Padel Court Construction Timeline: From Site Survey to Opening Day

Key points covered in this guide:

• What a complete Padel Court construction timeline should include
• Which work must be finished before court production starts
• How site preparation and factory production can overlap
• Why foundation drawings should be approved early
• When drainage and electrical conduits should be installed
• How shipping can affect international Padel Court projects
• What happens during steel, glass, turf, and lighting installation
• Which stages should never be rushed
• How multi-court projects differ from single-court projects
• What commonly causes construction delays
• How to prepare a realistic opening-date schedule
• What should be inspected before the court opens to players

Building a Padel Court is not a single installation task.

A commercial project normally passes through site evaluation, design approval, structural coordination, civil construction, court manufacturing, shipping, customs clearance, equipment unloading, steel erection, glass installation, artificial turf installation, lighting, electrical work, testing, and final handover.

These activities do not always happen one after another.

Some can run simultaneously.

For example, the factory may manufacture the Padel Court while the local contractor prepares the concrete foundation. When this coordination is handled correctly, the total project duration can be reduced significantly.

When it is handled poorly, the finished court may arrive before the foundation is ready—or the concrete may be completed before the correct anchor and structural drawings have been approved.

For B2B buyers, club investors, hotels, schools, developers, and sports contractors, a Padel Court construction timeline should therefore be created before the order is placed.

What Does a Padel Court Construction Timeline Include?

A complete construction schedule should cover more than the physical assembly of the court.

The main stages usually include:

1. Project definition
2. Site survey
3. Local planning and approvals
4. Court selection
5. Engineering and drawing approval
6. Foundation and drainage construction
7. Court manufacturing
8. Factory quality inspection
9. Packaging and shipping
10. Customs and inland transport
11. Equipment unloading
12. Steel structure installation
13. Mesh and gate installation
14. Tempered-glass installation
15. Lighting and electrical work
16. Artificial turf installation
17. Silica-sand distribution
18. Net installation
19. Final inspection
20. Opening preparation

Installation Time Is Not the Same as Project Time

A supplier may say that the physical court structure can be installed relatively quickly.

That does not mean the complete project can move from an empty site to an operational facility in the same period.

The total schedule can also include:

• Engineering review
• Permits
• Concrete curing
• Manufacturing
• International transportation
• customs clearance
• electrical inspection
• final commissioning

These stages should be included when establishing the intended opening date.

Stage 1: Define the Padel Court Project

The timeline begins with a clear project brief.

Before requesting a final quotation, decide:

• Number of courts
• Indoor or outdoor
• Court model
• Intended playing level
• Project location
• Roof requirements
• Tournament requirements
• Preferred turf
• Lighting level
• Branding
• Expected opening date

Select the Court Type Early

Changing from a classic court to a panoramic or roofed configuration after foundation work begins can affect:

• Post positions
• Base plates
• anchors
• foundations
• wind loads
• electrical routes

SRSC currently offers several Padel Court configurations, including panoramic, classic, super-panoramic, single, indoor, outdoor, and roofed systems.

Define the Intended Use

A recreational court may have different requirements from:

• Commercial club
• Tournament venue
• Hotel
• school
• residential community

This influences the technical specification and project schedule.

Stage 2: Conduct the Site Survey

A site survey should happen before final engineering.

Measure the Available Area

The current FIP Rules of Padel define a standard doubles court with an internal playing area of 20 × 10 metres. The complete construction footprint requires additional space for the structure, drainage, access, maintenance, and potentially out-of-court play areas.

Record:

• Site length
• site width
• diagonals
• elevation differences
• surrounding buildings
• access routes

Check Ground Conditions

The project team should understand whether the site consists of:

• Existing reinforced concrete
• asphalt
• compacted soil
• fill material
• sloped terrain

A weak or unstable base can affect the entire project.

Check Equipment Access

Ask:

• Can a delivery truck reach the site?
• Can glass crates be unloaded?
• Is crane access available?
• Is there temporary storage?
• Can long steel sections enter the site?

