Focal FVESTIAN1LW Vestia N1 Light Wood 2-Way Bookshelf Loudspeaker (Pair)

The Compact Model

Inspired by the pure heritage of Focal bookshelf loudspeakers， Vestia N°1 combines finesse with compact design while offering a detailed listening experience. This 2-way bass-reflex loudspeaker combines Focal technologies， such as the Slatefiber cone with its recycled carbon fibres made in our French workshops， and the ‘M’-shaped inverted dome TAM tweeter to enhance the treble.

Thanks to a choice of harmonious and refined finishes - black or white leather-effect front panel， Black High Gloss， Dark Wood or Light Wood side panels - these loudspeakers can be easily installed in any interior. They are designed for all music lovers and blend seamlessly into rooms of up to 323 ft² (30m²).

Available as an optional extra， the stands - specially designed for Vestia N°1 - have a “tilted” profile which allows the soundstage to be more focused on the listener， for even deeper immersion and more emotions.

Features

• The Slatefiber Cone
  Slatefiber technology， exclusive to Focal， involves the use of recycled， non-woven carbon fibres applied as a sandwich between two layers of thermoplastic polymer. In their quest for perfection， Focal engineers have opted to use non-woven carbon fibres， all pointing in the same direction to achieve even greater rigidity， better damping but also lightness – the three “essentials” of a speaker driver. The Slatefiber cone is made in France in the Focal workshops.
• The 'M'-Shaped Inverted Dome TAM Tweeter
  Also made in France in the Focal workshops， this tweeter comprises an inverted dome cone， made from an Aluminium/Magnesium alloy and moulded into the famous ‘M’ shape – a Focal exclusive. This profile lends it greater rigidity， reducing distortion， with a wider diffusion angle. It delivers an even finer treble.
• Vents
  The Vestia loudspeakers feature a vent towards the front for more frontal impact， in addition to one at the back for an encompassing bass: a bass-reflex profile which enhances the depth of the soundstage.