MILNET Brief
 
The India-Pakistan Military Balance, January, 2008

"
…I must report that relations between India and Pakistan remain volatile, making the risk of war between the two nuclear-armed adversaries unacceptably high."

- Anthony H. Cordesman, Center for Strategic and International Studies, December 28, 2001


Pakistani Violence and Jihadists

Unfortunately, Dr. Cordesman's warning remains, today, a chilling reminder that India and Pakistan sit poised on the nuclear trigger.  And while relations between the two countries have cooled at times, it is also quite clear that at any time the conflict can heat up rather quickly.  And now, as Pakistan is embroiled in a chaotic Jihadist uprising all over the country, we are also reminded that Pakistan could falter and become the first nation of Jihadists to also have nuclear weapons.  The prospect has the U.S. and Europe concerned beyond belief and thus MILNET believes it necessary to create a brief that will be upgraded regularly.

This is not the first time MILNET has focused its attention on the two nations.  As early as December of 2001, MILNET was tracking the tensions between the two nations even as America was still reeling from 9/11.  In cooperation with AFI we published a three part review of the two nations military forces, the concluding section analyzing the then crisis situation.  While today the tensions are no where near the levels back then, the recent explosion of Jihadist activity in Pakistan certainly warrants another look as both countries have continued their arms race at a feverish pace.

Thus this briefing will first look at the conventional forces in play, and then a brief look at the history of the two nation's nuclear inventory and delivery systems.

Conventional Forces - India    Conventional Forces - Pakistan    Nuclear Forces - India    Nuclear Forces - Pakistan




Note:  India's DPRO is a military weapons development agency whose mission has quadrupled in the last decade.  In fact, India's budget for military weapons development has increased steadily and on an increasing curve since India detonated their first nuclear weapon.  Many analysts believe that once India secured its "big" weapon (a weapon of deterrence?) it then realized use of the weapon would be impossible, thus has poured money into indigenous weapons development in order to keep what it considers parity with its neighbors.  Today India's weapons development is as high tech as Israel's and continues to develop their own ideas and borrow from their allies either as "ready-to-go" systems or as bootstraps for their own improved systems.

Conventional Forces  --  India 

Kashmir has been the main area of contention between India and Pakistan since India seized the area in a brief battle only a year after Pakistan became a nation (Britain divided and freed India in 1947).  Ever since the two countries have maintained hundreds of thousands of troops at the "line of control".

Two wars have occurred over the disputed region during 1965 and 1971.  The last major conflict between India and Pakistan began in  May of 1999, near Kargil at the northern "line of control" of the Kashmir province and concluded with a Pakistani withdrawal due to Indian pressure assisted by the U.S in July of 1999.

More recently, Pakistani Islamic extremists attacked, during session, the Indian parliament, killing a number of Indian leaders, causing an immediate ratcheting up of tensions, with both sides moving large formations of troops and weapons to the border between the two countries.  This followed intense negotiations by the U.S. during the U.S. attack on the Taliban government in Afghanistan, hoping to keep the Pakistani and Indian situation in hand while U.S. troops remain on the ground and have been staged from Pakistan.

A so called freedom train running between India and Pakistan was attacked by terrorists using gasoline bombs killing dozens and creating a new tension between India and Pakistan. However the attacks appeared to have backfired, the two nations talking through the events at the highest levels and the armies and police cooperating in rounding up suspects.



Indian Army (1.1 million men and women)

The Indian Army was initially divided into two major commands, East and West Command.  The Eastern Command headquarters has moved from its original Lucknow location on several occasions as conflicts with Pakistan and changes in communications technology have provided lessons in geographical control for these two complete headquarters groups.

Today the Eastern Command headquarters is located in Fort William, Calcutta, with Lucknow acting as a Central Command headquarters

Western Command has also undergone physical relocation over the years, with duplicate headquarters in both Shimla and Bhatinda. After 1971, Headquarters Northern Command was established at Udhampur, taking over responsibility for Jammu, Kashmir and Ladakh. Sihmla was later considered unsuitable for Headquarters Western Command and so was moved to Chandigarh with Punjab and Northern Rajasthan under its jurisdiction.

Command Headquarters can be likened to a Field Army or even an Army Group Headquarters with a General Officer Commanding-in-Chief presiding over matters in the rank of a (three-star) Lieutenant General. Next the line are the Corps Headquarters, which are Field Army Headquarters elsewhere.  The Indian Army's combat formations are now grouped and tailored under many such Corps Headquarters (with some forces being retained under static Area Commands).

The static Areas, Sub Areas, or Independent Sub Areas span the length and breadth of the country. These look after infrastructure (and lines of communications) assets, relieving field formations from the tedium of administering a multiplicity of support installations located in an area. Area' boundaries conform to state (or a group of states) administrative boundaries.

In terms of administration, the Army Chief of Staff commands various coordinating officers embodied in two Deputy Chiefs of Staff reporting to the Vice Chief of Staff.  However, the Army Chief of Staff has direct command over his Army Commanders (Arms and Services) in operations with administrative officers having absolutely zero operational power.

The Principal Service Officers (PSOs) maintain classic military designations:

Corps Headquarters are designed to. handle an all-arms field army of three to five divisions or their equivalents.  Army Headquarters reserves could be mammoth-size or small, but powerful in either case.

Divisions and independent  brigade groups are designated by function, terrain of operation, or by their equipment mix.
The Army has in its Order of Battle, mountain divisions, infantry divisions, armored divisions  (in which  tank units predominate) and mechanized divisions (in which mechanized infantry units predominate).

Independent brigade groups, as the name suggests, are vested with limited capability to carry out an independent mission. Independent brigade groups or independent brigade-sized formations may be armored, mechanized, air defense (missile or gun), parachute, engineer,  field artillery, electronic warfare or even standard infantry and mountain. These form 'Corps/Army troops', that is, they are held at Corps and Army levels for balancing out missions and task forces. At these levels, one would find heavy logistic support units  in terms of supply, transport, field ordnance depots, and medical
facilities.

The major Corps of the Indian Army are:

Source:  Indian Army website
 

Field Formations

An Infantry Division has about 15,500 combat troops, with 8000 support elements (artillery, engineers, etc). It consists of 3 to 5 Infantry Brigades, an Armored Regiment and an Artillery Brigade. In the HQ companies of battalions there are pioneer platoons - for engineering work (demolitions, mine clearing, etc.) and signal units. These personnel also serve as infantry men. Engineers are practically combat troops since with their bridging equipment and reconnaissance may well spearhead an advance. Signals troops are also responsible for Electronic Warfare (EW).

