Flos Mile 2 600 outdoor led bollard

Flos Mile 2 600 is a outdoor LED bollard with a minimal and contemporary character, designed by Antonio Citterio for Flos Outdoor. The body is crafted from extruded aluminum with no visible screws, featuring a raised ground base for quick and clean installation. This version, 600 mm tall and 240 mm wide, belongs to the Mile 2 range — broader than Mile 1 — and is available in a single emission or double emission configuration. The diffuser is made of transparent polycarbonate, while the asymmetric reflector screen is crafted from highly pure, oxidized and polished aluminum: the LED source is set in a recessed position to reduce direct glare, delivering direct asymmetric light emission.

The Flos Mile 2 600 is designed to enhance gardens, terraces and outdoor spaces of all kinds: driveways, entrances, lawns, balconies, as well as common areas of resorts, hotels and open-air venues. Thanks to its IP65 protection and double-layer powder coating with chemical conversion treatment, the bollard withstands atmospheric agents and corrosion over time. It is available in six finishes — White, Black, Brown, Grey, Anthracite and Green — to integrate elegantly into any architectural setting. The CRI80 colour rendering index and the choice between 3000K colour temperature (warm light) and 4000K (neutral light) allow the luminous atmosphere to be tailored to different design needs. The standard version operates as non-dimmable On/Off with a 220-240 V input and an included driver; a version with 2700K colour temperature and DALI or 1-10V dimming is available on request. In the single emission configuration, dimensions are 240×600×150 mm, with a 7.8 W LED source and luminous flux of 872 lm at 3000K or 905 lm at 4000K. The double emission version measures 240×600×250 mm, with 15.6 W power and a flux of 2×872 lm or 2×905 lm. The bollard can be installed on any surface using dowels; an anchor plate for installation with a concrete plinth is available separately. The 900 mm tall version is also available within the range.