Equipment access should be planned before the container arrives.

Stage 3: Review Local Requirements

Planning requirements vary by country and municipality.

Possible approvals may involve:

• Building work
• foundations
• electrical installations
• roof structures
• noise
• lighting
• drainage
• fire access
• land use

Do This Early

Permit-related work can continue while the supplier prepares technical documents.

Waiting until the court has already been manufactured can create unnecessary storage or shipping delays.

Roofed Courts May Require Additional Review

A roof introduces a larger structure and additional loads.

The project may therefore require further review of:

• Wind
• snow
• foundations
• structural steel
• drainage

Local licensed professionals should confirm project-specific legal and structural requirements.

Stage 4: Approve the Padel Court Layout

The buyer, supplier, architect, and civil contractor should work from one approved layout.

Confirm Court Position

The layout should show:

• Playing area
• external structure
• gates
• lighting columns
• walkways
• drainage
• spectator areas

Confirm Court Orientation

Outdoor projects may consider the effect of low-angle sunlight on players.

FIP competition guidance notes a north-south longitudinal orientation for outdoor courts unless geographic conditions justify another approach.

The final orientation should also consider:

• Local latitude
• surrounding buildings
• prevailing winds
• operational hours

Stage 5: Approve Foundation and Anchor Drawings

This is one of the most important milestones in the project.

Do not pour the final foundation simply from a generic Padel Court drawing.

The approved foundation plan should show:

• Court centre lines
• Post coordinates
• Anchor locations
• Base-plate positions
• Concrete dimensions
• Reinforcement
• Drainage
• Lighting posts
• Electrical conduits

SRSC’s own project guidance recommends coordinating foundations, anchors, drainage, electrical requirements, and installation drawings before site work is finalized.

Why This Stage Can Delay a Project

Common problems include:

• Buyer changes court model
• Local engineer requests revisions
• Wind calculations change foundations
• Roof is added
• Gate position changes
• Civil contractor starts before final approval

Freezing the structural layout early reduces rework.

Stage 6: Start Padel Court Manufacturing

Once the specification and drawings are approved, manufacturing can begin.

Factory work may include:

• Steel cutting
• drilling
• welding
• galvanizing
• powder coating
• mesh fabrication
• glass production
• turf preparation
• lighting preparation
• hardware packing

Production Can Overlap With Civil Work

This is one of the main opportunities to shorten the total Padel Court construction timeline.

While the factory produces the court, the site contractor can work on:

• Excavation
• foundations
• drainage
• underground electrical conduits
• surrounding paving

However, both teams must use the same approved drawings.

Stage 7: Build the Foundation

The foundation should provide a stable, level base for both the playing surface and court structure.

Typical activities may include:

1. Excavation
2. Ground preparation
3. Compaction
4. Reinforcement
5. Formwork
6. Concrete placement
7. Levelling
8. Curing
9. Drainage testing

Do Not Rush Concrete Readiness

Structural erection should begin only after the foundation has reached the condition required by the local design and installation plan.

Starting too early can create:

• Anchor problems
• concrete damage
• surface damage
• alignment issues

Check Surface Flatness

An uneven foundation can later cause problems with:

• Turf
• drainage
• glass joints
• gates
• post alignment

Correcting concrete before turf installation is much easier than correcting it after the court opens.

Stage 8: Install Drainage Before the Court Is Closed In

Drainage should be coordinated before turf and surrounding finishes restrict access.

Outdoor Drainage May Include

• Surface slope
• perimeter channels
• underground drains
• outlets
• roof downpipes

Conduct a Water Test

Before installing artificial turf, verify that water:

• Flows in the intended direction
• does not remain in low areas
• reaches drainage channels
• exits through functioning outlets

A drainage problem discovered after turf installation may require removing part of the finished playing surface.

Stage 9: Complete Underground Electrical Work

Lighting cables and control wiring should also be coordinated early.

