Control tests are usually conducted on a finished sports field, but it is also possible to test individual components in a laboratory. These tests are used to ascertain whether the finished synthetic surface, in its entirety, meets the requirements of the relevant standards. This involves verifying that the manufacturing company adheres to all stipulated production requirements and that the products' properties conform with the outcomes of the initial testing. Following the test, as the operator of a newly built facility, you can be confident that your sports field is fit for purpose and can be used to practise sports in accordance with the relevant standards.

Furthermore, tests are conducted during the period of use to ascertain whether a synthetic surfaced sports field that has been in use for a considerable time, e.g. an athletics track or a tennis court, (still) meets the requirements of the relevant standard. This can, for example, demonstrate the need for refurbishment or give you, as the operator, peace of mind that your sports field is still safe for use.

A special test for manufacturers of synthetic surfaces for outdoor sports areas is the product development test. It entails the collaborative design of a new product or the further development of an existing one between the laboratory and the manufacturer. The process involves ongoing laboratory testing during product development to ensure that the product remains compliant with the relevant standards at various stages of the process. The manufacturer and laboratory also exchange information in order to make joint progress in the development process.

The third method is the test for determining vertical deformation (DIN EN 14809), the purpose of which is to assess the elasticity of a sports surface. This is an important property in terms of preventing injuries and optimising sports performance.

Synthetic surfaces must be sufficiently elastic to protect the muscles and joints of athletes while they are exercising.

However, too much elasticity can also prove to be counterproductive, impeding rather than facilitating athletic performance. The test apparatus is designed to simulate the impact of a fall onto a surface, using a special test piece.

Force transducers measure the force applied to the surface, while special sensors are used to determine the short-term deformation of the synthetic surface. The mean value of multiple measurements must be in accordance with the specifications set out in the standard.