Nobody stands on a fresh padel site and asks whether the grass will grow. Then somebody does. We get the question from two kinds of buyers: premium private projects chasing a landscape identity, and budget-driven first-time builders who assume real grass must be cheaper. Both deserve a straight answer before they sign anything. The honest answer is a material comparison, not a slogan about plastic versus plants.
Our work sits on the artificial side of the padel court flooring market, yet we rate natural grass seriously here, because the FIP rulebook does. What decides the contest is not a marketing line about plastic versus plants. It is availability, recovery and maintenance – the three places where a living surface either keeps its promise or gives it back.
What the Rules Say a Padel Court Floor Can Be
When clubs compare padel court flooring options, most skip straight to price and colour. The rulebook deserves the first word. The FIP rulebook lists porous concrete, cement, wood, synthetic surfaces and artificial grass as permitted court surfaces. It also allows any other material that produces a regular bounce – the clause that keeps the natural-grass question alive. The rules are deliberately material-neutral.
Material neutrality does not mean anything goes. The surface must be a single uniform colour, clearly distinct from the walls, with green, blue and terracotta preferred. Level tolerance is strict: less than 3 mm of variation over any 3 m straightedge. It helps to see how a padel turf surface system is built up layer by layer. A soil profile has layers too, but only one side can be specified to the millimetre.
Where the asymmetry appears is in testing. For synthetic surfaces and artificial grass, the rulebook points to laboratory performance reports – UNE 41958 IN within the European Union, national standards elsewhere. Its requirements table lists thresholds for artificial turf: force reduction listed at RF 20%, friction between 0.4 and 0.8, and vertical ball rebound of 80%. Sand infill is specified just as precisely, down to grain shape and visible fibre length. Nothing comparable exists for grass, because no laboratory table has ever been written for a surface that grows.
The asymmetry in one line: FIP’s numeric performance table is written for artificial and synthetic surfaces only – natural grass has no quantitative acceptance path at all.
Practice has settled the question most rulebook readers never reach. Sand-filled artificial turf is the surface at virtually every professional padel event, valued for bounce consistency and joint comfort. It has also become the dominant choice worldwide, displacing cement in nearly all new installations. So when a builder asks about grass, they are asking whether a permitted material can survive a market that has already voted.
Ball Behaviour: Speed, Bounce Consistency and Sliding
Ball behaviour is where a padel court flooring choice stops being theoretical. On a sand-filled artificial surface, the silica layer dampens the bounce and produces the response FIP and event organisers expect. The same drop height returns the same rebound anywhere on the court. Players say it more plainly: the ball does what it did yesterday, and what it will do tomorrow.
Pace Control Sits in the Sand
Infill depth is the real speed dial. More sand in the carpet means a slower, steadier ball with more grip; less sand frees up pace and changes how the surface accepts a slide. This is why two sand-filled courts can play differently, and why filling level is treated as a decisive specification rather than a detail. Cement makes the contrast easy: harder, faster, a higher kick,