High-Lux LED Illumination Systems Engineered to EN 12193 Performance Standards
We design and construct premium sports flood lighting and high mast installations. Utilizing high-efficiency anti-glare LED luminaires, octagonal hot-dip galvanized steel poles, structural concrete pile foundations, and lightning protection loops, we build durable sports lighting systems.
Sports flood lighting requires uniform lux distribution, anti-glare control visors, wind-resistant steel poles, and lightning protection systems.
Elite International Sports specializes in turnkey design and installation of professional sports floodlights and high mast towers. Standard street lights cannot provide the uniform, shadow-free illumination needed for fast-moving sports like tennis, football, and athletic tracks. We supply high-efficiency LED luminaires with asymmetrical optics to direct light onto the play surface, preventing glare.
Our systems feature high-strength octagonal steel poles (heights from 6 to 30 meters), designed to resist local wind loads. We anchor these poles to reinforced concrete foundations using high-tensile anchor fasteners. The steel is hot-dip galvanized to prevent rust from outdoor weather.
Beyond the primary poles, our installations include IP66 weatherproof control panels, lightning protection arresters, and anti-glare visors, helping municipal complexes, universities, and commercial clubs build safe, energy-efficient night sports venues.
Octagonal steel poles fitted with anti-glare LED sports floodlights.
We manage the entire installation lifecycle, from Dialux photometric planning and foundation casting to pole erection, luminaire mounting, and panel wiring.
The engineering of a professional sports lighting system starts with photometric modeling. We design the layout using specialized design tools, calculating wind load parameters based on local weather records. Foundation design features reinforced concrete pedestal footings anchor-bolted with high-tensile fasteners to secure the main steel columns.
The primary columns and rafters are built-up steel sections fabricated in our quality-controlled factory. Once transported to the site, they are bolted together using high-strength fasteners. This avoids field welding, reducing structural defects. The wall cladding utilizes single or double-skin color-coated galvanized steel sheets.
Sports are highly sensitive to wind currents that affect ball flight. We design the ventilation system using gravity roof ventilators and wall-mounted louvers. This keeps the air fresh without creating strong, targeted drafts over the courts.
Luminaires with high efficiency, delivering 140 lm/W, featuring cast aluminum heatsinks for cooling.
Octagonal or conical steel poles hot-dip galvanized (minimum 86 microns) to prevent rust from moisture.
Copper lightning arresters and SPD surge protectors to shield LED drivers from electrical damage.
Integrated outdoor switchgear panels equipped with MCBs, contactors, and automated timers for easy control.
Asymmetrical metal visors designed to direct light downward onto the court, preventing light spill.
Custom lighting designs using specialized software, calculating light positions for optimal lux uniformity.
High mast towers (16m to 30m) equipped with high-lux LED sports floodlights. Designed for large football stadiums, cricket grounds, and athletic tracks.
Medium poles (6m to 9m) designed for single or double courts (tennis, basketball, volleyball). Features asymmetrical optics to prevent glare.
A network of medium poles sharing common electrical circuits. Optimizes space and cabling costs in large sports clubs, academies, and universities.
We manage the entire construction process from site inspection to final handover, ensuring every step meets our strict quality standards.
We work with the client to determine court layout requirements, clear height needs, and site boundaries.
We test the soil load capacity and map elevations to design concrete foundation pedestals.
We check site specifications against BWF guidelines, planning clear height and spacing requirements.
We create 3D drawings of the frame layout, sheeting profiles, and access doors.
We draw up the connection details, purlin layouts, anchor bolt positions, and frame dimensions.
We calculate the steel member thickness and wind load parameters to ensure compliance with building codes.
We select high-grade steel, insulated PUF panels, anchor bolts, and DMX-controlled LED fixtures.
We cast the concrete foundation, erect the primary steel columns, assemble roof rafters, and install cladding.
We check the alignment of columns, test the water tightness of roofing seams, and inspect lighting output.
