Minimalist but elegant design for urban lighting
Sometimes, less is more! With its minimalist round design, TWIXX provides an elegant solution for lighting various environments in towns and cities such as urban and residential streets, squares and parks, pedestrian areas and car parks. This modern, cost-effective LED luminaire is an efficient alternative to fixtures equipped with conventional light sources. TWIXX is a strategic asset for cities, municipalities and owners of outdoor areas looking for a lighting platform to generate high energy savings with a fast return on investment.
Available for post-stop and side-entry mounting, TWIXX offers various configurations including an elegant double-arm which perfectly integrates parks, squares and residential streets.
TWIXX is a strategic asset for cities, municipalities and owners of outdoor areas looking for a lighting platform to generate high energy savings with a fast return on investment.
Available with symmetrical and asymmetrical light distributions and four typical lumen packages, TWIXX provides a highly efficient yet affordable outdoor lighting solution.
When used in post-top or side-entry (tilted at 0°) configurations, TWIXX is dark sky compliant, generating zero up-light (0% ULOR).
Power factor (at full load)
Surge protection (kV)
Luminaire output flux (lm)
Power consumption (W)
Luminaire efficacy - up to (lm/W)
Colour rendering index (CRI)
Upward Light Output Ratio (ULOR)
Housing and finish
Dimensions and mounting
AxBxC (mm | inch)
Weight (kg | lbs)
TWIXX is available with drivers including a built-in standard DALI interface for smooth dimming.
Installation and Maintenance
TWIXX is adapted to all typical urban spaces, from narrow streets to squares thanks to its versatile mounting. This elegant luminaire is designed for post-top or side-entry mounting on a Ø60mm spigot. In addition to a double-arm post-top configuration, a knuckle fixation, suitable for post-top or side-entry, is available. It includes a wide tilting range (180°) to adapt the inclination angle to any configuration.