An Armoured Division consists of 3 to 5 armoured brigades, a mechanized brigade and an artillery brigade. It has a strength of 300 to 400 tanks and an equal number of other armoured vehicles. In terms of manpower, an armoured division is much smaller than an infantry division.

An Infantry Brigade is commanded by a Brigadier, who is assisted by a Brigade Major and Staff Officers. It consists of three Infantry Battalions and depending on the circumstances, detachments of artillery, signals and sappers are provided. If needed, supply, transport, medical, and other units are also attached.

An artillery brigade has 3 to 5 artillery regiments, with 60 to 100 artillery guns. Artillery is being standardized on the 130mm M46 Field Gun, adding 120mm mortars to mortar platoons and incorporating two 30mm AGS-17 automatic grenade launchers. Under the 2000 Field Artillery Rationalization Plan, the Army expects to procure 4000 self-propelled & towed howitzers of 155mm calibre to equip its 200 artillery regiments. This procurement program is expected to be spread over the next two decades, and filled through a combination of outright purchase and licensed manufacture.

Artillery units have very important AOP (Air Observation Posts) units, using helicopters, and vital meteorological and survey teams. These are important, since the accuracy of artillery fire depends on wind speed/direction, the humidity and an accurate survey of the firing position. Thus all Artillery Officers are science graduates - specializing in mathematics and physics. Artillery Units have SATA (Surveillance And Target Acquisition) batteries which have indigenously manufactured battlefield surveillance radar as well as artillery locating radar. This dramatically enhances the effectiveness of Indian artillery. A number of Israeli-made Remote Piloted Vehicles (RPVs) are being obtained for the targeting of the Prithvi SRBM.

A Brigade, when not part of a division and located & designed to function independently, is called an Independent Brigade. It is provided with additional supporting arms (Artillery, Engineer, Signals, etc.) and services (Army Service Corps, Army Ordnance Corps, Electrical & Mechanical Engineers, etc.) units to operate independently for the required task.

Battalion: Commanded by a Colonel, the battalion is self-contained, hence it is the Infantry's main
fighting unit. It has a 2nd-in-Command (2-in-C) and six Company Commanders, commanding the HQ,
with four infantry companies (each with three infantry platoons) plus a Support Company with mortars,
machine guns and SAMs/ATGMs. Artillery and armoured formations have battalion equivalents called
regiments. These are organized in a similar manner - armoured regiments have four tank squadrons
while artillery regiments have between three and four artillery batteries. All of these formations are of
similar size, about one thousand men.

Field Formations

• 3 Armoured Divisions
• 4 RAPID Divisions + 18 Infantry Divisions + 10 Mountain Divisions
• 5 Independent Armoured Brigades
• 7 Independent Infantry Brigades
1 Artillery Division
• 1 Parachute Brigade
• 15 Independent Artillery Brigades
• 6 Air Defense Brigades + 2 Surface-to-Air Missile Groups
• 4 Engineer Brigades
• 14 Army Aviation Helicopter Units
Sub-Units
• 63 Tank Regiments
• 7 Airborne Battalions
• 360 Infantry Battalions
• 4 Para Cdo. Battalions
• 40 Mech. Inf. Battalions
• 200 Artillery Regiments
• 35+ Air Defense Regiments
• 20 Combat Helicopter Units
Sources:  BHARAT RAKSHAK  Web Site,   Indian Army website, Institute of Peace and Conflict Studies - Indian Army.

Equipment: (note equipment totals are not specified for reasons of security)

Tanks:  T-55 modified to 120mm gun (ex-Soviet), T-72 with 125 mm gun (ex-Soviet), Vijayanta with 105mm gun (India-UK)

APC (Armored Personnel Carrier:  BRDM 2, BMP 1 & 2, OTR 62/64

Artillery:  75/24 Mtn, Yugo 76mm M-48, 105 mm IFG I/II, 105 mm M-56, 122 mm D-30, 130 mm M-46, 155 mm FH-77B

Self Propelled Artillery:  105 mm Abbot, 130 mm M-46 mod on Vijayanta

Mortars:  81 mm L16A1, 120 mm M-43, 120 mm Brandt AM-50, 160 mm M-160

Anti Tank Guided Missiles (ATGW):   Milan, At-3 Sagger, AT-4 Spigot, AT-5 Spandrel

Recoiless Rifles/Missile Launchers, etc.:  20 mm Oerlikon, 23 mm ZU 23-2, 23 mm ZU 23-4-SP, 30 mm 2S6SP, 40 mm L40/60, 40 mm L40/70

Surface-to-air Missiles (SAMs):  SA-6, SA-7, SA-8A/B, SA-9, SA-13, SA-16, AKASH, TRISHUL

 Source:  Institute of Peace and Conflict Studies - Indian Army.
 

Special Forces
Army

• Para-Commandos
Navy
• Marine Commando Force
Counter-Terrorist Units
• National Security Guards
Independent Units
• Special Frontier Force
• Special Security Bureau
• Special Protection Group
As is typical for most special forces, the Indian SpecOps warrior has access to any weapon made in the world and chooses the best weapon for the mission.  Examples range from Uzi sub-machine guns,  AK-47, to sniper weapons such as semi-automatic H&K 7.62mm PSG-1 and MSG-90, the SIG 7.62mm SSG-2000 and the bolt-action Mauser SP66/86SR



Indian Air Force (120,000 men and women)

Operates some 1700 aircraft
Five operational commands consisting of:

The Indian Air Force is commanded by the Chief of Air Staff, the Vice Chief of Air Staff and four Deputy Chiefs of Air Staff: There are also the Directorates of Air Intelligence and Public Relations.  The Defense of India is controlled by the three geographical commands: The Air Force is organized into 20 squadrons containing some 504 aircraft.

Fighter Squadrons:
No b1 Squadron(Tigers) - Mirage 2000 No 21 Squadron(Ankush) - MiG-21 Bis
No 3 Squadron(Cobras) No 22 Squadron(Swifts) - MiG-27 ML
No 4 Squadron(Oorials) No 24 Squadron(Hawks) - Gnat
No 5 Squadron(Tuskers) - Jaguars No 26 Squadron(Warriors) - MiG-21 Bis
No 6 Squadron(Dragons) - Jaguars (Maritme Patrol) No 27 Squadron(Flaming Arrows) - Hunter
No 7 Squadron(Battle-Axes) - Mirage 2000 No 29 Squadron(Scorpios) - MiG-21 FL (T-77)
No 8 Squadron(Pursoots) - MiG-21 FL No 31 Squadron(Lions) - MiG-23
No 101 Squadron(Falcons) - MiG-21M (Type 96) No 37 Squadron(Black Panthers) - MiG-21M
No 220 Squadron(Desert Tigers ) - MiG-23BN Training No 47 Squadron(Black Archer) - MiG-29
No 222  Squadron(Tigersharks) - MiG-27 No 52 Squadron(The Sharks) - MiG-21 FL
No 223 Squadron(Tridents) - MiG-29
No 224 Squadron(Warlords) - MiG-23 Suryakirans (Aerobatic Team Of  IAF) - 9 Kiran MK II small jet trainers
Transport Squadrons:
No. 25 Squadron(Himalayan Eagles) - AN-12 No. 41 Squadron(Otters) - Ottor, AVRO HS748, and Dornier 228-201
No 44 Squadron(Mighty Jets) - IL-76 No. 43 Squadron(NABHASA JIVAN DHARA) - AN-132
Source:  the Indian Air Force web page online.
    














