Badminton Court Flat Panel Lights are specialized lighting fixtures designed for indoor badminton halls and sports facilities.
The flat panel structure combines LED lens technology with a polymer anti-glare diffuser to provide comfortable lighting performance for badminton environments. The wide aluminum PCB design improves heat dissipation and supports stable operation during long-term use.
The fixture uses LUMILEDS LED chips and a flicker-free driver system. It provides high color rendering performance with CRI above 80Ra and supports optional CRI 90Ra customization.
Available in single-sided and double-sided designs, these badminton court lights support flexible installation solutions for different indoor sports facility layouts.
| Parameter | Specification |
|---|---|
| Product Type | Badminton court flat panel lights |
| Application | Specialized lighting for badminton courts and indoor sports facilities |
| Light Source | LUMILEDS LED chips (original Philips LED source) |
| Optical System | LED + Lens + Polymer Anti-Glare Diffuser |
| Power Options | 60W / 120W |
| Luminous Flux | 5800 lm (60W) / 11400 lm (120W) |
| LED Quantity | 78 LEDs (60W) / 156 LEDs (120W) |
| Fixture Size | 1200 × 300 × 40 mm (60W single-sided) / 1200 × 600 × 40 mm (120W single-sided) |
| Color Temperature | 6000K standard |
| Color Rendering Index | >80Ra |
| Optional CRI | 90Ra customizable |
| Color Tolerance | <4 |
| Input Voltage | Not specified |
| Driver Efficiency | >88% |
| Power Factor | >0.97 |
| Flicker Performance | No visible flicker |
| Protection Rating | IP20 |
| Electrical Protection | Class I |
| Design Life | >50,000 hours |
| Installation Options | Single-sided and double-sided design |
The fixture uses an LED lens and polymer anti-glare diffuser structure to control direct light exposure.
The anti-glare design helps improve visual comfort during badminton activities and supports clearer viewing conditions for fast-moving shuttlecock tracking.
The widened aluminum PCB structure improves heat transfer performance.
This design helps maintain stable operation and supports long service life in indoor sports lighting applications.
The lighting system uses LUMILEDS LED chips.
The product provides:
The high color rendering performance helps maintain natural color presentation in indoor badminton environments.
The fixture adopts a flicker-free driver design with no visible flicker.
This feature is suitable for sports facilities where stable lighting conditions are required for players and indoor activities.
The product supports different fixture configurations:
These options provide flexibility for different badminton hall layouts and installation requirements.
The flat panel structure supports convenient installation.
According to lighting requirements:
Actual fixture quantity depends on project lighting requirements and facility layout.
Designed for badminton courts requiring specialized sports lighting fixtures with anti-glare performance and stable illumination.
Suitable for commercial badminton clubs, training venues, and indoor recreational facilities.
Applicable for school sports halls where badminton courts and multi-purpose indoor areas require dedicated lighting solutions.
Suitable for indoor sports centers with multiple badminton courts and flexible lighting layouts.
Can be used for upgrading existing indoor badminton hall lighting systems with flat panel sports lighting fixtures.
Badminton Court Flat Panel Lights are designed for indoor badminton halls, sports clubs, schools, and other indoor sports facilities.
The product uses LUMILEDS LED chips for stable light output and high color rendering performance.
The available options include:
Yes. The fixture is available in single-sided and double-sided designs to meet different indoor lighting layouts.
The standard color temperature is 6000K.
The fixture uses a flicker-free design with no visible flicker.
The recommended quantity depends on lighting requirements and project conditions.
The provided reference is:
Actual installation quantity should be determined according to the specific lighting design.
