Ghauri [Hatf-5]

In the early 1980s China is widely reported to have provided Pakistan with the blueprints for a 1966 design of a U-235 nuclear-implosion device, of the type used in the warhead that China flew on a DF-2A missile during its fourth nuclear test on 27 October 1966. This missile warhead was reported to weigh about 1,300 kilograms with a yield of 12-25 kt. This warhead design would be too large to be carried on an M-11, which does not have the range to reach beyond the Indian Desert to threaten New Delhi or other large population centers. The Ghauri missile represents both an opportunity to use heavier uranium bombs on ballistic missiles, as well as to deliver nuclear warheads to targets across much of India. The Ghauri missile was developed by the Kahuta-based Khan Research Laboratories, led by Dr. A.Q. Khan, which is responsible for uranium weapons development. 

Pakistan has stated that the range and payload capacity of the missile will be upgraded. Pakistan claimed that the missile had "no relevance" to China's M-11 missile, and analysis suggests that it appears to be a derivative of the North Korean Nodong design.

This missile was first named Hataf-V, later the name was changed to Ghauri, which was approved by the prime minister. The missile was named after the 12th century Afghan king Shahbuddin Ghauri who captured western parts of India between 1176 and 1182, and captured northern India by defeating Prithvi Raj Chauhan in 1192. The Ghauri name is thus highly symbolic, as "Prithvi" is the name of the Indian short-range ballistic missiles, and Pakistan's "Ghauri" has a much longer range than the Indian missile.

On 06 April 1998 Pakistan carried out a successful flight test of the surface-to-surface Hatf-V (Ghauri) missile with a range of 1,500 kilometers (937 miles) and a payload capacity of 700 kg. The missile was tested to hit a target at a range of 1,100 kilometers. The Ghauri was fired from Malute, near the city of Jhelum in northeastern Pakistan, and impacted the target near the southwestern city of Quetta. This is a distance of only some 700 km, significanly less than the claimed range of up to 1,500 km/930 miles.

The Indian Test of the Agni II IRBM was conducted 11 April 1999. Pakistan responded on 14 Apr 1999 with a test firing of its Ghauri II missile from the Jhelum region in northeast Pakistan. The vehicle reportedly struck a target in the Baluchistan desert about 1,100 km. away. 

It would appear that if the missile was fired directly due east, the effect of the earth's rotation would give it a range of 1,240 km. Fired in a southerly direction towards major urban targets in India, it could reach a range of some 950 km - 1,120 km. The US-based stratfor.com intelligence consulting company suggested that Pakistan may have test fired a missile [which could be a Ghauri] on 15 August 2000, when India was celebrating Independence Day. Objects streaking through the skies in Balucistan on that day were perhaps Ghauri-III missile tested by Islamabad, or perhaps they were merely a meteor shower. 

Technical Details
Range (km)	1,350-1,500
CEP (m)	190 (Previously thought to be several thousand meters)
Diam. (m)	1.32-1.35
Height (m)	15.852-16
L. W. (kg)	15,852-16,250
Stage Mass (kg)	15,092
D. W. (kg)	1,780-2,180
Thrust (Kg f)	Effective: 26,051 (-709) Actual: 26,760-26,600
Burn time (sec.)	110
Isp. (sec.)	Effective: 226 - SL due to vains steering drag loss of 4-5 sec. Actual: 230 Vac.: 264
Thrust Chamb.	1
Fuel	TM-185     20% Gasoline     80% Kerosene
Oxidizer	AK-27I     27% N2O4     73% HNO3     Iodium Inhibitor
Propellant Mass (kg)	12,912
Warhead (kg)	760-987-1,158
Type	MRBM