Indian Air Force Aircraft Summary (note that the counts can be upto 5 year old estimates):
 
Cnt Designation 
Description
Nuclear
Capable
Speed Range (km)
116 Jaguar Fighter Bomber (UK) 5-500kT M1.5 2600
200 MiG-27 Fighter Bomber (Russia) 5kT-1MT M1.7 1100
74 MiG-29 Fighter  Bomber (Russia) 5-200kT M2.35 1500
18 SU-30 Flanker K Fighter Bomber (Russia) 5kT-1MT  M2.0 1500
42 Mirage 2000 Fighter Bomber (France) 5kT-1MT M2.0 850km
10 TU-142 Bear Long Range Bomber (Russia) 5kT-100MT M1.2 13000km
4 TU-22 Backfire Long Range Bomber (Russia) 5kT-100MT M2.3  
320 MiG-21M Fishbed Multi-role, air or ground attk (Russia)   M2.1  
65 MiG-23 Flogger Dual Role (Air-to-Air/Bomber) (Russia)   M2.3  
8 MiG-25 Strategic Recon (Russia)   M3.2  
52 Mirage 2000H  Air to air interceptor (France)   M2.3  
20 Jaguar Sepacat 1M Marine Attack (UK)   M1.3  
Dev LCA (300 sought) Light Combat Aircraft (India)  
 
38 Canaberra Patrol Aircraft (UK)   933kmph  
10 Mi-26 Heavy Lift Troop Helicopter (Russia)   295kmph  
20 Mi-25 Transport Gun Ship Helo   310kmph  
80 Mi-17 Light transport gunship Helo   240kmph  
20 Chetak Light transport gunship Helo   220kmph  
20 Cheetah Medevac helo   121kmph  
20 HF-24 Marut Single Engine, phased out 1983 (India)   938knts  
80 Ajeet Single engine sub-sonic fighter (India)   580knts  
242 HJT-16 Kiran Jet Trainer Aircraft (India)  
 
20 Hunter Single engine sub-sonic attack (UK)   715mph 1840 miles
12? IL-76D Large Jet Transport   750knts  
From the Federation of American Scientists online and the Indian Air Force web page onlinem and BHARAT RAKSHAK  Web Site

 

Summaries by Aircraft Type

Attack Aircraft (20 squadrons, 415 aircraft)
Type No. of Sqns. Unit Est. per Squadron Maintenance Reserves per Squadron Attrition Reserves per Squadron Total
MiG-21M/MF 3 16 2 3 63
MiG-23BN 3 16 2 3 63
MiG-27ML 9 16 2 3 189
Jaguar IS 4 16 2 3 84
Jaguar IM 1 12 2 2 16




 
Fighter Aircraft (20 squadrons, 420 aircraft)
Type No. of Sqns. Unit Est. per Squadron Maintenance Reserves
 per Squadron
Attrition Reserves per Squadron Total
MiG-21FL 3 16 2 3 63
MiG-21bis 10 16 2 2 200
MiG-23MF 1 20 5 5 30
MiG-29B/S 3 18 2 3 69
Mirage 2000H 2 16 2 2 40
Su-30K 1 16 1 1 18

 
AEW / ELINT (20)
Type Total
Boeing 707C (Command Post) 2
Boeing 737 (Command Post) 2
HAL Hs.748 (Elint*) 5
Boeing 707 (Elint) 2
IL-76MD (Elint) 2
Gulfstream III SRA 2
HAL Hs.748 (AEW**) 2
IAI Astra 3

 
Recon / Electronic Warfare (62)
Type Total
MiG-25R/U (Recon*) 8
Canberra PR.57/67 (Recon) 8
MiG-21R (Recon) 12
Mod MiG-23BN (EW**) 16
Mod MiG-21M (EW) 10
Canberra B(I) 58 8

 
Transports (9.5 sqdns, 181 aircraft)
Type No. of Squadrons Total
An-32 Sutlej 4 80
IL-76MD Gajraj 2 28
HAL Do-228 2 41
HAL Hs.748 1.5 32










 
Helicopters (26 units, 290 aircraft)
Type No. of Units Total
Mil Mi-35 (Attack) 2 40
Mil Mi-25 (Attack) 1 20
Mil Mi-8 10 100
Mil Mi-17 8 80
Mil Mi-26 1 10
Chetak 2 20
Cheetah 2 20

Source:  BHARAT RAKSHAK  Web Site, The Federation of American Scientists online, Indian Air Force web page .

Note:  Counts of aircraft from the three source sites don't always match.  In this case, the larger number is used, indicating a worst case situation typical of wartime estimation.



Missiles

The following table indicates the Indian Missile Inventory including missiles under test or are suspected to exist:

Cnt Designation Range (km) Notes
production Prithvi-I SRBM:-1 (Army) 150 liquid propellant, 1000kg payload
few Pritvi II (Air Force) 250 liquid propellant, 500 kg payload
failed test Dhanush (Navy) 250 liquid propellant
Tested Agni-I 2000 solid rocket, 1000kg payload
Tested Agni II 2000 solid rocket, rail mounted
Tested
Agni III
3500+
[1.5 tonne payload, tested  4/12/2007]
Dev Sagarika - SLBM 2500? SLBM sub under development ("ATV")
Dev IRBM 2500  
[Dev]
ICBM [Surya]
[5500]

Dev
ICBM
6000
Announced December 2007
Sources:  The Federation of American Scientists online, verifed by various public non-proliferation studies including
"The Rumsfeld Report" - The Commission to Assess the Ballistic Missile Threat to the United States
and U.S.'s annual report for 2001, Non-Proliferation:  Threat and ResponseAlso some material taken or verified
from the U.S. Country Study on India, BHARAT RAKSHAK  Web Site.  Bolded and bracketed data is from WMD Insight 17 website.















