ladder, and since the forms of the stairs differ from the primitive, this complicates the task. This calculator simplifies all calculations to a minimum, and, knowing the dimensions of the stairs, we can easily find the volume of concrete for our structure.
Operating procedure:
1. Choose your staircase view
a. One march
b. Two parallel marches
c. Two marches at an angle of 90 degrees
d. Three march
2. Set the ladder parameters
a. Length of a step, mm (on the whole staircase)
b. Step height h, mm (on the whole staircase)
c. The thickness of the march t, mm (the same along the entire length of the stairs)
d. The number of steps on each march
e. Width of each march, mm
f. Pad length (if necessary)
3. Press the button “Calculation”
The result will be the angle of inclination of the stairs and the amount of concrete required to fill such a staircase.
For reference:
- concrete volume is considered without stock
Operating procedure:
1. Choose your staircase view
a. One march
b. Two parallel marches
c. Two marches at an angle of 90 degrees
d. Three march
2. Set the ladder parameters
a. Length of a step, mm (on the whole staircase)
b. Step height h, mm (on the whole staircase)
c. The thickness of the march t, mm (the same along the entire length of the stairs)
d. The number of steps on each march
e. Width of each march, mm
f. Pad length (if necessary)
3. Press the button “Calculation”
The result will be the angle of inclination of the stairs and the amount of concrete required to fill such a staircase.
For reference:
- concrete volume is considered without stock
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