✈️ FAA L-810 Solar Obstruction Light | Reliable. Intelligent. Autonomous. 🔴🌞 Our FAA L-810 Low-Intensity Obstruction Light is a self-contained, solar-powered solution engineered to clearly mark obstacles below 45 meters, ensuring safe navigation for aircraft—day and night. 🛡️ Why choose this solution? 🔹 Dual-light system (Main + Standby) for fail-safe operation 🔹 Automatic standby activation if the primary lamp fails 🔹 Red LED with steady-burning or flashing options 🔹 Built-in ambient light sensor for automatic dusk-to-dawn operation 🔹 Visual & Infrared (IR) output compatible with night vision goggles 🔹 Tilted solar panel + internal battery for maximum energy efficiency 🏢 Applications include: Towers, buildings, masts, cranes, chimneys, meteorological towers, and other aviation obstacles 🌍 Ideal for remote areas, temporary installations, or projects without access to grid power. 📬 Contact us for technical details & project support: 🌐 Website: http://www.cdt-en.com/ ✉️ Email: sophia@chendongtech.com 📱 Phone / WhatsApp: +86-139-2949-3960 #FAAL810 #SolarObstructionLight #AviationLighting ✈️ #AirfieldSafety #ObstacleMarking #SolarLighting #LEDBeacon #AviationCompliance
✈️ FAA L-810 Solar Obstruction Light | Reliable. Intelligent. Autonomous. 🔴🌞 Our FAA L-810 Low-Intensity Obstruction Light is a self-contained, solar-powered solution engineered to clearly mark obstacles below 45 meters , ensuring safe navigation for aircraft—day and night. 🛡️ Why choose this solution? 🔹 Dual-light system (Main + Standby) for fail-safe operation 🔹 Automatic standby activation if the primary lamp fails 🔹 Red LED with steady-burning or flashing options 🔹 Built-in ambient light sensor for automatic dusk-to-dawn operation 🔹 Visual & Infrared (IR) output compatible with night vision goggles 🔹 Tilted solar panel + internal battery for maximum energy efficiency 🏢 Applications include: Towers, buildings, masts, cranes, chimneys, meteorological towers, and other aviation obstacles 🌍 Ideal for remote areas , temporary installations , or projects without access to grid power . 📬 Contact us for technical details & project support: 🌐...