Indian Missile Range Circles

WMD Insights.com 17
Three other important indigenous missiles are worth noting:




The Indian Navy

The Indian Navy has a history that goes back as part of the British colonies, providing a docking place for the British in the Orient.  The Bombay Dock, still in use today was the landing place for British masted sailing ships.

The modern Indian Navy has its roots during World War II as the British integrated the Royal Indian Navy into the British warfighting efforts.

At the Independence of India, the "Royal Navy" became the Indian Navy as command was passed to R Adm ITS Hall, CIE, as the first Command in Chief.
 

The following is form  the U.S. Country Study on India:

"The origins of the modern Indian navy are traced to a maritime force established by the East India Company in the seventeenth century. This force had a variety of names--the Bombay Marine, the Indian Navy, and the Indian Marine. In 1934 the Royal Indian Navy was established, with Indians serving primarily in lower-level positions. After independence the navy was the most neglected of the three services because the national leadership perceived that the bulk of the threats to India were land-based.

The first efforts at naval rearmament emerged in the 1964-69 Defense Plan, which called for the replacement of India's aging fleet and the development of a submarine service. Between 1947 and 1964, fiscal constraints had prevented the implementation of ambitious plans for naval expansion. Consequently, many of the vessels were obsolete and of little operational value. As part of this expansion program, the British helped develop the Mazagon Dock shipyard for the local production of British Leander-class frigates. The Soviets, however, were willing to support all phases of the planned naval expansion. Accordingly, they supplied naval vessels, support systems, and training on extremely favorable terms. By the mid-1960s, they had replaced Britain as India's principal naval supplier (see table 36, Appendix).

During the 1980s, Indian naval power grew significantly. During this period, the naval facilities at Port Blair in the Andaman Islands, in the Nicobar Islands, and in Lakshadweep were significantly upgraded and modernized. A new line of Leander-class frigates was manufactured at Mazagon Dock in collaboration with Vickers and Yarrow of Britain. These frigates, redesignated as the Godavari class, have antisubmarine warfare capabilities and can carry two helicopters. During the 1980s, plans were also finalized for the licensed manufacture of a line of West German Type 1500 submarines (known as the Shishumar class in India). In addition to these developments at Mazagon Dock, the naval air arm also was upgraded. India purchased nearly two squadrons of the vertical and short takeoff and landing (VSTOL) Sea Harriers to replace an
earlier generation of Sea Hawks.

In the mid-1990s, India was preparing for a major modernization program that was to include completion of three 5,000-ton Delhi-class destroyers, the building of three 3,700-ton frigates based on Italian Indian Naval Ship (INS)-10 design, and the acquisition of four hydrographic survey ships. Also to be built were an Indian-designed warship called Frigate 2001; six British Upholder-class submarines; an Indian-designed and Indian-built missile-firing nuclear submarine--the Advanced Technology Vessel--based on the Soviet Charlie II class; and an Indian-designed and Indian-built 17,000-ton air defense ship capable of carrying between twelve and fifteen aircraft. The air-defense ship will be, in effect, a replacement for India's two aging British aircraft carriers, the INS Vikrant , the keel of which was laid in 1943 but construction of which was not completed until 1961 and which was slated for decommissioning by 2000, and the INS Viraat , which entered service in 1987 and is likely to be decommissioned by 2005. The problems encountered with modernizing these and other foreign-source ships led India to decide against acquiring an ex-Soviet Kiev-class aircraft carrier in 1994.

In the spirit of international military cooperation, India has made moves in the early and mid-1990s to enhance joint-nation interoperability. Indian naval exercises have taken place with ships from the Russian navy and those of Indian Ocean littoral states and other nations, including the United States."


Today's Indian Navy serves under the Chief of Naval Staff.  The following is and excerpt from the Institute of Peace and Conflict Studies report on the Indian Navy:

"Within NHQ (Navy Headquarters) the CNS is assisted by Principal Staff Officers (PSOs) of the rank of Vice Admiral and each one heads a particular branch. PSOs are assisted by Assistant PSOs, of rank Rear Admiral, or Directors, of rank Commodores and their staff to look after a particular Directorate.

In between the CNS and the PSOs ranks the Vice Chief of the Naval Staff (VCNS) who is normally a very senior or sometimes the senior most Vice Admiral of the Navy. The organization of Eastern and Western Fleets has a predominantly operational basis. Logistics and technical elements are marginal.

The Fleet Commander is a Rear Admiral of the Executive Branch. He is assisted by the Fleet Operational Officer of the rank of a senior Captain. He coordinates the work of all other staff officers of different specializations considering all aspects of tactical nature plans are drawn for various operations.

Western and Eastern Naval Commands are the two bigger commands of the Indian Navy. They have under the Western and Eastern Fleets the main fighting force, as well as the two dockyards, i.e. Bombay Dockyard and Vishakhapatnam Dockyards.

The Southern Naval Command has main Air Stations of Naval Aviation and the Training Ship Squadron of the Indian navy. Like the dockyards at Bombay and Vishakhapatnam, Cochin has the main facilities for aircraft maintenance and repairs. The main fleets and the air base is normally under charge of an officer of the rank of Rear Admiral of the Executive Branch and their organizations are purely operational in nature.

The Southern Naval Command is also designated as the Training Command and is entrusted with the training matters of training schools and establishments wherever these might be in India. Other administrative matters of these establishments are looked after by the Command Headquarters of the area were these are located in.

The flag Officer Commanding-in-Chief (FOC-in-C),  a Senior Vice Admiral in rank, is the overall in-charge of the Command. The organization of a Command Headquarters is more or less on the same lines as that of Naval Headquarters but smaller in manpower. The FOC-in-C is assisted by the Chief of staff (COS) who is a Rear Admiral of the executive branch and deal with operational and plans matters. "



Indian Naval Vessels

 
Cnt Class Mission Dimensions Displacement Armament Spd
1 Viraat (Hermes UK) Aircraft Carrier 226.9 X 27.4M 28700 tons Helos and Harrier Jumpjets 28
3 Delhi Cruiser 163 X 17.4 6200 tons guns, rocket launchers 28
3 Godavari Destroyer 126.5 X 14.5M 3850 tons 5 in gun, helo deck & hanger, rocket and torp launchers 27
1 Mod Godavari Destroyer 126.5 X 14.5M 3850 tons 5 in gun, helo deck, rocket and torp launchers 27
5 Rajput (Soviet Kashin II) Destroyer 146.5 X 15.8M 3950 tons 2-5 in guns;rocket and trop launchers 32
2 Anjadip ASM Frigate 82.3 X 91 M 950 tons 5 in. gun, ASW/ASM rocket 32
1 Kimota (Petya II Russia) Missle Frigate 82.3 x 9.1M 1100 tons    
3 Kora Missile Frigate 91.1 X 10.5M 1350 tons 5 in gun, 3 box launchers, torp tubes 25
4 Khukri Corvette 91.1 X 10.5M 1350 tons 2 5 in gun, 2 box launchers,  torp tubes 25
4 Nilgiri (Leander UK) Frigate 113.4 X 13.1M 2682 tons 5 in gun, torp tubes 27
6 Sukayna Patrol Ship 101.1 X 11.5M 1890 tons 2 rocket launchers, helo deck & hanger 21
4 Abhay Corvette 57.6 X 10.2M 485 tons 2-5 in gun, 2 torp tubes 32
2 Durg ASW Picket 59.3 X 11.8 M 660 tons 5 in gun, 4 torp box launcher 33
11 Veer Picket  56.1 X 11.5M 385 tons 2 5 in gun, 2 torpedo launchers 36







