See??? Now that's what I don't like about this new company....grrrr!!! With the old company, there were times when one side of my box would be 14", but the total dimensions still came in less than the 12x12x12 dimensions, and it was never a problem!@pambam wrote:
Grr....just phoned and they won't accept it if any one side is over 12 inches.
@purpleicee wrote:
That is why I always used the 52 cent boxes from Walmart that had the dimensions on one side. I purposely wrote the addresses on a side NOT opposite of the dimension side. So, when I took the photograph, it showed the addresses and the dimensions = no questions from the editors and no measuring from the postal clerk.
@purpleicee wrote:
What? I think a digit was left out of the equations shown.
@Cassiespark wrote:
You simply multiple all 3 numbers together, in any order. If the result is 1728 or less, your package meets the size requirements. If the result is 1729 or more, the package will be considered oversized.
The MSC has said so many incorrect things about this project, its mind boggling.
@BayShopper22 wrote:
I think that you are all making it too difficult. The sum of the sides must be less than or equal to 36".
12+12+12 pass
12+10+15 fail
14+14+4 pass
If all 3 sides are less than 12, nothing to worry about.
I can add 3 numbers much easier than I can multiply them and determine if the number is less than 12 cubed.
@Rho wrote:
9 x 9 x 14 fail
no one side should be more than 12
@purpleicee wrote:
This has become a bonehead thread. Why is it so hard for some to understand to just multiply the 3 numbers and stay within or under the limit?
@Rho wrote:
9 x 9 x 14 fail
no one side should be more than 12
@BayShopper22 wrote:
@purpleicee wrote:
This has become a bonehead thread. Why is it so hard for some to understand to just multiply the 3 numbers and stay within or under the limit?
I suppose. I thought that the sides were added, not multiplied. I learned something new.
I just don't push the limit. I would not use a 12x12x12 box because the clerk might decide it is 1/16" over 12" and round up to 13".