The article elaborates on the complexities associated with intercepting missiles such as Iran's SEJJIL-2 during warfare. One key factor is that when a missile can change its trajectory in the air, it becomes significantly harder for radar and anti-missile defense systems to track and intercept it. This ability to maneuver poses a severe challenge for military forces, particularly during active combat where timing and precision are critical to successfully neutralizing the threat.

Furthermore, the piece highlights how this maneuverability can render traditional defense strategies ineffective. Conventional interceptors rely on predictable flight paths and trajectories to calculate interception points. However, when a missile performs evasive maneuvers, these calculations become increasingly complicated, necessitating advanced technology and quick decision-making from defense operators. As a result, engaging such missiles requires more sophisticated systems than those currently available in some defense arsenals.

In conclusion, the discussion illustrates how the SEJJIL-2 missile exemplifies advanced missile technology that poses new threats to national and international security. The implications of failing to effectively intercept such missiles can lead to significant strategic disadvantages in military conflicts, highlighting the necessity for ongoing advancements in missile defense systems and strategies.