6 Foxtrot Attack Sub 91.3 x 7.5 x 6M 2475 tons
submerged
10 tubes, 22 Soviet Type 53 torps, homing / passive, up to 20 km or 44 mines 15
4 Sishumar Attack Sub 64.4 x 6.5 x 6M 1850 tons
submerged
8 tubes (533 mm) 14 AEG SUT wire guided torpedoes with active/passive  homing upto 28 km  20
8 Kilo Attack Sub 74.3 x 10 x 6.6M 3076 tons
submerged
Soviet SA-N-8/14 SAM;6 tubes (533 mm) 18 Indian torpedoes with active/ passive homing upto 20 km or 36 mines
1 Aditya Transport 172 X 23M 24600 tons none 20
1 Jyoti Transport 179 X 22M 35800 tons none 15
8 Kumbhir LST Transport 83.9 X 9.3M 1150 tons LSTs for amphibious operations, troops 18
2 Magar LST 120 X 17.5M 5655 tons 4 x 40 mm Bofors 2 multi barrel rocket launchers  15
12 Pondicherry Mine Sweeper/
Mine Layer
61 X 10.2M 804 tons mine sweep + 2 x RBU 1200 5-tubed torpedo launchers, upto 10 mines 16
1 Shakti Transport 168.4 X 23M 6785 tons none 18.5
1 Ugra Replenishment 141 X 17.6M 9650 tons none 17
Source:  Institute of Peace and Conflict Studies - Indian Navy

Naval Air

The Indian Naval Air arm maintains some 14 squadrons of Naval Aircraft:

No. 300 White Tigers - 8-BAe Sea Harriers (Mk 51 - UK)
No. 336 Flaming Arrows - Sea King (Mk.42B helo - UK)
No. 310 Cobras - Dornier Do-228-101 (IW/ELINT) No. 339 Falcons - Ka-28 (Helix-A helo  - Russia)
No.312 Albatross - Tu-142 Bear-F - (Mod 4 - Russia) No. 550 Flying Fish - BN-2B/T Islander and HPT-32 Deepak
No.315 Winged Stallions - Ilyushin IL-38 (May Bomber - Russia)xx No. 551A Phantoms - 12-HJT-16 Kiran Mk.I / Mk.II training
No.318 Hawks - Dornier Do-228-101 and BN-2B/T Islander No. 551B Phantoms - BAe Sea Harrier Mk.60 training squadron
No.321 Angels -  HAL Chetak (Alouette III helo - France) No 561 - HAL Chetak (Alouette III) and Hughes 300 (Helo trng)
No.330 Harpoons - Sea King (Mk.42B helo - UK) No. 6 Dragons - Jaguar IM (also listed under the Indian Air Force)
No. 333 Eagles - Ka-28 (Helix-A helo - Russia)

The Indian Navy will be brining online the ALH -- Advanced Light Helicopter, which will carry two torpedoes or depth charges or four anti-ship missiles on two cabin-side pylons. The Indian Navy also operates onboard various ships, the Soviet KA-25 twin rotor anti-submarine helicopter armed with dipping sonar and anti-submarine weapons such as mines and torpedoes.




Other India Material on MILNET:

























Conventional Forces  --  Pakistan  

The country of Pakistan was established on August 14, 1947.  The Pakistan military consists of the Army and Air Force. One year after winning its independence, India attacked and seized the province of Kashmir, an area still in dispute between Pakistan, India, and China.

A Pakistani Constitution was not created until 1956 however, with unrest between East Pakistan and West Pakistan contributing to political strive.  Eastern separatists aided by India began a campaign which by December 1971 erupted into open warfare between Pakistan and India, creating a new nation Bangladesh.

In 1973 a new constitution was established, however martial law continued after Army Chief Zia-ul-Haq seized power from Prime Minister Bhutto.  During this period, many Pakistani aided the Afghan Mujhadeen fight a guerilla war against Russian intrusion.  After Haq was killed in a plane crash, the country suffered without leadership until 1989 won elections were once again held and the daughter of the deposed Prime Minister, Benazir Bhutto took office.  Bhutto went on to win office again in 1995.

In 1997, Nawaz Sharif was elected President and a period followed with Sharif disputing the authority of various government officials until finally he appointed Rafeeq Tarar as president and General Pervaiz Musharraf the Army Chief who later staged a coup and is today in control of the government.

The period between 1995 and 1998 also saw the development of a long range missile program and the successful completion of the nuclear weapons program culminating in the test of six nuclear weapons underground by Pakistan.

During this period the Kargil War with India also broke out, however, Pakistan withdrew ending the war.  Several negotiations over Kashmir have proven unsuccessful and this area continues to be an area of unrest and the chief bone of contention between the two countries.

In October, the U.S. led a small coalition of forces into Afghanistan, staging primarily from Pakistan.  The target being Al-Qaida terrorist network and the Taliban members who the U.S. claimed to have taken over the Afghani government.

In December of 2001, a group of radical Islamic extremists attacked, during session, the Indian Parliament, killing a number of Indian leaders.  The result was a ratcheting up of tensions and both countries building up forces on the border between the two countries.

<>In the fall of 2007, Jihadists inspired and most likely instigated by Al Qaeda operatives, began daily violent actions thorughout Pakistan as the elections neared.  At one point late in 2007, Musharraff declared martial law, however it was withdrawn within a few weeks.





In January of 2007, Benazier Bhutto, after surviving one assassination attempt upon her return to run for election against Musharraf, was killed by a suicide bomber, setting the populace afire and quite possibly delaying the elections as the competing parties reeled from her death.

Understandably, Pakistani Army forces and paramilitary outfits took to the streets to ensure order.



