The Sejjil Missile Proves Air Defence Systems Are Losing the Modern Arms Race
A Missile Designed to Overwhelm Defence Networks
The reported launch of the Sejjil missile by Iran marks a turning point in the ongoing confrontation with Israel and the United States. Shared initially by PressTV, the Sejjil’s deployment highlights the evolution of Iranian missile doctrine: speed, unpredictability, and the goal of saturating enemy defence systems. With a 2,000-km range and 700-kg payload, the missile is engineered not just to strike—but to evade.
The “Dancing Missile” Shows the Limits of Modern Defences
The Sejjil’s signature feature is its late-stage manoeuvring. Instead of descending along a stable ballistic curve, it shifts direction mid-flight, forcing radars and computers to constantly recalculate interception solutions. In practical terms, this means the missile can appear to “dance” across the sky—confusing tracking systems and defeating missiles designed to intercept predictable trajectories. At hypersonic re-entry speeds, the challenge becomes nearly impossible.
IRAN DEPLOYS ITS "DANCING MISSILE".
— Rahul Shivshankar (@RShivshankar) March 16, 2026
For the first time Iran uses Sejjil missile which is an advanced, two-stage, solid-propellant medium-range ballistic missile (MRBM) developed indigenously. With an estimated range of 2,000–2,500 km and a 700 kg payload, it is designed for fast… pic.twitter.com/2S270KhutL
Solid Fuel and Rapid Launch Make Deterrence Harder
Its solid-fuel design gives the Sejjil a decisive operational advantage. The missile can be launched with minimal preparation, minimizing detection risk and making pre-emptive neutralization unlikely. Developed in the late 1990s and tested in 2008 and 2009, the Sejjil is now central to Iran’s long-range deterrence strategy.
The Sejjil proves that the offensive side of missile warfare is evolving faster than defensive technology. For regional security frameworks relying heavily on interception systems, this missile challenges long-held assumptions—and exposes vulnerabilities that adversaries will continue to exploit.
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