penny wrote:Thanks for the post. Makes lots of sense. It appears that a slight adjustment of tactics might solve some of the biggest hurdles. In major hubs where the the density of dispatch boats is greater, I would simply jump ahead in the iota band immediately, then drop back down ASAP. That might ensure sighting at least one dispatch boat upon "immediately" leaving the system. Similar to shooting a shotgun into a flock of geese. You are sure to hit something.
I don't think it's that simple.
Let's assume the attacker is keeping tabs on the DB that is about to leave and they have a good idea of how long it'll take that DB from now to translate to alpha. So let's say this attacker is keeping one band ahead, which would also keep it concealed from the DB. They will translate to beta before the DB gets to alpha, then gamma before the DB gets to beta, etc. So the attacker will get to iota when the DB arrives on theta.
The problem is then that the attacker needs to go back down to theta to engage, which means a 92% velocity loss and a momentary loss of cognitive abilities (let's say the MAN personnel suffers less, but I say they still suffer some). So going to iota is actually counter-productive: it takes longer to get to and from there to theta, plus a bigger loss of speed. That makes interception difficult.
The best tactic might be to not go higher than the DB: just stay in theta. By accelerating away before the DB, but doing so more intensively, the DB will begin to overtake the attacker, bringing itself into conflict. Alternatively, the attacker may actually only go to eta and accelerate away: the ratio between those two bands is sufficiently small that the attacker can actually make a significant headway before the DB begins accelerating, and then translate up before they hit the 0.3c speed limit.
Either way, the streak drive doesn't help. That means this tactic would have been available for nearly a millennium to any belligerents.
Edited: fixed the Greek letters.