STAIR SPINDLE CALCULATOR

Welcome to the DG Wrought Iron Stair Spindle Calculator, your go-to tool for determining the number of stair spindles you need for your project. Whether you are a homeowner or a designer, this calculator will help you plan and estimate the quantity of stylish and functional wrought iron stair spindles required to add elegance and character to your staircase.

Using our Stair Spindle Calculator. Just follow these steps:

  1. Measure the total length of your staircase railing in mm
  2. Enter the measured length into the calculator.
  3. Choose the desired spacing between each spindle. The standard spacing is 99mm, but you can adjust it according to your preference.
  4. Click the "Calculate" button.

The Stair Spindle Calculator, will then provide you with the number of DG wrought iron stair spindles needed for your project. This will help you accurately plan your purchase and ensure that you have enough spindles to complete your staircase.

Our DG wrought iron stair spindles are known for their quality craftsmanship and durability. They are designed to withstand the test of time while adding a touch of sophistication to any staircase. With a variety of styles available, including the DG wrought iron flat sphere spindle bar and the DG wrought iron single knuckle spindle bar, you can find the perfect spindle to complement your design aesthetic.

For any questions or assistance with your order, please feel free to contact us. Our team of experts is ready to help you make the right choice for your staircase project.

Thank you for choosing DG Wrought Iron Stair Spindle Calculator.  We look forward to serving you and helping you create a stunning staircase that will impress for years to come.

stair spindle calculator

Spindle Spacing Calculator

Expert Guide to Calculating Ideal Balustrade Spindle Quantities.

Stair Spindle Spacing – The Landing

One of the most important aspects of stair design is the spacing of the spindles, also known as balusters, that support the handrail. Spindle spacing affects both the safety and the aesthetics of your staircase. The landing, or the horizontal platform between two flights of stairs, is a special case that requires careful calculation and measurement.

The general rule for spindle spacing is that the distance between two spindles should not exceed 4 inches, or 10 centimeters. This is to prevent small children from getting their heads stuck between the spindles, or falling through the gap. However, this rule may vary depending on the building code and the style of your staircase.

To determine the exact spindle spacing for your landing, you need to know the width of the landing, the width of the spindles, and the number of spindles you want to install. You can use this formula to calculate the spindle spacing:

Spindle spacing = (landing width - (number of spindles x spindle width)) / (number of spindles - 1)

For example, if your landing is 60 inches wide, your spindles are 2 inches wide, and you want to install 10 spindles, then your spindle spacing would be:

Spindle spacing = (60 - (10 x 2)) / (10 - 1)
Spindle spacing = (60 - 20) / 9
Spindle spacing = 40 / 9
Spindle spacing = 4.44 inches

This means that you would have to place each spindle 4.44 inches apart from each other on your landing. You would also have to make sure that the first and last spindles are aligned with the edge of the landing and the handrail.

Spindle spacing is a crucial detail that can make or break your stair design. By following the guidelines and doing some simple math, you can ensure that your landing is safe and attractive.

Expert advice for measuring stair spindles accurately.

Please contact DG Wrought Iron spindles UK if you encounter any difficulties calculating spindle amounts using the button below.

contact us

Caption

 building regulations say?

Guaranteed Safety: Prevent any 100mm Sphere from Passing Through our Guarding.

Remember that adherence to safety regulations, such as the 100mm gap rule, ensures that the railing design prevents small objects (like the sphere) from passing through and maintains safety standards.

Contact form