The Etoile Coffee Table by Hugues Chevalier distills decades of French design into a single, quietly commanding form. Founded in 1978, Hugues Chevalier has built its reputation on rigorous craftsmanship and an unwavering commitment to discretion — furniture that serves without announcing itself. The Etoile is a designer coffee table that embodies that philosophy completely.

A metal frame defines the table's precise geometric silhouette, giving it a taut, architectural presence. The real story, however, lies in what remains invisible: four fully concealed drawers, engineered to disappear flush within the structure. No handles, no visible hardware — only clean, unbroken planes. When closed, the Etoile reveals nothing of the storage it holds. When opened, the drawers glide on smooth-running mechanisms with quiet precision. It is a piece that rewards attention to detail.

Available in two configurations — a square 110×110×36 cm format that anchors a seating arrangement with balanced symmetry, and a rectangular 160×80×36 cm proportion suited to longer sofas or sectional layouts — the Etoile adapts to varied living spaces while maintaining its low, grounded stance at 36 cm height. Both sizes sit naturally alongside contemporary seating, and finish options are available on request to align with specific palettes and material schemes.

• Dimensions: 110×110×36 cm or 160×80×36 cm
• Materials: Metal frame construction with concealed drawer mechanisms
• Customization: Finish options available on request
• Origin: Handcrafted in France

Frequently asked questions

Can the finish be customized to match an existing interior scheme?
Yes. Hugues Chevalier offers finish options tailored to your project. Contact us with your specifications, and we will confirm available selections and lead times.

How do the concealed drawers work without visible hardware?
The four drawers are integrated seamlessly into the table's structure and open via a push-release mechanism. When closed, they sit perfectly flush, preserving the Etoile's uninterrupted geometry.