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Where did you read this? My understanding is that it is a matter of trajectory which should be based on a maximum g-force a missile can sustain. That is at a given velocity, can the missile still turn and be a threat. Whether the missile is going up or down wouldn't necessarily be part of the calculation. Whether Iron Dome uses max g-force based on today's best missile technology or some lower value assuming Hamas couldn't possibly have anything better than x, they do so at their own risk. Beyond that it would be a matter of maximum intercept range.Update: Just ran into something I would have realized if I had thought about it: The claim that the initial boom was due to a rocket being intercepted is certainly false. The problem is that Iron Dome is a terminal intercept system--it engages rockets coming back down (predictable targets that are much easier to hit), not rockets in boost phase. Anything Iron Dome shoots down will fall in Israel, not Gaza. (They only engage high-threat inbounds in the first place--a round going into Gaza isn't a threat at all.)
Do you know "phase" of the missile to be part of it?