeth - Taming
the big cat
The
first Australian Tiger ARH rolled off the production line and went
through an initial test flight in France recently. With a total
of 22 Tigers to be prowling through Australian skies by 2008, there's
never been a better time to have a look at the new aircraft and
what it's capable of
By
Pte John Wellfare
All this technology will require highly skilled pilots who can perform
in ways never-before asked of Australian Army aviators.
Army
Helicopter School Chief Instructor Lt-Col Greg Lawler says the transition
from Kiowa to Tiger will be a step up for Army pilots.
"[The
Tiger] is definitely the most complex helicopter and possibly the
most complex weapon system that's ever been introduced into the
Army," he says.
"The
training has been constructed to enable us to take pilots off Kiowa
and turn them into a Tiger pilot, but we have ensured that the complex
nature of the training is addressed.
"It's
the situational awareness of the battlefield, there's a significant
amount of systems delivering information to the crew that Army aviation
have never dealt with before.
"It
comes down to being able to manage the aircraft, manage its systems,
manage the weapons, manage the crew and when you put all of that
together it comes down to situational awareness of the battle-space
and that's the complex issue."
The
new aircraft provides an entirely new capability for the Army and
requires its own procedures, which have already been developed and
are currently being evaluated. It's expected that testing, performed
in the synthetic systems at DSTO, will provide a solid starting
block from which the Tiger can take off.
"Army's
understanding of the aircraft will grow over its initial years of
employment and the strengths and limitations of the aircraft will
be identified and the doctrine will be adjusted accordingly.
"The
Tiger pilot that we put out on day-one - we're putting so much effort
into this training - they're going to be pretty close to the mark."
But
the pilots aren't the only ones who need to be trained - commanders
of combat and support units who will find themselves working with
the Tiger also need to know what the new helicopter can do and how
they can get the most out of this new capability.
"Training
Command is developing a one-day course, which is to focus the mind
of the commander on this weapon system and what it can achieve in
the battle-space for them," he said.
"Basically
it's showing the strengths of the aircraft - this aircraft has significant
strengths - but we need to show them where these significant strengths
are."
The
team player
By
Pte John Wellfare
When the ARH settles into 1 Bde, where the combat team concept is
as strong as any individual unit ethos, commanders will have to
learn to use the new helicopter to its full potential alongside
tanks, LAVs, artillery, APCs and troops.
As
far as SO1 Ops, Aviation Capability Development Group, Lt-Col Grant
Iddon is concerned, the Tiger has to become a natural element of
1 Bde's fighting and reconnaissance power.
"When
we're co-located [at Robertson Barracks], working regularly side
by side with the 1 Bde team, combined arms integration will be one
of our primary objectives.
"It's
partially an education process, and from what I have seen everyone's
keen to make this work."
As
the first Australian ARH rolled off the production line, US Army
Aviation chiefs announced they would be recommending disbanding
their Comanche ARH program in the interest of diverting funds to
other aviation projects. So, if the Americans don't need one, will
our ARH be shunned on a coalition battlefield?
"I
think it might actually be the opposite," Lt-Col Iddon says.
"What
[the US Army] are missing is the middle ground of a composite reconnaissance/firepower
helicopter.
"They've
got this void in the middle now because they've got an OH-58, which
is ancient and has limited effectiveness and they've got the very
heavy Apache.
"We
sit in the middle ground so if anything we bring a niche - a specialisation
that they are not going to have."
There's
little doubt the ARH will be a handy friend on the battlefield,
whether it's providing the eyes or the firepower, you can look forward
to seeing one hovering overhead soon.
Tiger
- Specifications
- Design
mission weight: 5400kg
- Alternate
gross weight: 6000kg
- Length:
14m
- Height:
3.81m
- Wing
span: 13m
- Hover
out of ground effect (OGE): 3500m
- Vertical
rate of climb: 6.4m a second
- Maximum
rate of climb: 11.5m a second
- Flight
speed, armed: 155 knots
- Cruise
speed: 124 knots
- Design
limit speed: 174 knots
- Agility:
40 degree angle of yaw after first second
- Maximum
range, internal fuel: 657km
- Mission
endurance: Two hours and 50 minutes
- Max
endurance, internal fuel plus external pods x2: Three hours
and 25 minutes
- Max
internal fuel capacity: 1404 litres
- Max
internal plus external fuel capacity: 2138 litres
- Fuel
burn: 490 litres an hour approximately.
- All
photos provided by the ARH project office.
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