New Delhi, 07
August 2003
India’s
new Defence Secretary Mr Ajay Prasad was in Washington for a very
important Defence Planning Group meeting with a large team, and he
also was there just two months ago with the Deputy Prime Minister L
K Advani, so he knows the issues under discussion on the India–USA
plate as far as the bigger picture and the
Indian troops to Iraq matter is concerned. Today PMO with the
NSA and Dy PMO with large staff are the two power centers of
India’s security establishment alongside MOD and MEA as National
Security Council has become a secretariat and Intelligence handler.
CCS is a concurrent body, which meets to clear issues. This is the
unwritten set up now and huge funds are available to both Defence
and Home, the former having surrendered $1.5b last year and unless
large pending deals are signed soon this fate may recur. Hence this
DPG is important.
Prasad
was also the Addl Secretary in MOD just a year ago so he is current
with the wish list of the Armed Forces and the many exercises and
the closeness of the Indian Military and the US Pentagon that have
been forged in the last two years. This DPG was arranged in
Washington DC and the venue shifted there, on the pretext that the
US will have all answers available on the table, and that holds
water as now the Government has been free
to let all and sundry travel
freely, so why not the Armed Forces.
USA
has just supplied the Army with two off the shelf Raytheon Thales
ANTPQ 37 weapon locating radars and 10 more are to follow.
Ambassador Blackwill highlighted this feature and
mentioned this sharply is in his farewell speech. Blackwill
is going to join NSA Condelezza Rice, for Middle East affairs (his
luggage destined for Harvard is now headed for DC) and he will be
there to advise on India, along with his able Security Adviser
Ashley Tellis who left to be Adviser on South Asia to President
Bush’s office. Tellis as many may recall was given a free hand to
see India’s inner nuclear workings to write a book, before he came
as Security Adviser and interacted with India’s security
establishment vigorously, till recently. Blackwill even managed to
host a farewell dinner for all the three Chiefs and Vice Chiefs and
that is signal enough to say how close US–India military relations
have reached, considering that the
MEA a few years ago never allowed more than one Chief at a
time to attend Diplomatic functions. USA is now all set to sell its
military wares to India but under the FMS route, and India can gain
greatly for modernization.
Israel
just recently supplied ARC, which is RAW’s aerial surveillance
Agency, an ASTRA snooping aircraft and though Raytheon lost out in
the competition the plane has many US components including a
Honeywell engine. Honeywell already has good presence in India and
was slated to supply the ALTEC 800 engine for the Navy ALH, but lost
out to Turbomecca due to sanctions. Sections of the Armed Forces are
still for it, as the equivalent Shakti engine for Navy’s and
Army’s high altitude ALH is still on the drawing board in HAL.
Lockheed Martin, Raytheon, Boeing, Bell, Honeywell and Grumman have
all come to India with teams and presented their wares. Wish lists
have been made. A US team met the Navy to present the PC3 Orions,
which Indian Navy needs for Indian Ocean surveillance. There were
many reports that the Phalcon system was also cleared and so the
associated missile and vital subject of air defence is discussed
here with connected issues,
since there is confusion on the DRDO’s Trishul and Akash are still
some miles away.
With
the United States government providing the necessary clearance of
sale of Israeli Phalcon AWACS (Airborne Warning And Control System)
to Indian Air Force, the IAF's long standing requirement of an AWACS
is nearing fulfillment. Phalcon AWACS will allow the IAF to exploit
the full potential of its air defence fighters like Sukhoi-30s and
MiG-29s by positioning them at advantageous "co-ordinates"
before the enemy air platforms arrive at striking distance and
further assisting them in pursuit of enemy aircraft. Wasteful
practise of "standing patrols" need not be followed. Now,
in accordance with current technological trends and breakthroughs
IAF should ask the Israelis to modify the Phalcon AWACS platforms to
MC2A (Multi-role Command and Control Aircraft) that also can perform
ELINT (Electronic Intelligence) and ground surveillance and tracking
roles in addition to its primary AWACS role.
IAF
had correctly chosen the Russian Illyushin-76 airframe, which is to
be fitted with the Israeli Phalcon AWACS system. Illyushin-76 is
blessed with an excellent combination of lifting capacity in terms
of weight with a voluminous freight hold and is already in their
inventory. Thus the full lifting capacity can be exploited, thanks
to its powerful engines and the relevant systems will not be
constrained by shortage of space inside.
