The modular design of the V-V-V light curtain uses bare, anodised aluminum and copper elements suspended between stainless steel cables. Each separate lighting element consists of 4 LEDs tucked behind thin sheets of acrylic to soften the emitted light. The elements can be clipped directly onto the conductive wire curtain structure, meaning their frequency and height can be adjusted accordingly.
The V-V-V- structure can be used to create a singular solitary column with a few lighting elements, or built up to combine multiple rows, creating a striking curtain that lights up a wall or partitions your space.
> Copper module
(On request only)
> Champagne module
> Natural module
(l x w x h)
Module: 570 x 355 x 20 mm
Anodized aluminium & sandblasted glass with stainless suspension cables and stainless assembly
Silver | Gold | Copper (custom)
Rail & Canopy
* Different color on request
The V-V-V collection redesigns our relationship with electrical currents in interior infrastructures. Because of the LEDs that it is constructed with, the V-V-V lighting structure moves beyond the traditional lamp and power cord, which can carry dangerously high currents, towards a more sustainable and safer construction. LEDs require much lower voltage that is always filtered through a semiconductor, meaning the lighting structure is liberated from wires that have to be made safe, and electricity can flow through the structure itself while it remains safe to the touch.
What are the new ways that electrical components can be implemented in lighting design if the electrical currents that power the lights are made safe to the touch? This was just one of the questions that VANTOT used as a guiding light while designing their new V-V-V collection.
Contemporary LED technology opens up a world of design opportunities, because it requires a different approach to the conventional lighting known to many of us. Compared to traditional fixtures, the voltage of LED lights is so low that it cannot harm you when touched, meaning wires do not need to be hidden and covered with other materials. Additionally, due to the semi-transistor, the majority of electricity is transformed into light, not heat, making the lights much safer and environmentally friendlier.