Indoor / outdoor sports LED floodlight
300 W and 500 W LED floodlight for sports grounds and facilities
The SMASH is designed for lighting both indoor and outdoor sports facilities. Tennis is its main documented application, but its suitability can also be assessed for multi-sport halls, equestrian facilities, indoor riding arenas or other sports areas, depending on site constraints.
two main versions
two colour temperatures
specified beam angle
ratings stated on the data sheet
specified L80-B20 LED lifetime
A product to integrate into a complete project
Tennis first, but not only
The technical data sheet presents the SMASH as a floodlight designed for indoor and outdoor sports grounds, with a particularly strong focus on tennis. Its optics, two power ratings, wall or crossarm mounting and adjustable orientation nevertheless open up other possibilities.
For a multi-sport hall, equestrian facility or another sports installation, STADÉLUM does not approve a product based solely on its power rating. The study must take into account the building, environment, supports, visual comfort, uniformity, maintenance requirements and site-specific mechanical constraints.
Applications to consider
One floodlight, different constraints depending on the application
The suitability of the SMASH cannot be determined by wattage alone. Each application requires a specific layout, adjustment, mechanical constraints and level of visual comfort.
Indoor tennis
The SMASH can be considered for renovation or new-build projects depending on mounting height, fixing points, roof structure, available orientation and the required lighting level.
Tennis and outdoor sports grounds
The optional pole bracket makes outdoor configurations possible. Wind, setback distance, surrounding properties, orientation and spill light must be checked.
Multi-sport hall
The SMASH can be considered as part of a sports hall lighting study depending on mounting height and available supports. Glare, ball impacts and project specification requirements must also be checked.
The supplied data sheet does not mention specific compliance with a ball-impact resistance standard.
Equestrian facility, indoor or outdoor arena
The product can be considered as part of an equestrian lighting study. Mounting height, dust, humidity, atmosphere, maintenance requirements and the visual comfort of riders and horses must be taken into account in the final choice.
IP66, IK08 and C4 ratings are useful technical data, but are not sufficient on their own to validate the application.
Selection guide
SMASH 300 W or SMASH 500 W?
The most powerful version is not automatically the best option. The choice must remain consistent with mounting height, the number of lighting points, setback distance, optics and total installed power.
For configurations where the layout allows individual power to be optimised
This version can notably be considered for certain indoor renovation projects, when existing fixing points are compatible with the optics and required light distribution.
- Flux 4000 K
- 50,185 lm
- Flux 5000 K
- 51,472 lm
- Dimensions
- 500 × 436 × 68 mm
- Weight
- 6.4 kg
For projects requiring greater luminous flux per lighting point
This version can be considered when mounting height, setback distance, the number of supports or the photometric target requires greater luminous flux, provided that glare and installed power are controlled.
- Flux 4000 K
- 81,285 lm
- Flux 5000 K
- 83,370 lm
- Dimensions
- 622 × 489 × 72 mm
- Weight
- 10.9 kg
Optics, mounting and environment
A design to integrate into a carefully planned layout
The 110° × 60° optics and adjustable floodlight angle make it possible to control the direction of the light, but they do not guarantee the required illuminance level, uniformity or absence of glare on their own.
Technical specifications
Two main versions with shared specifications
| Specification | SMASH 300 W | SMASH 500 W |
|---|---|---|
| Reference | STASMAS300W | STASMAS500W |
| Power | 300 W | 500 W |
| Colour temperature | 4000 K / 5000 K | 4000 K / 5000 K |
| Luminous flux | 50,185 / 51,472 lm | 81,285 / 83,370 lm |
| Beam angle | 110° × 60° | 110° × 60° |
| Dimensions | 500 × 436 × 68 mm | 622 × 489 × 72 mm |
| Weight | 6.4 kg | 10.9 kg |
| SCX stated on the data sheet | 0.19 | 0.27 |
Specified luminous efficacy in the general presentation.
Specified power supply.
Specified operating temperature range.
Specified colour rendering index.
Warranty stated on the technical data sheet.
The supplied data sheet does not specify a dimming protocol, surge protection, electrical class or specific ball-impact compliance. These points must be checked according to the project and available technical documentation.
Documented project
In Cestas, the SMASH 300 W was selected for an indoor tennis lighting renovation
The former sodium floodlights were replaced with 4000 K SMASH 300 W LED floodlights. The existing positions were retained, which required the new solution to be adapted to the existing configuration.
No measured lux readings were provided for this project, so this page does not present any invented on-site performance figures.
STADÉLUM method
Floodlight selection comes after analysing the requirements
STADÉLUM's role is to check that the model, power and layout correspond to the actual site, rather than automatically recommending the most powerful floodlight.
1. Analyse the site
Sport, dimensions, mounting height, supports, environment, renovation or new-build project.
2. Define the objective
Required illuminance level, uniformity, visual comfort and operating conditions.
3. Select the configuration
300 W or 500 W version, positions, orientations, supports and installed power.
4. Verify the result
Light distribution, low-light areas, glare, spill light and consistency of the adjustment.
Photometric study
Validate the layout before installation
A lighting study makes it possible to compare several positions and orientations, anticipate average illuminance, uniformity and peripheral areas, and then adjust the installed power before work begins.
This stage is particularly important when existing supports must be retained, when mounting height is constrained or when the installation is located close to neighbouring properties, glazing or users sensitive to glare.
Request a study for my installation
Technical resources
Documents to prepare your project
The technical data sheet provides product references, luminous flux values, dimensions, IP/IK ratings and shared specifications. Photometric files and mounting information can be requested subject to availability.
Frequently asked questions
Choosing the right application for the SMASH floodlight
Is the SMASH floodlight only designed for tennis courts?
No. Tennis is its main documented application, but the floodlight can also be considered for other indoor and outdoor sports grounds or facilities. Approval always depends on the site and intended use.
Can the SMASH be used in a multi-sport hall?
This possibility must be assessed. Mounting height, fixing points, glare and ball-impact constraints must be checked. The supplied data sheet does not mention specific compliance with a ball-impact resistance standard.
Can the SMASH be suitable for an equestrian facility?
It can be considered for an indoor riding arena, outdoor arena or other equestrian area, subject to verification of the atmosphere, dust, humidity, maintenance requirements, supports and visual comfort.
How do you choose between 300 W and 500 W?
The choice depends on mounting height, setback distance, the number of floodlights, their orientation, the required illuminance level and installed power. A photometric study makes it possible to compare both solutions.
Can the SMASH be installed outdoors?
The data sheet specifies it for both indoor and outdoor sports grounds and provides an optional pole bracket. Wind, supports, neighbouring properties and spill light must nevertheless be taken into account in the study.
Your sports facility
The SMASH should be selected according to the site, not solely on its power rating
Tennis court, sports hall, equestrian facility or another sports venue: STADÉLUM analyses the application, mounting height, supports, optics, glare, uniformity and installed power before recommending a configuration.
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