We run a final safety walk-through, checking bolt torque levels, frame paint thickness, and door operations.
We hand over the keys to the new indoor badminton arena, along with structural manuals and warranty documents.
Cast aluminum LED floodlights fitted with asymmetrical optical lenses to project high-lumen beams onto courts.
Octagonal steel poles hot-dip galvanized (minimum 86 microns) to protect against rust in outdoor environments.
High-tensile Grade 8.8 anchor bolts. These secure the steel pole bases to the concrete steps against wind lifts.
10kV surge protection devices (SPD) installed in panels to shield LED drivers from voltage spikes.
Industrial powder coatings applied over metal brackets to resist scratches, wear, and corrosion.
Integrated copper lightning rods installed on mast tops, diverting electrical strikes to the ground loop.
| Parameter | Value / Specification | Standards Compliance |
|---|---|---|
| Lighting Level | 300 Lux (Recreational) / 500-1000 Lux (Competition) | EN 12193 Sports Lighting standards |
| LED Luminaire Efficiency | 130 lm/W to 150 lm/W (high lumen output) | CE / UL certified |
| Color Temperature (CCT) | 4000K to 5700K (natural daylight simulation) | EN 12193 guidelines |
| Color Rendering Index (CRI) | CRI > 70 (Standard) / CRI > 80 (TV broadcast) | EN 12193 guidelines |
| Mast Heights | 6.0 meters to 30.0 meters (octagonal steel sections) | IS 875 structural wind loads |
| Wind Load Resistance | Up to 180 km/h (depending on site location) | IS 875 wind load codes |
| Panel Protection Rating | IP65 outdoor weatherproof enclosure | EN 60529 protection testing |
| Expected Service Life | 50,000 Hours (LED system lifespan) | Design life guidelines |
| Warranty | 5 Years comprehensive warranty | Standard project guidelines |
Fitted to meet EN 13200 parameters, ensuring safe exit access widths and high-load safety guardrails to protect spectators.
The UV-stabilized materials and hot-dip galvanized steel brackets prevent chalking, rust, and cracking under hot sun and heavy rain.
Our retractable bleacher systems slide away against the wall, allowing you to use court space for multiple sports.
Tip-up gravity hinges widen pathways naturally when empty, easing crowd movements during matches.
Blow-molded double-skin structures resist high impacts, scratching, and vandalism in public arenas.
The curved seat shapes support proper posture, ensuring a comfortable experience during long matches.
Elite competition sports flood lighting requires strict compliance with international standards. Our lighting systems are designed and constructed to meet **European Standard EN 12193** (Sports lighting) and structural safety codes.
EN 12193 guidelines define lux levels, uniformity ratios, color temperatures, glare control, and light spill limits. Satisfying these specifications is necessary to ensure safety and comfort during night matches.
Our structural and electrical systems are tested by third-party inspectors to ensure compliance with load-bearing standards, providing a safe, durable, and code-compliant flood lighting arrangement.
Following a standard maintenance routine preserves the finish and keeps the lighting masts stable for years.
Checking panel fuses weekly, testing timers, inspecting cable seals, and wiping lenses.
Checking bolt torque on concrete bases, measuring pole vertical levels, and testing ground resistance.
Replacing old halogen lamps with LED floodlights, upgrading panel boards, and adding lightning arresters.
Our engineers bring over 15 years of experience in structural safety design and seating layout installation.
We import certified, high-impact HDPE chairs and galvanized support brackets directly from leading manufacturers.
We handle everything—from sightline calculations and bracket anchoring to chair mounting, guardrails, and walkway codes.
Calculating safety clearances, developing detailed layout schematics, and planning anchor specifications.
Drilling concrete floor plates, securing base frames, tensioning cables, and fitting landing mats.
Checking cable tension levels, safety walk-through, verifying landing shock parameters, and equipment handover.
Engineered for safety, structural durability, optimal lux distribution, weatherproofing, and EN 12193 standards.
