Description Built for Environments Most Speakers Avoid The Focal Littora 200 ICW6 is not just another in-wall speaker. It is designed for places where moisture, salt, and humidity would normally end the conversation. Because it carries an IP65 rating, this outdoor in ceiling speaker handles water spray, dust, and marine air without hesitation. As a result, you can install it on a yacht, near a pool, or inside a spa without worrying about long-term durability. However, toughness alone is not the point. The Littora 200 ICW6 still delivers the kind of clarity you expect from Focal. So even in open air environments where sound tends to disappear, it maintains detail and presence. Sound That Stays Focused Outdoors Open spaces are tricky. Sound spreads, reflections change, and bass can thin out fast. That is why Focal uses its Iris IP cone and aluminum M-shaped tweeter to keep mids and highs controlled. In addition, the angled bracket allows you to direct sound where people actually gather. As a result, coverage feels intentional instead of random. When we map outdoor layouts inside our home theater design tool, we plan dispersion and listener zones early. Then, through Dreamedia , we fine tune placement and amplification so the system performs consistently across decks, patios, and pool areas. Designed to Blend In and Last Visually, the Focal Littora 200 ICW6 stays discreet. It integrates cleanly into ceilings or walls without drawing attention to itself. Yet internally, it uses materials built to resist corrosion and long-term exposure. Therefore, you get durability without sacrificing design. Pair it with the right amplification and weather-rated wiring, and it becomes the backbone of a serious marine and outdoor audio system. In the end, it delivers clean lines, resilient construction, and sound that feels surprisingly refined for the outdoors. Key Features IP65 water and dust resistance Iris IP cone with aluminum M-shaped tweeter Angled bracket for directional control Indoor and outdoor optimization switch Corrosion-resistant design