Typical underground routes may connect:

• Main distribution board
• Court control panel
• Lighting columns
• CCTV
• scoreboard
• access system

Install Spare Conduits

Additional empty conduits can later support:

• Cameras
• digital scoreboards
• Wi-Fi
• booking controls
• extra lighting

Installing an empty conduit during civil construction is usually less disruptive than cutting completed concrete later.

Stage 10: Complete Factory Quality Inspection

Before shipment, the court should be checked against the approved specification.

Inspect:

Steel

• Dimensions
• wall thickness
• welding
• coating

Glass

• Thickness
• quantity
• hole locations
• edges

Turf

• Product
• colour
• roll dimensions
• production batch

Lighting

• Wattage
• voltage
• brackets
• operation

Hardware

• Bolts
• gaskets
• sleeves
• anchors
• spare parts

Correct Problems Before Shipping

A missing glass panel or incorrect steel bracket is much easier to correct at the factory than after an international shipment arrives.

Stage 11: Package and Load the Padel Court

Packaging should be treated as part of the project schedule.

Tempered Glass

Glass should be protected with suitable:

• Crates
• separators
• edge protection
• restraints

Steel Structure

Coated steel requires protection from:

• Scratching
• impact
• metal-to-metal rubbing

Hardware

Small components should be separated and labelled according to:

• Court number
• installation stage
• component type

Loading Plan

The supplier should provide information about:

• Container quantity
• package dimensions
• package weights
• unloading requirements

This allows the buyer to prepare forklifts, cranes, and storage space before arrival.

Stage 12: Plan International Shipping

For imported courts, transportation can be one of the longest parts of the overall schedule.

SRSC currently states that typical sea freight may take approximately 30–60 days, while air freight may take around 7–14 days, with actual delivery schedules confirmed according to the destination and order.

Shipping Time Is Not the Whole Logistics Schedule

Also allow for:

• Container booking
• export documentation
• port handling
• customs
• inland delivery

Use Shipping Time Productively

While the court is in transit, the local team can complete:

• Foundation inspection
• electrical work
• drainage
• pathways
• storage preparation
• installation planning

The site should ideally be ready before the equipment arrives.

Stage 13: Prepare for Unloading

Before delivery day, confirm:

• Truck access
• unloading equipment
• storage area
• lifting capacity
• installation crew
• package list

Glass Requires Special Planning

Glass crates are heavy and fragile.

Do not discover on delivery day that the available forklift cannot safely handle the crate dimensions or weight.

Separate Components by Court

For multi-court projects, assign each package to:

• Court 1
• Court 2
• Court 3

and so on.

This reduces confusion during assembly.

Stage 14: Inspect the Shipment After Arrival

Document the shipment before installation begins.

Check for Transport Damage

Inspect:

• Glass crates
• steel coatings
• turf rolls
• lighting fixtures
• hardware boxes

Compare Against the Packing List

Confirm that all major and small components have arrived.

A missing gasket or bolt can interrupt installation even when all major structural components are present.

Report Damage Promptly

Record:

• Package number
• photograph
• component
• damage
• quantity

This improves communication with the supplier and shipping parties.

Stage 15: Recheck the Foundation

Before steel erection begins, inspect the completed base again.

Confirm:

• Court dimensions
• diagonals
• levels
• anchor zones
• drainage
• electrical conduits

Correct Problems Before Steel Installation

Do not expect steel frames or glass panels to compensate for an inaccurate foundation.

The supporting base should meet the project requirements before the structure is erected.

Stage 16: Install the Steel Structure

The court structure is normally assembled first.

Work may include:

• Base plates
• main posts
• upper frames
• mesh frames
• corner members
• gate frames
• lighting posts

Do Not Fully Lock Every Connection Immediately

Initial assembly may leave selected connections adjustable while the installer checks overall geometry.

Check Diagonals

Correct diagonals help confirm that the court is square.

Check Post Verticality

Use proper measurement tools rather than relying only on visual judgement.

Check Elevation

The top of corresponding structural members should remain consistently aligned.

Stage 17: Install Mesh and Gates

After the main frame is stable, mesh and gates can be installed.

