Allumette L | Pendant light

With Allumette L, the pendant lamp takes on an architectural dimension. This large-format version of the lamp designed by Francesca Lanzavecchia for Foscarini amplifies the asymmetrical effect that defines the collection's identity. Its 18 light points create an airy, expressive and resolutely contemporary silhouette.

Arranged around a central core, the metal arms project into space at varying lengths and angles. This deliberately irregular composition creates a dynamic balance that reveals itself differently depending on the viewing angle. The graphic rigour of the powder-coated steel and aluminium structure contrasts with the flexibility of the textile cables, which have become integral elements of the design.

Each arm ends in a high-gloss PMMA tube that acts as a light guide. The LED, positioned at the base, diffuses the light flow to the satin-finished, concave upper end, where the light seems to settle delicately. The whole evokes a constellation of suspended flames. The light is first projected towards the ceiling before gently descending into the room, creating a warm and enveloping atmosphere.

Thanks to its generous dimensions and luminous power, Allumette L is naturally suited to large spaces and open-plan living areas. It makes a strong statement while retaining a remarkable visual lightness.

Available in several finishes: bright white, intense blue or grey combined with burgundy cables.

Technical specifications:
- Light source: integrated 36W LED – individually replaceable LED modules
- Light temperature: 2700K
- Luminous flux: 4940 lm
- Colour rendering index: CRI > 90
- Available configurations: Depending on the model: On/Off Triac or On/Off Push/DALI
- Dimmable: Yes (requires a suitable LED wall dimmer)
- Cable: Transparent
- Protection rating: IP20
- Weight: 10 kg
- LED modules can be replaced individually by a specialist.

Images: Illustrative, the actual visual appearance is more accurate than images or photos, which vary in quality depending on the screen and cannot reproduce the exact appearance.