Metro Marine F-BME1-H-FS-45 High-Output Elongated Underwater LED Light RGBW 45° Beam

The Metro Marine F-BME1-H-FS-45 is a professional-grade elongated underwater lighting fixture engineered for marine applications up to 15 feet below the water's surface. Featuring 72 high-output intelligent full spectrum LEDs in an RGBW configuration, this luminaire delivers vibrant color-changing illumination ideal for yachts ranging from 32 to 100 feet, docks, sea walls, fountains, and theme park installations.

Advanced LED Array Technology:

This fixture incorporates 18 individually optically lensed RGBW LED configurations, each with a separate white LED element. This unique design produces superior white light quality and richer color blending compared to traditional RGB+White fixtures. The 45° beam angle provides optimal coverage for mid- to large-scale structures with uniform color distribution and exceptional efficiency.

Key Features:

• 72 high-output intelligent full spectrum RGBW LEDs with 45° beam angle
• Watertight aluminum bronze housing with silicon bronze hardware for maximum corrosion resistance
• Patented UVC LED anti-biofouling system keeps lens crystal clear by preventing marine growth
• Patent-pending anti-condensation assembly methodology eliminates internal moisture and corrosion
• Manufactured in Class 1000 Clean Room environment for superior quality control
• Clear quartz lens material for optimal light transmission
• Wide input voltage range: 10-30VDC for flexible installation
• Rated for installation depths up to 15 feet below water surface
• Operating temperature range: -40°F to 122°F

Technical Specifications:

• Power Consumption: 86W
• Dimensions: 7.23" L × 2.91" H × 1.09" D
• Weight: 3.41 lbs
• Input Voltage: 10-30VDC
• Beam Angle: 45°
• Lens Material: Clear Quartz

The F-BME1-H-FS-45 combines Metro Marine's advanced optics and LED control technology with robust marine-grade construction, delivering long-lasting, maintenance-free underwater illumination that resists both biofouling and internal condensation damage.