Covers
Aluminium structures and technical fabric calculated for the wind and snow of your specific location.
850
g/m² fabric
6061/T6
anodised aluminium
+20
years lifespan
1-6
courts per cover
Structural calculation
The same roof can be calculated under different normative frameworks, and that determines the load it withstands and what it requires from you as the owner. We publish all four, with the standard applied in each case.
01
Signed calculation report · CE marking UNE-EN 1090
The standard manufacturing configuration, with frames at 5 m centres. Supplied with construction, setting-out and base reaction drawings, a signed calculation report and CE marking of the structural assembly.
Loads for each project are calculated for its own site before the order is confirmed.
02
UNE-EN 13782 · EN 1999-1-1
Temporary structure. The standard allows this snow value only where accumulation on the roof is prevented.
Requires a snow management plan run by the club, with heating equipment or removal before snow builds up.
03
UNE-EN 13782 · EN 1991-1-3 annex D
Temporary structure with the actual site snow recalculated for a 10-year design life, in accordance with annex D of the Eurocode.
04
Eurocodes EN 1990 · 1991-1-3 · 1991-1-4 · 1999-1-1
Permanent structure calculated with the full Eurocode wind procedure, not with raw dynamic pressure. It covers any site within the published limits, with no conditions of use.
The design justified by our engineer does not apply if any of these three conditions occurs. In that case we recalculate for the site before confirming the order.
Calculation report signed by an engineer, with explicit assumptions: basic wind speed, terrain category, pressure coefficients and load combinations. Supplied with every project.
What is included
Six deliverables that ship with every cover and that a marquee fitter does not produce.
A full structural analysis done for your project and your site, not a generic calculation.
Realistic modelling of your cover, so you see the final structure before anything is built.
Detailed drawings ready for construction, installation and approvals.
Step-by-step documentation, in case you prefer to install it with your own team.
Design and documentation compliant with Eurocode and with UK and USA standards.
Reinforced concrete isolated footings, typical dimension 1.2 × 1.2 × 0.5 m, subject to soil conditions.
Configurations
Choose the number of courts and see real installations of that size.
Bespoke cover: any number of courts and any geometry. Tell us the space and we will calculate it.
The component
Aluminium profile, arch beam and three-dimensional assembly. What sits inside the cover, before the fabric hides it.
Accessories
The base cover is combined with whatever the facility calls for.
PVC fabric on the sides, for full wind and rain protection.
Doors, windows and front panels, with or without enclosure.
Asymmetric LED built into the structure, with even spread across the court.
Motorised upper windows to move air in warm climates.
Club logo, sponsors and corporate colours on fabric and structure.
Rainwater collection and drainage integrated into the structure.
Materials
Hard-pressed extruded 6061/T6 aluminium, anodised to prevent oxidation and corrosion. And double PVC-coated polyester fabric at 850 g/m², block-out, waterproof and UV resistant. Every cover is calculated for the wind and snow of your location, not with a generic calculation.
Technical data
What the ARC-TOP covers are made of, component by component. The same data as in the technical dossier.
Before deciding
The questions that come up in every roofing project. If yours is not here, write to us.
It depends on the type of enclosure (roof only, sliding walls or fixed walls), the number of courts and the wind and snow loads of your area, which drive the structural calculation. Since each cover is sized for its location, the price comes from the engineering study — which is included. Tell us about your project and we'll give you a firm figure.
Three: enclosed with fixed walls and a hinged door, enclosed with sliding walls (which open in summer), and roof only without sides. All modular and made to fit the court.
Yes, and not in a generic way: it is calculated for your site. The design follows Eurocodes EN 1990, 1991, 1993 and 15088 and the Spanish CTE DB-SE, with real wind and snow load assumptions for the area.
Anodised 6061/T6 aluminium, considerably stronger than ordinary aluminium and with a service life of over 20 years with minimal maintenance. The fabric is 850 g/m² PVC, fire-retardant certified to DIN 4102-B1.
That's what the sliding walls are for: they open fully and the court ventilates. And the fabric blocks direct light, so heat doesn't build up inside like in an ordinary tent. It also prevents condensation on the glass and keeps the turf dry.
A complete solution: engineering study, real 3D render, AutoCAD plans, installation guide and international certification (Eurocode, UK and USA). All before manufacturing.
Isolated reinforced-concrete footings, on the order of 1.2 × 1.2 × 0.5 m depending on the ground, with pillars anchored by bolts. The exact dimensions come from the structural study of your project.
We can, or we'll send you the step-by-step installation guide if you prefer to assemble it with your team. The AutoCAD plans come ready for construction and for applying for permits.
Tell us how many courts and where. The quote comes with the structural study and the 3D render.
info@padelmagic.es · +34 606 392 955
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