How Playing Conditions Differ on Natural Grass and Artificial Fields

How Playing Conditions Differ on Natural Grass and Artificial Fields

Thanks to recent developments, real and artificial grass is quite similar in terms of texture, color, length, and general appearance, making it difficult to tell them apart. Experts believe that field conditions are important to the outcomes of field sports like soccer, football, and rugby. In reality, the parts below will discuss the same subject.

Impact Resistance and Surface Abrasion

Despite recent advancements, artificial grass still cannot withstand as much impact as genuine grass. The transition to artificial grass might be uncomfortable for small feet because real grass is comfier. But thanks to modern technology, artificial turf that can endure impacts and wear is now a reality. The synthetic field was constructed using the most recent technology, so you won't have to worry about scratching the surface when you run, leap, and land on it. On softer surfaces, acceleration changes, and the ensuing forces are stronger and happen more quickly. Artificial grass aims to mimic the appearance and texture of a real lawn as closely as possible.


Rapid changes in direction depend a lot on friction, but too much friction could strain a player's bones and muscles. Injuries to the ligaments in the knee and ankle are often caused by the twisting that happens between the shoe and the playing surface when a player stops and changes direction quickly.

When playing on artificial turf, this torque depends a little bit on how sticky the surface is. Heavy players experience more torque on artificial turf than lighter players, and the amount of this torque is 70% greater when the foot is in full contact with the ground than when only sections of the fingers are in touch with the ground.

The risk of injury in artificial fields can be minimized by taking measures to reduce surface-shoe traction, such as watering and softening the field and using shoes with short studs.

Rolling and Traction Resistance

Comfort, performance, and safety from injury are directly related to traction, which is why it is among the 25 most important metrics. High transitional traction between the shoe and the surface is essential for soccer movements. Shoe traction on the surface of third-generation artificial grass showed that different types of fake grass have different levels of translational traction.

Longer grass with more infill has greater traction than other artificial grasses. However, players still need to get used to the unusually high traction offered by all fake grass and shoe combinations.

Maximum Impact

The resistance of a surface to impact is proportional to its ability to absorb shock. Because of the longer contact length, the impact force is spread out more evenly over a thicker surface. Because of this, the thickness and amount of infill used affect how well artificial turf absorbs impacts.

Learn From the Expert

If you want to know more about how the playing conditions differ on artificial turf and natural grass, visit You will find information unknown to many, but you need to know it, particularly if you are a soccer or football player.