Pakistani Army  (Soldiers Strength:   600,000 + 500,000 reserves)

The Pakistani Army reports to the Chief of the Army Staff headquartered in Rawalpindi with four staff officers (typically Major Generals) reporting:

The Army itself is composed of Arms and Services.  The Arms components are: The Services components (specialty services) such as: Notice the Remount, Veterinary and Farm Corps -- Pakistan, like many middle eastern armies has an abundance of Equestrian forces which require special components to support them.

 The typical Army Corps consists of two or more divisions and is commanded by a Lieutenant General.  An infantry division, the major ground force combat formation, usually consisted of infantry, artillery, engineers, and communications units in addition to the supply and service support required for sustained independent action.  Three infantry brigades usually comprise the primary organic combat units of an infantry division; armored units would be attached depending on the mission of the division and the terrain in which it is to operate.

Auxiliary or paramilitary forces include the Pakistan Rangers, the Frontier Corps, and the Frontier Constabulary.




Pakistani Army Structure

The 20 Infantry and 2 Armoured Divisions are organized as: EQUIPMENT:


Source World Defense Almanac as reported on the Pakpal site on Geocities




Pakistani Air Force (65,000 active, 8,000 reserves)

The Pakistani Air Force is a small, mostly outdated Air Force comprised of weapons systems purchased from typical sources for third world, non-western allied sources.  This includes aircraft primarily from China and a few from France.  The U.S. added some Airborne Early Warning and air defense aircraft in recent years as rewards/bribes to help stabilize relations between Pakistan and India as well as an incentive to Pakistan to join test ban and non-proliferation treaties following the underground tests of nuclear weapons.

The Pakistani Air Force is commanded by the Chief of Air Staff, the Vice Chief of Air Staff and four Deputy Chiefs of Air Staff:

There are also the Directorates of Air Intelligence and Public Relations.  The Defense of Pakistan is controlled by the three geographical commands:
 







The Air Force is organized into 20 squadrons containing some 504 aircraft.
 
Cnt Designation
Description
Speed Range
4 E-2C Airborne Early Warning (AEW)    
4 E-3A Airborne Early Warning (AEW)    
3 P-3C Orien Anti-Submarine Warfare Patrol 550kts 18 hours flight time
29 F-16A Falcon Air Defense(FTR) M2.0 850km
11 F-16B Trainer
M2.0 850km
58 Mirage V Ground Attack Fighter (FTR-BMR) M2.2 500km
110 Mirage III Ground Attack Fighter (FTR-BMR)    
12 Mirage III RP Reconnaissance and Patrol    
49 Chinese A5c Ground Attack Fighter (FTR-BMR) M1.12 600km
135 Chinese Q5 Ground Attack Fighter (FTR-BMR)    
50 Chinese J6 Fighter Interceptor (FTR)    
160 Chinese F-7P Fighter Interceptor (FTR) (mod MIG-21)    
53 T-37 Flight Trainer    
16 C-130 Hercules Transport/Cargo    
3 Boeing 707 VIP Transport 560 kts 3000 miles
From the Federation of American Scientists online and the Pakistani Air Defense Institute online

<>A later article on nuclear delivery systems from FAS indicates the total inventory in 2001 of Mirage fighters is now near 150.  The FAS also reports that Pakistan has purchased and received some 28 Harpoon (AGM-84) anti-shipping missiles, 360 AIM-9L sidewinder and three P-3C aircraft.  The F-16A count is not verified -- may be confused with undelivered aircraft purchased but not delivered during the Clinton administration.  However, the Pakistani No. 9 and No. 11 are supposed to be flying F-16 As with the No. l1 squadron also flying the B model for training.

Bases

These are 10 fully functional bases from which PAF aircraft operate during peacetime and wartime, 11 bases which become fully operational during wartime, although they are active during peacetime with fully developed infrastructure similar to the MOBs and which are capable of supporting all types of missions and once fully functional can give the same type of services as the MOBs, and  9 bases are for emergency landing and recovery of aircraft during both peacetime and wartime which have a very small infrastructure and are either lightly manned or, as in some cases, not manned at all.  The breakout of the bases are as follows (province in parends for some base references):

Major Operational Bases (MOBs) Forward Operational Bases (FOBs) Satellites (SATs)
PAF Chaklala (Rawalpindi) PAF Lahore PAF Bhagtanwala
PAF Faisal (Karachi) PAF Mirpur Khas PAF Chander
PAF Kamra PAF Multan PAF Chuk Jhumra
PAF Masroor (Karachi) PAF Murid PAF Gwadar
PAF Mianwali PAF Nawabshah PAF Kohat
PAF Peshawar PAF Pasni PAF Ormara
PAF Rafiqui (Shorkot) PAF Risalewala (Faisalabad) PAF Rahim Yar Khan
PAF Risalpur PAF Shahbaz (Jacobabad) PAF Rajanpur
PAF Samungli (Quetta) PAF Sukkur PAF Sindhri
PAF Sargodha PAF Talhar

PAF Vihari

 

Airfields

The following are not classified as PAF bases but are mainly civilian airfields available to the PAF for emergency landing and  recovery of aircraft during both peacetime and wartime. Infrastructure and facilities at these airfields vary considerably.  Some are small to medium-sized fully-fledged civilian airports, others barely containing a single runway and sparse  infrastructure and support facilities. Most of them are capable of being used by jet-fighter aircraft whereas all are capable of handling medium-sized tactical transports. There are 23 such airfields (name of Province in parends):

Dalbandin (Baluchistan) Muzaffarabad (Azad Jammu & Kashmir)Bannu (Sarhad)
Jiwani (Baluchistan) Bhawalpur (Punjab) Chitral (Sarhad)
Khuzdar (Baluchistan) Dera Ghazi Khan (Punjab) Dera Ismail Khan (Sarhad)
Miranshah (Baluchistan) Faisalabad (Punjab) Dera Ismail Khan (Sarhad)
Panjgur (Baluchistan) Hyderabad (Sindh) Parachinar (Sarhad)
Sui (Baluchistan) Moenjodaro (Sindh) Saidu (Sarhad)
Turbat (Baluchistan) Pasrur (Punjab) Skardu (Northern Areas)
Zhob (Baluchistan) Gilgit (Gilgit Agency) Rawalakot


Missiles

The following table indicates the Pakistani Missile Inventory including missiles under test or are suspected:

