Artilley with Infantry support (also terrain conforming)
Posted: Sat Jan 26, 2013 5:50 pm
Hi all, I've had this happen to me a couple of times and it's my own fault, but just wanted to see if there is a way around it.
Lets say you have two bg's of 2 artillery pieces. You (as an inferior stupid commander in chief) order the pieces to be deployed at the 15" mark but at a slight angle to each other so that they form a deep V (with the point of the V pointing toward the enemy)
Now, after deployment you notice enemy mounted are going to threaten your guns, so want to move some infantry up behind the guns.
Now, because they are in a V, you CANNOT actually line up behind the guns.
Now:
From a game perspective I say 'bad luck... You're an idiot... You should have deployed with a small gap in between".
From a real life perspective I say "The Infantry SHOULD be able to bend to conform. They have, after all, flexibility. They aren't a solid block.
So, there is no provision under the rules for an infantry formation to 'conform' to the back of multiple artillery pieces is there? (or indeed a terrain feature, which could be equally bendy)
Lets say you have two bg's of 2 artillery pieces. You (as an inferior stupid commander in chief) order the pieces to be deployed at the 15" mark but at a slight angle to each other so that they form a deep V (with the point of the V pointing toward the enemy)
Now, after deployment you notice enemy mounted are going to threaten your guns, so want to move some infantry up behind the guns.
Now, because they are in a V, you CANNOT actually line up behind the guns.
Now:
From a game perspective I say 'bad luck... You're an idiot... You should have deployed with a small gap in between".
From a real life perspective I say "The Infantry SHOULD be able to bend to conform. They have, after all, flexibility. They aren't a solid block.
So, there is no provision under the rules for an infantry formation to 'conform' to the back of multiple artillery pieces is there? (or indeed a terrain feature, which could be equally bendy)