Wobble, crack open a physics book, then tell me how something with 2 rocket engines isn't going to go farther than something that has no propulsion?
the specks given were
max range of 5km when launched at 25,000ftRaub, when you drop the bombs they stay even with the bomber until they hit the groun
in AH they wouldent really do that IRL but in ah they do.
25,000 is about 4.7 miles
so since the bombs stay right under the bomber in ah they will go foreward about almost 5 miles before they hit the ground (speed sensitive of course)
so a rocket bomb that only went 5 km foreward from 25,000 feet wouldent have any more range than a normal bomb in AH.
unless the bomber was going VERY slow (155-175) about then the rocket bomb would go further but who goes that slow?
According to your theory, the bombs fall straight down
No they just stay even with the bomber once dropped, im not saying the fall straight down..never did.
So, all things being equal, how does adding propulsion to the formula not increase range?
It should, but in AH drag is not modeled on the bombs so they carry further than they would in real life, thats why they stay right under the bomber till they hit the ground.
a rocket bomb traveling only 5km sure doesent sound like very far considering it is dropped from 25,000 feet..not far at all..that doesent sound right.