Summary of Pakistan's Missiles

NameAlternate NamesRange (km)Payload (kg)Test FiringsDeveloperStatus
Hatf-1
80500April 1989KRLIn service since 1996
Hatf-1A
100500February 2000KRLIn service?
Hatf-2 [II}
[Abdali]
260-300500April 1989KRLIn service?
Hatf-3 [III]
Ghaznavi
800
3 July 1997?KRL?Never deployed
Hatf-4 [IV]
Shaheen-1750
[700]
100015 April 1999NDCDeployed September 2000
Hatf-5 [V]
Ghauri-11100-1500 [1300]
7006 April 1998KRL/DPRK
Hatf-6 [VI]
Ghauri-2 [Shaheen-2]
2000500-700?14 April 1999KRL/DPRK [Successful 2/23/2007]
Hatf-7Shaheen-22400-25001000Sept. 2000NDC

Ghauri-3?
3000
15 August 2000KRL/DPRK
M-9CSS-6/DF-15600-650500
Chinax? Supplied
M-11CSS-7/DF-11300500-800
China30-80 supplied
Notes
1. NDC: National Defence Complex
2. KRL: A.Q. Khan Research Laboratories
3. DPRK: Democratic People's Republic of Korea (North Korea)
4. Hatf-2 may be a Pakistani manufactured M-11
5. Shaheen-1 believed to be based on Chinese M-9 technology and design
6. Shaheen-2 believed to be based on Chinese M-18 or DF-21 technology and design
7. Ghauri and Ghauri-2 are believed to be DPRK (North Korea) No-dong missiles or No-dong based designs
8.  Bolded numbers in braces are figures from the WMD Insights.com website.

 
Cnt Designation Range (km) Notes
few Hatf-1 60-100  
few Hatf-2 280  [Abdali, 3/3/2007, 200km]
30-80 Shaheen (Hatf-3) 300  [Ghaznavi, 290km 12/9/2007]
Tested Shaheen-I [Hatf-IV]
800 [700]
 [11/29/2007]
few Ghauri I (Hatf-5) 1500 [1300]
NoDong (N.Korea), Shebab-3 (Iran)
Tested
Haft-6 [VI]
[2000]
[Shaheen II, 2/23/2007]
Tested Ghauri-III 2500  
Dev Tipu 4000  
Dev Ghaznabvi x000s  
From the Federation of American Scientists online, verified by various public non-proliferation studies including the "The Rumsfeld Report" - The Commission to Assess the Ballistic Missile Threat to the United States and U.S.'s annual report for 2001, Non-Proliferation:  Threat and Response.     Data in bold and brackets are from WMD Insights, April 2007 18


Also see the summary at the Nuclear Weapons Archive which includes photos of most of the missiles in the table above.
 


Other Material on Pakistan on MILNET:
































Nuclear Forces - India

India is a known nuclear nation with at least underground blasts concluded in 1998.  According to the U.S.'s annual report for 2001, Non-Proliferation:  Threat and Response,

"Conducted nuclear experiment tests on 11th and 13th of May, 1998, claming a total of five tests.  Conducted a "peaceful nuclear explosion (PNE) in 1974.  Capable of manufacturing complete sets of components for plutonium-based nuclear weapons.  Has small stockpiles of nuclear weapons components and can probably deploy a few weapons in a few days to a week.  It can deliver these weapons with fighter aircraft.  Announced draft nuclear doctrine in August of 1999 of no-first-use;  stated intent to create a triad of air-, land-, and sea-based missile delivery systems.  Has signed neither the NTP nor the CTBT."
Non-proliferation experts contend that India has agreed to enter negotiations to cutoff fissile material production, it has not agreed to refrain while negotiating which means that they will undoubtedly produce enough material for their weapons program needs or already has done so despite inspections under the IAEA safeguards.  India has 13 operational nuclear reactors, facilities to extract plutonium, uranium mines, and uranium processing plants.  India can produce waste, reactor grade fuel and weapons grade materials.

The FAS site says
"Though India has not made any official statements about the size of it nuclear arsenal, the NRDC estimates that India has a stockpile of approximately 30-35 nuclear warheads and claims that India is producing additional nuclear materials. Joseph Cirincione at the Carnegie Endowment for International Peace (3) estimates that India has produced enough weapons-grade plutonium for 50-90 nuclear weapons and a smaller but unknown quantity of weapons-grade uranium. Weapons-grade plutonium production takes place at the Bhabha Atomic Research Center, which is home to the Cirus reactor acquired from Canada, to the indigenous Dhruva reactor, and to a plutonium separation facility."


Testing

TEST DEVICE DATE YIELD
claimed
YIELD
reported
First
Fission device   18 May 1974 12-15 kiloton 4-6 kiloton
Shakti 1 Thermonuclear device   11 May 1998 43-60 kiloton 12-25 kiloton
Shakti 2 Fission device 11 May 1998 12 kiloton ??
Shakti 3 Low-yield device 11 May 1998 0.2 kiloton low
Shakti 4 Low-yield device 13 May 1998 0.5 kiloton low
Shakti 5 Low-yield device 13 May 1998 0.3 kiloton low
From the table on the Federation of American Scientists website 16

Delivery

India can deliver weapons via fighter aircraft and ground systems, including artillery and rockets.  Missile programs are capable, however it is not clear warheads have been fitted and there is no verifiable public evidence that India has tested a dummy warhead proving delivery systems for nuclear, chemical or biological weapons.  India is developing what it calls the "Advanced Technology Vessel", primarily a "boomer", a nuclear submarine intended to mount tubes for SLBM missiles.

Nuclear Capable Aircraft
Cnt Designation 
Description
Nuclear
Capable
Speed Range (km)
116 Jaguar Fighter Bomber (UK) 5-500kT M1.5 2600
200 MiG-27 Fighter Bomber (Russia) 5kT-1MT M1.7 1100
74 MiG-29 Fighter  Bomber (Russia) 5-200kT M2.35 1500
18 SU-30 Flanker K Fighter Bomber (Russia) 5kT-1MT  M2.0 1500
42 Mirage 2000 Fighter Bomber (France) 5kT-1MT M2.0 850km
10 TU-142 Bear Long Range Bomber (Russia) 5kT-100MT M1.2 13000km
4 TU-22 Backfire Long Range Bomber (Russia) 5kT-100MT M2.3  
12? IL-76D Large Jet Transport  1 MT
750knts  


Nuclear Capable Missiles
Cnt Designation Range (km) Warhead
Capable
Notes
production Prithvi-I SRBM:-1 (Army) 150 5-100KT liquid propellant, 1000kg payload
few Pritvi II (Air Force) 250 5-20KT liquid propellant, 500 kg payload
failed test Dhanush (Navy) 250 5-20KT liquid propellant
Tested Agni-I 2000 5-100KT solid rocket, 1000kg payload
Tested Agni II 2000 5-40KT solid rocket, rail mounted
Tested
Agni III
3500+
?
[1.5 tonne payload, tested  4/12/2007]
Dev Sagarika - SLBM 2500? 5-100KT SLBM sub under development ("ATV")
Dev IRBM 2500 5-100KT  
[Dev]
ICBM [Surya]
[5500]
?
[Under Development?]
Dev
ICBM
6000
?
Announced development 12/2007
Information from various sources including AFP, bold and bracketed data from  WMD Insights 17

In December of 2007, India's Defense Research and Development Organization (DRDO) announced that India would be developing a missile capable of delivering a nuclear payload at a distance of some 3,800 miles.  The unnamed missile is thought to already be well into the development process before the announcement.