Inspect Mesh

Look for:

• Sharp wires
• incomplete connections
• damaged coating
• uneven panels

Test Gate Movement

Every gate should:

• Open smoothly
• close correctly
• remain aligned
• avoid contact with nearby glass

Gate adjustment is easier before all final finishes are completed.

Stage 18: Install Tempered Glass

Glass installation should begin only after structural alignment has been accepted.

Inspect Every Panel Before Lifting

Check:

• Panel number
• edges
• corners
• holes
• surface

Use Correct Glass Fittings

The assembly may include:

• Bolts
• rubber gaskets
• nylon sleeves
• washers
• setting blocks

Never Force a Panel Into Position

If holes do not align naturally, investigate whether the problem comes from:

• Steel position
• bracket position
• glass orientation
• foundation alignment

Forcing the panel can transfer structural error into the glass.

Stage 19: Install Lighting

Lighting installation may involve:

• Fixture mounting
• cable connection
• driver connection
• aiming
• control testing

Confirm Fixture Orientation

The final aiming should minimize:

• Dark zones
• glare
• excessive spill

Complete Night Testing Later

The fixtures can be electrically tested during installation, but the final lighting assessment should take place after dark.

Stage 20: Install the Artificial Turf

Artificial turf should normally be installed after heavy structural work is complete.

This reduces the risk of damage from:

• Lifting equipment
• steel components
• glass installation
• construction traffic

Prepare the Base

The surface should be:

• Clean
• dry where required
• flat
• free from sharp debris

Lay Out Turf Rolls

Check:

• Roll direction
• seams
• line position
• colour consistency

Keep Fibre Direction Consistent

Installing neighbouring turf rolls in different directions can make them appear to be different colours.

Stage 21: Complete Turf Seams and Lines

Seams should be:

• Straight
• flat
• securely bonded

Court lines should be checked against the approved layout.

Do Not Rush Adhesive Curing

Allow the bonding system to reach its required condition before heavy brushing or full player use.

Stage 22: Add Silica Sand

Infill is normally added gradually rather than dumped in large piles.

A common sequence is:

1. Initial sand application
2. Brushing
3. Additional sand
4. Further brushing
5. Distribution check

Check the Whole Court

Look for:

• Sand-heavy areas
• low-sand areas
• uneven fibres
• exposed seams

An early follow-up may be required after the first period of play because infill can settle.

Stage 23: Install the Net and Final Accessories

Complete:

• Net
• centre strap
• protective caps
• gate hardware
• signs
• selected branding

Avoid Last-Minute Unapproved Additions

Advertising panels and windscreens should not simply be attached after installation without considering their effect on the structure, particularly on outdoor courts.

Stage 24: Complete Electrical Testing

A qualified local electrical professional should complete relevant testing and commissioning.

Check:

• Supply
• circuit protection
• earthing
• controls
• fixture operation
• isolation
• weather-resistant connections

Test Every Court Separately

For multi-court facilities, verify:

• Court 1 controls
• Court 2 controls
• Court 3 controls

rather than switching the entire facility as one system unless that is the approved design.

Stage 25: Conduct Night Lighting Commissioning

Night testing can reveal problems that daytime checks cannot.

Inspect:

• Dark areas
• uneven lighting
• glare
• reflections from glass
• incorrect fixture aiming

The current FIP documentation remains the appropriate reference point for official playing and competition requirements, while lighting design should be matched to the intended facility level.

Stage 26: Complete Final Padel Court Inspection

Before opening, inspect the court as a complete system.

Structure

Check:

• Posts
• bolts
• anchors
• mesh
• gates

Glass

Check:

• Damage
• alignment
• fittings
• joints

Turf

Check:

• Seams
• lines
• sand
• surface flatness

Lighting

Check:

• Operation
• aiming
• controls

Playing Test

Test:

• Ball bounce
• glass rebound
• mesh response
• turf grip
• net position

Example Padel Court Construction Timeline

The following is an illustrative planning example, not a guaranteed supplier schedule.

