Our artificial grass is sold by the square metre so the first place to begin with planning is to work out how best to cover your garden. Artificial grass will be laid alongside other strips in the same direction, so you will need to factor this in.

This step may be simple for more basic garden or installation layouts, but for more complex installations, this step may be best planned out using grid paper in order to fully maximise efficiency.


This process should be relatively simple; just measure along the area that you require for your artificial grass. We normally recommend leaving around 5-10cms over your requirements so that there is a margin for error and for joins when it comes to installation. You can also use our Turf Quantity Calculator after you have completed your measurements in order to generate a quote on pricing.


Square or rectangular gardens

  • Measure the width and length of your work area and multiply the two together. This will give you your required Metres2
  • Example: 2 x 2.5 Metres = 5 Metres2

Round gardens

  • For round gardens or gardens with cyclical elements, a similar measurement will be required.
  • Our artificial grass is sold in rectangular strips so measure from the length and width of the round area and multiple the two numbers to get a Metres2 measurement.
  • Example: Garden is a circular shape, one side is 10 metres and the length of the shape is 3 metres. 10×3 Metres= 30 Metres2

Unusual shaped gardens

  • If your garden is a slightly more unusual shape then it will be much more effective to break your garden into smaller areas.
  • For example if your garden is a L shape, then split the smaller section up and work out the metre area separately. Alternatively, lay the the grass in the opposite direction in order to cover all areas.
  • Example: Garden is a large rectangle measuring 7 Metres by 5 Metres with a small runoff measuring 3 Metres by 3 Metres. 7 x 5 Metres= 35 Meters 2 + 3 x 3 Metres= 9  Metres2.


You will need:

  • A tape measure
  • Pencil
  • Grid paper or plain paper
  • Calculator