Le Chateau by Beyond

About This Project

Overview

Le Château is conceived as a modern expression of grandeur inspired by the French philosophy of l’art de vivre. Set within Evermore, BEYOND’s fully masterplanned destination in Ras Al Khaimah, the project forms part of a curated coastal environment where architecture, landscape and lifestyle are envisioned as a cohesive whole. Rising in a sculptural spiral form across 31 floors and comprising 257 residences, the tower is defined by its flowing geometry, alternating white and bronze balconies, and integrated greenery that softens the façade and strengthens the connection to sea and sky. Light-filled one- to three-bedroom residences are shaped by rhythm, proportion and seamless indoor-outdoor flow.

Facilities and amenities at Le Château are designed as an extension of everyday living rather than standalone additions. Landscaped gardens, sculpted courtyards and elevated terraces reinterpret classical French garden principles with contemporary restraint. An adults’ infinity pool with sparkling shallows and integrated seating areas provides a tranquil focal point, while a state-of-the-art gym connects fluidly to outdoor sports and yoga spaces, supporting a balanced approach to well-being. Dedicated areas for outdoor dining and barbecue gatherings, a children’s play space, an event room, concierge services and a library complete a lifestyle framework shaped around leisure, connection and daily ease.

Interiors are composed around light, balance and quiet refinement. Floor-to-ceiling glazing and generous balconies extend living spaces outward, reinforcing openness and connection to the landscape. The kitchen continues the architectural language of the project through refined materials, neutral tones and carefully integrated detailing that blends functionality with visual harmony. Bedrooms feature spacious layouts, large openings and a calm material palette, while bathrooms are finished in warm neutrals with refined surfaces and soft lighting, creating timeless, composed environments defined by proportion and material integrity.

Project Details