Actual timing depends on the site, project size, local approvals, weather, factory capacity, destination, shipping method, and installation team.

Project Stage	Typical Scheduling Approach
Site survey	Beginning of project
Court selection	Immediately after site review
Engineering drawings	Before final civil construction
Permit/local review	Start as early as possible
Foundation construction	Can overlap with manufacturing
Court production	After approved specifications
Factory inspection	Before shipment
Sea transport	Often major schedule component
Customs/inland delivery	After vessel arrival
Steel installation	After foundation acceptance
Glass and mesh	After structural alignment
Lighting	During/after structure installation
Artificial turf	After heavy structural work
Electrical commissioning	Before final handover
Final inspection	Before opening

The important principle is not the exact number of days assigned to each row.

The goal is to identify dependencies.

Which Padel Court Tasks Can Run at the Same Time?

Efficient project scheduling uses parallel work where practical.

Manufacturing + Foundation

These are often the two biggest parallel workstreams.

Once drawings are approved:

Factory:
Manufactures court components.

Site contractor:
Builds foundation and drainage.

Shipping + Site Completion

While the court is travelling:

• Complete paving
• finish electrical supply
• test drainage
• prepare installation access

Building Works + Court Manufacturing

For indoor facilities, the building shell and court equipment may also progress simultaneously.

Which Tasks Should Not Be Started Too Early?

Some stages should wait for earlier approvals.

Do Not Pour Final Foundations Before:

• Court model is confirmed
• anchor layout is approved
• local engineering review is complete

Do Not Install Glass Before:

• Steel is aligned
• anchors are accepted
• brackets are correct

Do Not Install Turf Before:

• Heavy structural work is finished
• base is clean
• drainage is tested

Do Not Open the Court Before:

• Electrical commissioning
• final structural check
• turf inspection
• lighting test

Good scheduling is not only about working faster.

It also means knowing when to wait.

Common Padel Court Construction Delays

Late Drawing Approval

Every downstream stage can be affected when structural drawings remain unresolved.

Changing the Court Model

Switching to a roofed or different structural configuration can require foundation redesign.

Foundation Errors

Incorrect post positions can delay installation.

Poor Drainage

Low spots discovered after concrete completion require repair.

Shipping Delays

International freight should include schedule contingency.

Missing Components

Incomplete hardware packages can stop installation.

Glass Damage

A damaged panel may require replacement production and international delivery.

No Crane or Forklift

Installation cannot begin when heavy packages cannot be unloaded.

Electrical Supply Not Ready

The court may be physically complete but unable to pass final lighting tests.

Weather

Rain, extreme heat, snow, or strong wind can interrupt:

• Concrete work
• glass lifting
• turf installation
• electrical work

Single-Court vs Multi-Court Construction Timeline

Single Padel Court

A single court may be relatively straightforward because:

• Fewer foundations
• fewer components
• simpler electrical distribution
• smaller installation crew

Multi-Court Club

A larger project requires more coordination but can gain efficiency through repeated tasks.

For example:

• All foundations completed together
• steel installed court by court
• glass team follows steel team
• turf team follows glass team

Use a Production-Line Installation Strategy

For a six-court project:

Crew A: Steel Court 3
Crew B: Glass Court 2
Crew C: Turf Court 1

This staggered workflow may improve productivity compared with completing one entire court before beginning the next.

Roofed Padel Court Timeline

Roofed courts need additional scheduling stages.

These may include:

• Roof structural engineering
• Larger foundations
• roof columns
• beams
• roof panels
• gutters
• downpipes

The RR05 Roofed Outdoor Padel Court illustrates how the playing enclosure and roof structure become one larger construction package.

Install Roof Work Safely

Depending on the design, roof erection may require:

• Crane access
• Elevated work platforms
• temporary exclusion areas

This should be incorporated into the site logistics plan.

Create a Padel Court Project Responsibility Matrix

Schedule delays often happen because no one knows who owns a particular task.

Create a simple matrix.

