Situated in a new residential neighborhood adjacent to the Yarkon River, this sports and leisure center brings together movement, materiality, and calmness. The upper-level gym, spanning 700 square meters, was designed as a quiet counterpoint to the activity below, offering a composed and focused training environment. Read More... The design is guided by three principles: warm minimalism, understated richness, and refined simplicity. Rather than aiming for visual impact, the space prioritizes balance, clarity, and long-term usability within a high-traffic public facility. Material choices reflect this approach. Exposed concrete and Dekton provide a durable, restrained framework, softened by natural oak wood that introduces warmth and human scale. A rhythmic modular system—based on repeating widths of 20, 40, and 60 cm—organizes wall cladding, lockers, and cabinetry, creating visual continuity and a clear sense of flow throughout the space. A sculptural reception desk made of Dekton and oak anchors the entrance, doubling as a consultation point between trainers and trainees. Smoked mirrors line the workout areas, subtly expanding the space and blurring its edges, while continuing into the yoga studio doors to maintain a cohesive visual language. Acoustic performance was a key consideration, as the gym is located above the swimming pool hall. A complex multi-layered flooring system ensures effective sound absorption and impact reduction, supporting a quiet and stable training experience. The ceiling plays a defining role: a grid of natural wooden beams integrates acoustic panels, concealed HVAC systems, and linear LED lighting. This layered solution balances technical requirements with a calm, architectural expression. To maintain privacy and modesty, frosted glass was used throughout, filtering daylight and filling the interior with soft, even light. The result is a gym that offers more than physical training, a restrained, thoughtful environment that encourages focus, rhythm, and a momentary pause from everyday intensity.Read Less