



His forte is that he 'tells it as it really is'. Incisive in his approach and sometimes even provocative, Francis Tusa's analytical reports and commentaries are closely studied by decision makers within the Defence community at large. Not one to acquiesce to the 'party line' or necessarily follow the latest trend, he is nonetheless widely respected for his unbiased and critical focus on the facts. Not surprisingly Francis Tusa is much sought after by News Editors on both radio and television.
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September 2002
Afghanistan was a nightmare when it came to access for
aircraft – no bases in Iran, none in Pakistan, none in
India, and only eventually bases in former Soviet
Republics north of the border. Access was by sea-based
aircraft and long-range bombers operating from Diego
Garcia in the Indian Ocean. Mission ranges were
measured in the many hundreds of kilometres, more often
in the low thousands.
Would anything be so different for attacks on Iraq?
Possibly not. Saudi airbases such as Tabuk and Al Sulayl
are now out of bounds, as almost certainly Kuwaiti bases
will be. The closest bases for use – those at Incerlik and
Diyarbakir in Turkey – might be close to the Iraqi border
but are further away from the centre of gravity of Saddam
Hussein's regime, Baghdad. Take the following
approximate distances:
And now take some selected combat radii for
non-flight-refuelled US aircraft:
But the principle
is simple – it will be increasingly pointless to design
limited-range aircraft. Range is arguably the key criterion
now for any combat aircraft – it could be argued that
range should take priority over such factors as stealth.
Afghanistan showed that the bomber was still "king" – the
reliable B-52s, B-1s and B-2s will show that they are still
vital items in the US arsenal over Iraqi skies.
As an aside,
if Defence Analysis is correct about range and that
range/payload is the crucial design criteria for modern
combat aircraft, then the four Typhoon partners should
(a) accelerate service delivery of the new 2000 l fuel tank,
and (b) bring forward development, test, and production
of the proposed over-wing conformal fuel tanks. The same
is true for both the Dassault Rafale and the Saab-BAES
JAS-39 Gripen.
TANKER AIRCRAFT
It should go without saying that if combat radii are rising,
then the need for tankers will rise commensurately.
Afghanistan showed how short of tankers the US Navy
and US Marine Corps are, and how much they loved their
British buddies with those quaint hose-and-drogue
Tristars and VC-10s! But the US Air Force is arguably not
much better off for tanker assets – as was shown during
Kosovo, when on occasions there was demand for tankers
when none were to hand.
If real capability = range = fuel, then tanker size is
definitely going to be a factor. It is more and more a belief
of Defence Analysis – entirely unsupported by hard facts –
that there is little mileage in buying smaller tankers. There
are many examples of campaigns or battles that were lost
due to lack of logistic support – but none where a battle
was lost by having too many logistical resources.
COMBAT RANGE: ROTARY WING
What's sauce for the fixed-winged goose is sauce for the
rotary-winged gander. If use of Kuwait is a "no-no", and
any access to north Iraq has to come from Diyarbakir –
250km from the Iraqi border – then the real need is for
helicopters with (a) good internal tank range, (b) possible
in-flight refuelling and (c) large payload.
Consider Afghanistan. Which was the helicopter of
choice for combat operations in the most inhospitable
terrain? The CH-47 Chinook. Big, noisy, slow, less
manoeuvrable – but with high power-to-weight ratio, often
an excess of power and a heavy payload, especially
logistically. These could be traded-off to provide, still, an
excellent balance of capabilities. Smaller medium support
helicopters undertaking the same trade-offs end up with
payloads that render their use almost worthless.
Can one have a helicopter which has too much internal
fuel, too much power, too great a payload? Why operate
two dozen aircraft carrying a dozen men each when you
can fly two dozen that take 30-50 each? The only
exception to the payload/power rule might well be the
V-22 Osprey. As Defence Analysis has previously
commented on Afghanistan, the range problems there
were those that played into the hands of the Osprey lobby
and they might yet prove to be the same with Iraq.
SEA PRE-POSITIONING
OK, major bases and logistics facilities in Saudi Arabia
look certain to be out of bounds. Sure, Qatar might make
a nice base. But as mentioned earlier, Doha to the
southern tip of Iraq is still 500-600km – UAE and Oman
(if facilities there are available) are further away still. The
importance of sea positioning of equipment will be
reinforced, as it was with Afghanistan.
It is paradoxical that for land-locked Afghanistan the
key was aircraft carriers and marines aboard assault ships
that provided much of the combat power. And the same
looks possibly true of an attack on Iraq. The ability to
stay in international waters with a major slice of combat
power, deploying it as and when necessary, shows once
again the flexibility of amphibious forces. The ability to
act as a military tortoise or snail – carrying everything on
one's back – is demonstrating itself a winner in
expeditionary warfare.
BRIDGING EQUIPMENT
Just a casual glance at the geography of southern Iraq
should remind one that this is a riverine-dominated area.
Even with the drainage of swamps to deny cover to the
Marsh Arabs, the dominance of the Tigris and Euphrates
rivers in this area is absolute. Hence any advance through
this area will be dictated to a greater or lesser extent by the
rivers, their tributaries and any flood plains.
Bridges were heavily targeted during the 1991 Gulf
War, and although many have been repaired others have
not. On this basis alone, anyone looking to undertake an
advance through the key areas of south Iraq ought to have
a weather eye on his bridging train. The last thing anyone
needs is to come to a river yet be unable to cross it.
Of course, some would say that with the availability of
support helicopters rivers play a lesser role in determining
the battlefield – troops can just be flown over the waters.
But when re-supply and sustainment are considered, then
only the brave or the foolish believe that support of a
major helicopter fleet can be undertaken solely by air –
fuel bowsers and trucks can deliver many times the
amount of aviation fuel as air transport.
FIBUA/MOUT
Are people really ready for the possibility of fighting in
built-up areas? Are they aware of the demands on
ammunition supply that these operations make? If the
areas still have civilians, what measures will be taken to
minimise civilian casualties? After all, the ultimate aim of
the operation will be to overthrow the Iraqi regime, not to
kill innocent Iraqis who might be unable to do anything
about their predicament.
Just how well-prepared are the
US forces – especially – to undertake what historically has
been one of the toughest and bloodiest military missions?
Examples of FIBUA from Israeli military missions in the
Occupied Territories show quite how bloody things can
get. But they also show how worldwide concern builds up
when 'over-excessive' means are used – bulldozers, firing
white phosphorous into buildings and so forth – when
civilians are still present.
Take two countries: Afghanistan and Iraq. In general
terms two countries with little in common, especially
geographically. One land-locked, the other with a short
coastline; one mainly mountainous with heavy snow, the
other a riverine nation, with some mountains in the north.
But with regard to the possible prospect of military action
against Saddam Hussein, it is worth noting how militarily
similar these countries might be. Defence Analysis has a
checklist of possible parallels between the two, as well as a
few items that ought to be on any military planner's check
lists for an Iraqi campaign.
COMBAT RANGE: FIXED WING
The anticipated ranges for attack on Iraq mean that all
US aircraft will be at the extremes of their internal fuel
ranges. So, as with Afghanistan, trade-offs between
payload and fuel may well be necessary.

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