Details of Phalcon AWACS system are highly classified but they are
stated to be considerably better than the standard Russian A-50
"Mainstay"(also based on Illyushin-76 airframe), two of
which were taken by IAF on lease for exercises during summer of
2000. A-50 is equipped with Vega-M Research and Production
Corporation’s three-dimensional pulse-Doppler radar with a MTI
(Moving Target Indicator) for improved target detection and provides
overland coverage against aircraft targets around 230 km and against
large ships up to 400 km. It can handle up to 50 simultaneous
targets. It was reported that the A-50 leased to IAF was equipped
with more capable Shmel-2 radar rotodome, but failed to clinch a
deal.
In contrast Phalcon could have three fixed plane arrays of EL/M-2075
L-band phased array radar to be mounted on the same location as
A-50s Shmel radar rotodome, in a non-rotating configuration. Phased
array radars with electronic beam-steering are more efficient,
accurate and are blessed with greater ratio in terms of signal
receipt to transmission. Moreover, the radar can be programmed to
back check to "gather" a possible faint stealth contact.
Multi-target tracking capability is greatly enhanced.
While
it is reported in reliable media that the Phalcon system transferred
to India will be equipped with even more efficient transmission and
receiving modules, India should preferably opt for a Phalcon
platform modified for MC2A role. Present technological levels have
made such a dream a reality, that will be further aided by the power
and space provided by Illyushin-76 airborne platform. USAF (United
States Air Force) already plans to convert its E-8 J-STARS
(Joint-Surveillance Target Attack Radar) platforms to MC2A, by
providing them incrementally with AWACS and ELINT capability. MC2A
represents a system of the future and IAF should not lag behiend.
Presently
the best bet for terminal defence against theatre ballistic missiles
appears to be the hypersonic (Mach 6) United States–Israeli Arrow
2 that is undergoing extensive testing and evaluation. It is at the
same time operational under Israeli Defence force. Two of the
systems are deployed in central Israel with a third shortly to join.
They are deployed in such a manner that the coverage of the systems
overlaps over vital military, commercial installations and
concentrated civilian population.
Arrow
2 is launched vertically, giving each battery 360 degrees coverage.
The missiles can be launched separately or in salvos with the Green
Pine L-band, phased array, dual-mode detection and fire control
radar determining the intercept point and uplinking very accurate
data to the Arrow 2. After Arrow 2 is brought to the best engagement
point on the theatre ballistic missile, its Electro-optical sensor
acquires the target to allow very near pass and then activate the
fragmentation warhead.
Green
Pine is said to be capable of tracking ballistic missiles from a
range of up to 500 km while intercept of the attacking missile may
occur 140 km away at an altitude of 60 km. The long range of Green
Pine radar system ensures that a second shot can be taken at the
incoming ballistic missile if the first shot fails to secure the
"kill". The ballistic missiles are again intercepted at a
much higher altitude to prevent them from disintegrating as they
approach lower altitude, thus "faking" multiple targets on
radar screens.
The
Citron Tree FCC (Fire Control Centre) is capable of conducting
multiple, simultaneous interceptions and includes ten battle
stations. Launches are controlled by Hazelnut Tree launcher control
centre.
Contrary to numerous rumours, both The Arrow 2 ATBM (Anti-Tactical
Ballistic Missile) and Phalcon AWACS (Airborne Warning And Control
System) appears to be "heading" towards India, India now
being a valuable strategic partner of United States in the Asian
continent along with Japan and Israel. Much more challenging will be
the aspect of securing transfer of technology that will allow
reverse engineering and upgradation of existing systems. Technology
derived from Arrow 2 will facilitate development of a more potent
version of "indigenous" dual-purpose Akash that will sport
a fair ATBM capability and will complement the Arrow 2 system for
lower altitudes. India should also keep a strong watch on ASIP
(Arrow System Improvement Programme) being carried out jointly by
Israel and United States.
While
missile systems for terminal defence are good to posses, focus
should be on boost-phase interception of ballistic missiles that
ensures the highest percentage of success. On the global scale the
most famous boost-phase interception system is mounted on YAL-1/747,
which is a modified Boeing 747-400 carrying a 2.64 metre diametre
nose turret housing beam steering optics for a chemical
oxygen-iodine laser. The aircraft is projected to loiter around at
40,000 feet and shoot down theatre ballistic missiles in the boost
phase from a distance of 600 km.
Of
more interest in terms of affordability and accessibility to India
is "Moab" a United States–Israeli boost-phase intercept
UAV (Unmanned Aerial Vehicle). Its payload includes a sensor package
and air-to-air missiles with multiple homing sensors to ensure
destruction of attacking ballistic missiles in different phases of
launch. Data fusion techniques will be used to detect the most
threatening target and even in case of failure of SATCOM (Satellite
Communications) the UAV is programmed to complete its mission and
return to base.
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