- Optional accessories for connecting sports floor tiles
- Provides additional stability for free-standing training areas
- Ideal for modular gym areas, events, or non-glued installations
- Compatible with sports flooring from 1.0 cm thickness
- Dimensions per connector: approx. 5 x 10 cm
- Suitable for home gym and professional use
Connectors for sports flooring: Easy fixation for modular installation
Our connectors allow sports floor tiles to be mechanically connected. They provide additional stability, especially for free-standing training areas or when the floor is not to be glued.
If the sports floor is laid fully up to all four walls, connectors or adhesive are often not necessary.For maximum adhesion on professional surfaces, the floor can alternatively be glued with PU rubber flooring adhesive.
The connectors are compatible with our sports flooring from 1.0 cm thickness and are suitable for both home gyms and professional training areas.
How do I install the connectors?
- Place the first sports flooring tile on the floor.
- Position the connector under the tile so that it protrudes about halfway and the teeth point upwards.
- Strike the sports flooring tile with a hammer or rubber mallet so that it is fixed into the teeth:

- Repeat the process for the remaining connectors.
- Place the next sports flooring tile and also strike it into the teeth of the connectors.
How many pieces do I need?
Calculate with the following number of connectors per running meter of joint (between two tiles).
- Home Gym Use: 2 pieces per running meter of joint
- Professional Use / High Load: 3 pieces per running meter of joint
Calculate requirement:
Measure or estimate the total length of all joints between the tiles (in meters) and multiply this by x2 (for Home Gym) or x3 (for Professional Use).
Example: For a training area with 9 m² of sports flooring (3 x 3 tiles), there is a total of approximately 12 meters of joint length between the tiles.
- Home Gym Use: approximately 24 connectors
- Professional Use: approximately 36 connectors