Proliferation

India is believed to have been an exporter to both Iran and Iraq and importer from France and China.  Having refused to sign the NPT, the Indian proliferation of anything they have has been demonstrated in a number of countries -- with interception of shipments implying a prolific traffic in nuclear weapons research and components.  India may be an exporter of nuclear material both waste, reactor grade, and weapons grade materials however is subject to IAEA inspections making this difficult except under exceptional clandestine conditions (i.e. undocumented production in a non-documented/inspected facility).


For more on the Indian Nuclear Program, see India section of Carey Sublette's Nuclear Weapons FAQ mirrored on MILNET.



Other Material on
India's nuclear forces found on MILNET:






Nuclear Forces - Pakistan

The Pakistani NBC situation  is first and foremost, a known nuclear nation with six underground blasts concluded in 1998.  According to the U.S.'s annual report for 2001, Non-Proliferation:  Threat and Response,

"Capable of manufacturing complete sets of components for highly enriched uranium-based nuclear weapons; capability to produce plutonium weapons.  Has small stockpiles of nuclear weapons components and can probably assemble some weapons fairly quickly.  It can deliver them with fighter aircraft and possibly missiles.  Has signed neither the NTP nor the CTBT."

Delivery

Pakistan can deliver weapons via fighter aircraft and ground systems, including artillery.  Missile programs are capable, however it is not clear warheads have been fitted and there is no verifiable public evidence that Pakistan has tested a dummy warhead proving delivery systems for nuclear, chemical or biological weapons.

 
Cnt Designation Range (km) Warhead
Capable
Notes
30-80 Shaheen (Hatf-3) 300 5-20KT  
few Ghauri (Hatf-5) 1500 5-100KT NoDong (N.Korea), Shebab-3 (Iran)
[Tested]
[Hatf-6]
[2000]
??
[2/23/2007]
Tested Ghauri-III 2500  ?  
Dev Tipu 4000  ?  
Dev Ghaznabvi x000s  ?  
From the Federation of American Scientists online, verified by various public non-proliferation studies including the "The Rumsfeld Report" - The Commission to Assess the Ballistic Missile Threat to the United States and U.S.'s annual report for 2001, Non-Proliferation:  Threat and Response.   Data in bold and brackets are from WMD Insights, April 2007 18
.
Also see the summary at the Nuclear Weapons Archive which includes photos of most of the missiles in the table above.
 
Cnt Designation
Description
Nuclear
Capable
Speed Range
3 P-3C Orien Anti-Submarine Warfare Patrol 5-20KT  550kts 18 hours flight time
29 F-16A Falcon Air Defense(FTR) 5-40KT M2.0 850km
11 F-16B Trainer
5-40KT M2.0 850km
58 Mirage V Ground Attack Fighter (FTR-BMR) 5-40KT M2.2 500km
49 Chinese A5c Ground Attack Fighter (FTR-BMR) 5-20KT M1.12 600km
3 Boeing 707 VIP Transport 1MT 560 kts 3000 miles


Proliferation

Pakistan is believed to be an exporter to both Iran and Iraq and importer from France and China, and early on from Russia.  Having refused to sign the NPT, the Pakistani proliferation of anything they have has been demonstrated in a number of countries -- with interception of shipments implying a prolific traffic in nuclear weapons research and components.  Pakistan may be the number one exporter of nuclear material both waste, reactor grade, and weapons grade materials.

In October of 2003, Pakistan's A.Q. Khan, their premier nuclear expert, was found to have created a thriving black market in nuclear facilities construction information and quite possibly nuclear material and the specifications for building nuclear weapons.  It is believed he sold all this to such nations as Iran, Libya, and North Korea.  One of the intermediaries in this black market was Scomi Precision Engineering  (SCOPE) in Selangor, Malaysia.

See GlobalSecurity.com's fine article on Khan 14 and the Council on Foreign Relations Q&A on A.Q. Khan  15    and the Pakistan section of Carey Sublette's Nuclear Weapons FAQ mirrored on MILNET.



Sources:
  1. Source World Defense Almanac as reported on the Pakpal site on Geocities 
  2. Federation of American Scientists 
  3. "The Rumsfeld Report" - The Commission to Assess the Ballistic Missile Threat to the United States 
  4. The Pakistani Army Web Page online 
  5. Pakistani Air Defense Institute online
  6. Non-Proliferation:  Threat and Response, 2001, U.S. Department of State
  7. Country Study - Pakistan,. U.S. Air Force University Overview
  8. The Conventional Military Balance in India, Pakistan, and South Asia, Anthony H. Cordesman, Center for Strategic and International Studies, December 28, 2001 (MILNET Mirror)
  9. Four Crises and a Peace Process: American Engagement with India and Pakistan, Cohen, Rodman, Schaffer, Tellis, Brookings Institute, 11/27/2007 (MILNET Mirror)
  10. Weapons of Mass Destruction in South Asia, India, and Pakistan, Anthony H. Cordesman, Center for Strategic and International Studies, February, 2001 (MILNET Mirror)
  11. The India-Pakistan Military Balance, Anthony H. Cordesman, Center for Strategic and International Studies, February, 2001 (MILNET Mirror)
  12. U.S. Nuclear Cooperation with India:  Issues For Congress, Sharon Squassoni, Congressional Reporting Service, July 29, 2005, Sharon Squassoni  (MILNET Mirror)
  13. India-Pakistan Briefing, Part One, Part Two, Part Three, MILNET, distributed by AFI, December, 2001
  14. A.Q. Khan, GlobalSecurity.com
  15. NONPROLIFERATION:  The Pakistan Network, Esther Pan, Council on Foreign Relations, 2/12/2004
  16. Nuclear Weapons - India, Federation of American Scientists, 11/08/2002
  17. India Successfully Tests Agni-III:  A Stepping Stone to an ICBM?, WMD Insights, May 2007
  18. Pakistan's Missile Tests Highlight Growing South Aisa Nuclear Arms Race, Despite New Building  Measures, WMD Insighs, April 2007
  19. The Nuclear Weapons FAQ, Carey Sublette, Authorized MILNET Mirror




© Copyright 2008, Michael G. Crawford for MILNET