ಇಸ್ರೇಲ್ ವಿರುದ್ಧ ಯಾವುದು ಇರಾನ್ ನ ಈ ನಾಗಾಸ್ತ್ರ ..? ಅದೆಷ್ಟು ಭಯಾನಕ ಇರಾನ್ ಮಿಸೈಲ್ ಶಕ್ತಿ..?

Summary

In this video, the host discusses Iran's missile attack on an Israeli hospital, highlighting the Sejal missile's features and its controversial use. The Sejal missile, a medium-range ballistic missile, is claimed by Iran to be an indigenous technology capable of carrying a 700 kg warhead. The video explains the difference between ballistic and hypersonic missiles, with Iran using Russia's GLONASS and its own satellite navigation systems. The geopolitical context surrounding Iran's missile arsenal and its technological advancements, especially in missile navigation and potential nuclear capabilities, are also explored. The discussion provides insights into the military strategies and regional tensions in the Middle East.

Takeaways

• 😀 Iran's attack on an Israeli hospital has sparked global concern, with claims of missile use violating the laws of war.
• 😀 The Sejal missile used by Iran in the attack has a range of 2,000 kilometers and travels at Mach 14 (17,000 km/h).
• 😀 Iran claims the Sejal missile is an indigenous, long-range ballistic missile, unlike others that use foreign technology.
• 😀 The missile's impact and capabilities have been debated, with Israel claiming it was used to target military infrastructure and possibly carrying nuclear components.
• 😀 Ballistic missiles follow predictable, free-fall trajectories, while hypersonic missiles can maneuver mid-flight, making them harder to intercept.
• 😀 Iran uses GLONASS, Russia's navigation system, along with its own Local Positioning System (LPS) and Inertial Navigation Systems (INS) for missile guidance.
• 😀 Iran's missile arsenal includes over 3,000 missiles, but their accuracy is still lower compared to more advanced missile systems.
• 😀 The Sejal missile may or may not have maneuvering reentry vehicle (MARV) capabilities, a technology that allows limited trajectory changes after launch.
• 😀 Hypersonic missiles like the Fatah missile (used by Iran) are boost-glide missiles, and Iran does not yet have hypersonic cruise missiles.
• 😀 Iran's space capabilities, including the launch of satellites like Noor and Mahda, provide essential geo-positioning data for missile guidance.
• 😀 Despite its technological advancements, Iran's missile accuracy remains a challenge, which leads to less precision in their attacks.

Q & A

What is the Sejal missile, and what makes it significant in the context of Iran's missile capabilities?

The Sejal missile is a long-range, two-stage solid-fuel medium-range ballistic missile developed by Iran. It is significant due to its range of 2,000 kilometers and its ability to carry a 700 kg warhead. It is claimed to be an indigenous missile designed with Iranian technology, and its high speed (Mach 14 or 17,000 km/h) and power to strike targets like Israel make it a key part of Iran's missile arsenal.

What is the main difference between ballistic and hypersonic missiles?

Ballistic missiles are launched into the exo-atmosphere and follow a predictable trajectory before falling back towards the target, making them easier to detect and intercept. Hypersonic missiles, on the other hand, travel within the atmosphere, allowing them to change their trajectory mid-flight, which makes them much harder to detect and intercept.

How does the navigation system for Iran's missiles work?

Iran uses a combination of **GLONASS**, Russia's satellite navigation system, and **Inertial Navigation Systems (INS)** for missile guidance. They also use **Local Positioning System (LPS)** for accurate targeting. This system does not rely on traditional GPS and allows Iran to launch missiles with some degree of precision despite limitations.

What is the role of military satellites in Iran's missile launches?

Iran has its own military satellites, such as **Noor**, **Mahda**, and **Kayhan**, which provide critical geo-positioning data for missile guidance. These satellites allow Iran to navigate and target with precision, supporting its missile capabilities and giving it greater independence in military operations.

Why does the Sejal missile have the potential to carry a nuclear warhead?

The Sejal missile is reported to have the necessary size, range, and payload capacity to carry a nuclear warhead. While the missile's primary use is likely conventional, its design and capabilities suggest it could be adapted to carry nuclear payloads, particularly considering the growing concerns about Iran’s nuclear ambitions.

What is the significance of the viral images of the missile's light pattern in the sky?

The viral images showing a unique light pattern in the sky are a visual representation of the missile launch, with the pattern resembling the effects seen in Indian mythological stories like the **Nagastra**. These images generated significant social media attention, adding to the global discussion about the missile and its capabilities.

How does Iran compare to other countries in terms of missile technology in the Middle East?

Iran is considered one of the most technologically advanced countries in missile development in the Middle East, surpassing many of its neighbors, including Pakistan. However, its missile technology still faces challenges with precision, and its arsenal is not as advanced as that of global powers like India, Russia, or the U.S.

What are **hypersonic cruise missiles**, and how do they differ from **boost glide missiles**?

Hypersonic cruise missiles use **scramjet engines** to travel at hypersonic speeds while flying at low altitudes (30 to 100 feet). In contrast, **boost glide missiles** are launched by a rocket booster and then glide towards their target after reaching the exo-atmosphere, allowing for more maneuverability but a different flight trajectory.

Why is **NAVIC** significant in India’s missile defense capabilities?

NAVIC is India's indigenous satellite-based navigation system, developed to ensure precise missile guidance without relying on foreign GPS systems. It provides India with an independent and secure navigation solution for its missiles, reducing the risk of external interference or hacking.

What challenges does Iran face with missile accuracy despite having a large missile stockpile?

Despite having more than 3,000 missiles, Iran faces challenges with the **accuracy** of its missile strikes. This limitation means that while Iran can launch many missiles, the intensity and precision of their impact are often less effective compared to other advanced missile systems. This inaccuracy is one reason why the impact of Iran’s missile attacks may not be as destructive as expected.