Task	Court Supplier	Local Contractor	Buyer	Engineer
Court drawings	✓		Review	Review
Foundation design data	✓			✓
Concrete construction		✓		Review
Drainage		✓		Review
Court manufacturing	✓
Shipping	✓ / Buyer		✓
Unloading		✓	✓
Court installation	✓ / Local	✓
Electrical connection		✓
Final inspection	✓	✓	✓	✓ where required

The exact responsibilities depend on the contract.

The important point is to define them before work begins.

Padel Court Construction Timeline Checklist

Before confirming the opening date, verify:

Design

• Court model confirmed
• Layout approved
• Glass specification approved
• Steel specification approved

Engineering

• Wind conditions confirmed
• Foundation approved
• Anchor details approved
• Roof design approved if applicable

Civil Work

• Excavation complete
• Concrete complete
• Drainage tested
• Electrical conduits installed

Production

• Steel complete
• Glass complete
• Turf complete
• Lighting complete
• Hardware counted

Logistics

• Factory inspection passed
• Shipping booked
• Customs documents prepared
• Unloading equipment booked

Installation

• Foundation accepted
• Steel aligned
• Mesh installed
• Glass installed
• Lighting installed
• Turf installed
• Sand distributed

Handover

• Electrical testing complete
• Night lighting test complete
• Playing test complete
• Defects corrected
• Documentation received

FAQ About Padel Court Construction Timelines

How long does it take to build a Padel Court?

There is no universal duration. Total project time depends on approvals, foundation work, production, shipping, customs, installation, weather, and project complexity. Physical court assembly is only one part of the schedule.

Can the Padel Court be manufactured while the foundation is built?

Yes. This is often an effective way to shorten the project schedule, provided both teams are working from the same approved drawings.

What should be completed before ordering a Padel Court?

At minimum, confirm the site, available area, court type, project location, and intended use. Foundation and structural requirements should then be coordinated before civil construction is finalized.

When should the foundation be built?

The foundation should be built after the final court layout, post positions, structural requirements, and anchor details have been approved.

How long does international shipping take?

SRSC currently states typical sea-freight delivery of around 30–60 days and air freight of around 7–14 days, although the actual schedule depends on the destination and shipment.

Can I install artificial turf before the glass?

Heavy structural installation should normally be completed first so lifting equipment, steel, and glass handling do not damage the finished turf.

What causes the most Padel Court construction delays?

Common causes include late drawing approval, foundation errors, local permits, shipping delays, missing hardware, glass damage, weather, and electrical work that was not coordinated early.

Can several Padel Courts be installed at the same time?

Yes. Multi-court projects can use staggered crews for steel, glass, turf, and electrical work to improve efficiency.

When should lighting be tested?

Electrical operation can be tested during installation, but final aiming and glare assessment should also be completed under nighttime conditions.

What must be finished before opening a Padel Court?

Complete structural inspection, glass inspection, turf and sand checks, gate testing, electrical commissioning, lighting inspection, drainage verification, and final playing tests before opening the court.

Conclusion

A successful Padel Court construction timeline depends on coordination more than speed.

The most efficient projects begin by confirming the site, court model, structural requirements, foundation drawings, drainage, and electrical routes before major work starts.

Once the drawings are approved, court manufacturing and local civil construction can often proceed simultaneously. International shipping time can then be used to finish the foundation, drainage, electrical supply, pathways, and installation preparation.

When the equipment arrives, the work should follow a controlled sequence:

Foundation inspection → steel structure → mesh and gates → tempered glass → lighting → artificial turf → silica sand → electrical commissioning → final inspection.

The biggest scheduling mistakes usually occur when one stage starts before the previous design decision has been finalized.

SRSC provides design, production, installation, and after-sales support for international sports facility projects. Buyers can explore the complete Padel Court range, review the Step-by-Step Padel Court Installation Guide, compare the RR01 Panoramic Padel Court and RR05 Roofed Outdoor Padel Court, or contact SRSC with the project location, number of courts, planned opening date, site dimensions, and preferred court model.