Where the Error Starts
A padel court is engineered to millimeter tolerances: glass panels, anchor points, expansion gaps, all specified far tighter than most construction crews are used to. Handed to a contractor building their first padel court, that precision gets lost fast.
A few millimeters off in anchor placement is enough to put constant stress on the glass. Add wind, or a hard hit during play, and that stress turns into a cracked panel. We translate the manufacturer's plans into exact anchor coordinates and tolerances your contractor can build from, on any site, so the slab goes in right the first time.
A padel court is engineered to millimeter tolerances: glass panels, anchor points, expansion gaps, all specified far tighter than most construction crews are used to. Handed to a contractor building their first padel court, that precision gets lost fast.
A few millimeters off in anchor placement is enough to put constant stress on the glass. Add wind, or a hard hit during play, and that stress turns into a cracked panel. We translate the manufacturer's plans into exact anchor coordinates and tolerances your contractor can build from, on any site, so the slab goes in right the first time.
Slab Levelness
We verify the slab is flat within tolerance before any steel goes up. A level base is what keeps the whole frame square.
Cable Routing
We map conduit paths before the pour, so lighting and wiring come up exactly where they need to, with no exposed cable across the court.
Rebar Placement
We check that reinforcement sits exactly where the anchor groups will land, so the slab holds under tension instead of cracking around the base plates.
Concrete Strength
We confirm the slab is poured to the PSI rating the structure actually needs, so it can carry the load for the life of the court.
What We Verify
Schedule Your Strategic Session
Tell us what’s happening with your court and we’ll set up a focused call with our engineering team