That sounds right Neo... I kept thinking it was 2.6 somthing.
26mm = 1.02 inches. So, the hirst arts models with 1" squares would be really close. I'm thinking of picking up one or two molds and seeing what I can slap together for GenCon. Being that I have about 14 unpainted teams though, I'm probably not being realistic.
Hey Mr You've seen my pitch i posted at Talkbloodbowl.com right? That was made using the 1" fieldstone tiles from Hirst arts. I also made one with the 1.5 tiles but that would require a new range ruller.
"Again, I'd use the overall board size and divide. Measuring one square is not the way to go IMO, cumulative error and all that.
Board length is somewhere close to 756mm..divide that by 26 and it gives you 29.07.
Do 28mm squares and 28*26 gives you 728...a 28mm difference. Or equivalent to a square shorter in overall length. Use 30 and you'll be 24mm or equivalent to most of a square longer.
Width is 440mm. Divide that by 15 and you get 29.33. If you use 29mm squares you'll get a total width of 435..a difference of 5mm which is perfectly fine.
Of course it all depends how anal you want to be in replicating the original size, but I'd go about in by starting with a 752 x 435 rectangle and mark off the squares at 29mm. HTH. "
I guess most of us could live with 4mm overall shorter and 5mm overall narrower.
It would actually be a better situation if they updated the LRB to count number of squares, rather than using a range ruler. First off by count squares it makes it a lot easier to make your own pitch (No need to worry about size then). Most importantly, with the birth of the LRB the rules can be downloaded now, but you still have to buy the boxset to get the range rulers
this is just like real life: the stadiums in football, rugby, and american football aren't always the same size.
OK, just do whatever you want... but I still think that the playing fields aren't always the same size.
Though the boards in Boston are murder...
You don't
really need a range ruler. Once you know the size of the squares (roughly 29mm square) and the length of the range ruler (IIRC, Quick, Short and Long are each 100mm, and LB is 80mm; can't remember the extra bit that goes over the thrower's square), you can derive the length of a pass using trigonometry.
After you have an equation for it, squares can be any size you like; even any shape, so long as the connections between squares are conserved. How about an oval shaped board where the squares are big and fat in the middle, but small and shallow toward the end zone, to give the impression that your players slow down when home is in sight? Or the opposite?