Iron Dome Missile Defense System Summary

System Components

• Battle Management and Weapon Control (BMC)
• Missile Firing Unit
• Detection and Tracking Radar

How it Works

1. Radar detects and tracks incoming threats within a 100 km radius
2. Data is transferred to the BMC and launcher, which relays it to the Interceptor
3. Interceptor missile is launched to destroy the incoming rocket before it reaches the predicted impact area
4. Interceptor missile uses its Electro Optical sensor to track and target the incoming rocket

Taher Interceptor Missile Components

• Navigation/Guidance System
• Warhead Section
• Solid Propellant Motor
• Nozzle and Rear Fins

Taher Interceptor Missile Specifications

• Length: 9.3 ft (2.83 m)
• Diameter: 6.3 in (166 mm)
• Weight: 198 lb (90 kg)
• Range: 4-70 km (2.5-43.5 miles)
• Speed: Mach 2

Comparison with Other Missiles

• Quasam Missile: locally produced, variable sizes and ranges
• Iranian Grad Missile: range of approximately 50-70 km
• Iron Dome Interceptor Missile: $50,000 per unit, 90% success rate

Term	Definition	Example Usage
Battle Management and Weapon Control (BMC)	Manages and controls the Iron Dome Missile Defense System, coordinating the detection, tracking, and destruction of incoming threats.	The BMC receives data from the Detection and Tracking Radar and transmits it to the Missile Firing Unit and Interceptor missile.
Missile Firing Unit	Launches the Interceptor missile after receiving data from the BMC and Detection and Tracking Radar.	The Missile Firing Unit fires the Interceptor missile to destroy the incoming rocket.
Detection and Tracking Radar	Detects and tracks incoming threats within a 100 km radius, providing data to the BMC and Missile Firing Unit.	The Detection and Tracking Radar detects and tracks an incoming rocket, sending data to the BMC and Missile Firing Unit.
Interceptor Missile	A missile used by the Iron Dome Missile Defense System to destroy incoming rockets, using its Electro Optical sensor to track and target the incoming threat.	The Interceptor missile is launched to destroy the incoming rocket before it reaches the predicted impact area.
Navigation/Guidance System	A component of the Interceptor missile, responsible for guiding it to its target.	The Navigation/Guidance System in the Interceptor missile helps it track and target the incoming rocket.
Warhead Section	A component of the Interceptor missile, containing the explosive payload that destroys the incoming rocket.	The Warhead Section in the Interceptor missile contains the explosive payload that destroys the incoming rocket.
Solid Propellant Motor	A component of the Interceptor missile, providing propulsion for its flight.	The Solid Propellant Motor in the Interceptor missile propels it to its target.
Nozzle and Rear Fins	A component of the Interceptor missile, providing stability and guidance during its flight.	The Nozzle and Rear Fins in the Interceptor missile help it maintain stability and guidance during its flight.
Quasam Missile	A locally produced missile with variable sizes and ranges, used for defense purposes.	The Quasam Missile is used for defense purposes and has variable sizes and ranges.
Iranian Grad Missile	A missile with a range of approximately 50-70 km, used for military purposes.	The Iranian Grad Missile has a range of approximately 50-70 km and is used for military purposes.
Iron Dome Interceptor Missile	A missile used by the Iron Dome Missile Defense System, with a range of 4-70 km and a 90% success rate.	The Iron Dome Interceptor Missile has a range of 4-70 km and a 90% success rate, making it an effective defense system.

Iron Dome Missile Defense System Vocabulary Quiz

Test Your Knowledge

1. Electro Optical Sensor

   What is an Electro Optical Sensor used for in the Iron Dome Missile Defense System?

   • A. To detect and track incoming threats within a 100 km radius
   • B. To track and target the incoming rocket
   • C. To launch the Interceptor missile
   • D. To control the Missile Firing Unit

2. Navigation/Guidance System

   What is the primary function of the Navigation/Guidance System in the Taher Interceptor Missile?

   • A. To destroy the incoming rocket
   • B. To track and target the incoming rocket
   • C. To guide the Interceptor missile to its target
   • D. To power the Interceptor missile

3. Propellant

   What type of propellant is used in the Taher Interceptor Missile?

   • A. Liquid Propellant
   • B. Solid Propellant
   • C. Hybrid Propellant
   • D. Electric Propellant

4. Mach 2

   What does the term “Mach 2” refer to in the context of the Taher Interceptor Missile?

   • A. The range of the missile
   • B. The speed of the missile
   • C. The weight of the missile
   • D. The length of the missile

5. Warhead Section

   What is the primary function of the Warhead Section in the Taher Interceptor Missile?

   • A. To guide the Interceptor missile to its target
   • B. To power the Interceptor missile
   • C. To destroy the incoming rocket
   • D. To track and target the incoming rocket

Answer Key

1. B. To track and target the incoming rocket
2. C. To guide the Interceptor missile to its target
3. B. Solid Propellant
4. B. The speed of the missile
5. C. To destroy the incoming rocket

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Passive Voice in Technical Descriptions

The passive voice is often used in technical descriptions to focus on the process or the action rather than the person performing the action. In the given text, the passive voice is used to describe the components and the working of the Iron Dome Missile Defense System. For example, “Data is transferred to the BMC and launcher” and “Interceptor missile is launched to destroy the incoming rocket”. The passive voice is formed using the verb “to be” in the correct form and the past participle of the main verb. In the present simple tense, the passive voice is formed using “is/are” + past participle, and in the present perfect tense, it is formed using “has/have” + past participle.

Quiz: Passive Voice in Technical Descriptions

1. The Iron Dome Missile Defense System ______ by the Israeli Defense Forces.

• is operated
• operates
• operating
• to operate

2. The Interceptor missile ______ to destroy the incoming rocket before it reaches the predicted impact area.

• launches
• is launched
• launching
• to launch

3. The radar ______ and tracks incoming threats within a 100 km radius.

• detects
• is detecting
• detecting
• is detected

4. The Navigation/Guidance System ______ in the Taher Interceptor Missile.

• is used
• uses
• using
• to use

5. The Iron Dome Interceptor Missile ______ at a cost of $50,000 per unit.

• is produced
• produces
• producing
• to produce

Answer Key

• 1. is operated
• 2. is launched
• 3. detects
• 4. is used
• 5. is produced