From sunset to dawn, artificial light sources illuminate our lives. As soon as the daylight fades, we look for places that are illuminated. And even though artificial light is our constant companion, we go from light source to light source instead of taking our light with us.
Vespertine proposes new lighting habits and allows users to illuminate the most diverse situations with just one device. From ambient to portable to pendant light, it becomes a modern companion embracing spontaneity instead of cable bound stationarity.
As the main feature, Vespertine counters the inconvenient aspect of battery lights with an innovative yet simple charging process. When snapping the luminaire into the pendant plug, it flashes gently to indicate charging and a magnetic matrix ensures proper positioning and a secure hold. With a simple twist on the lock ring, the magnetic closure opens again and Vespertine becomes a portable light source for activities beyond the daylight, curating lighting moods both indoors and outdoors.
Vespertine combines the archetype of the familiar ceiling lamp with mobile lighting technology, featuring a ribbon for flexible hanging possibilities and a shade that acts as a diffuser for the pendant light and becomes a stand when the luminaire is used as an ambient or table lamp. Designed for an active lifestyle, it is rugged, weatherproof and has a battery life of up to 12 hours. The body also features a USB-C charging port for independent charging on the go.
Vespertine is based on a circular design approach, there are no welds or adhesive bonds. It can therefore be easily repaired and broken components can be separated and recycled by material. By unscrewing the shade, the electronics assembly can be pulled out to replace components such as batteries or the LED board. The structural components are made of injection molded plastics which are PP (shade) and recycled ABS (housing parts). An intended return program renders Vespertine as a holistic concept, considering both environmental impact and user needs.
From sunset to dawn, artificial light sources illuminate our lives. As soon as the daylight fades, we look for places that are illuminated. And even though artificial light is our constant companion, we go from light source to light source instead of taking our light with us.
Vespertine proposes new lighting habits and allows users to illuminate the most diverse situations with just one device. From ambient to portable to pendant light, it becomes a modern companion embracing spontaneity instead of cable bound stationarity.
As the main feature, Vespertine counters the inconvenient aspect of battery lights with an innovative yet simple charging process. When snapping the luminaire into the pendant plug, it flashes gently to indicate charging and a magnetic matrix ensures proper positioning and a secure hold. With a simple twist on the lock ring, the magnetic closure opens again and Vespertine becomes a portable light source for activities beyond the daylight, curating lighting moods both indoors and outdoors.
Vespertine combines the archetype of the familiar ceiling lamp with mobile lighting technology, featuring a ribbon for flexible hanging possibilities and a shade that acts as a diffuser for the pendant light and becomes a stand when the luminaire is used as an ambient or table lamp. Designed for an active lifestyle, it is rugged, weatherproof and has a battery life of up to 12 hours. The body also features a USB-C charging port for independent charging on the go.
Vespertine is based on a circular design approach, there are no welds or adhesive bonds. It can therefore be easily repaired and broken components can be separated and recycled by material. By unscrewing the shade, the electronics assembly can be pulled out to replace components such as batteries or the LED board. The structural components are made of injection molded plastics which are PP (shade) and recycled ABS (housing parts). An intended return program renders Vespertine as a holistic concept, considering both environmental impact and user needs.