Eye-catching Black Oak Pro Series 3.0 Double Row 10" Led Light Bar - Combo Optics - Black Housing Risk-free Trial [qDnJiFEg]

Black Oak Pro Series 3.0 LED Light Bar: The Ultimate Marine Lighting Solution

The Black Oak Pro Series 3.0 Double Row 10" LED Light Bar is a top-tier choice for marine and boating enthusiasts seeking unparalleled illumination and durability. Engineered to withstand the harshest marine environments, this 100W light bar is a must-have for anyone outfitting their boat, jet ski, or any marine vehicle. With its versatile design and robust construction, you can trust this light bar to provide the visibility and reliability you need on the water.

Unmatched Durability and Performance

Experience the difference with the Black Oak 10-inch Double Row LED Light Bar. This compact yet powerful light bar is designed to fit seamlessly onto various marine vessels, ensuring optimal performance. Its standout features include 360° Ceramic Protection, which shields against UV, saltwater, and corrosion, and the IP69K Rating that guarantees full submersion protection against water ingress. The heavy-duty Dynamax Housing offers a 4x stronger frame, while the premium Dupont Powder-Coating provides a resistant finish that maintains aesthetic appeal. Additionally, the Combo Flood/Spot Beam Pattern offers versatile lighting configurations for broad floodlighting and focused spotlighting, making it perfect for various marine applications.

Applications and What’s Included

The Black Oak Pro Series 3.0 LED Light Bar is versatile and suitable for a wide range of applications, including marine lighting, ATV & UTV brush guard lighting, front bumper truck lighting, and Jon boat bow lighting. What’s more, this complete package includes the Pro Series 3.0 10" LED Light Bar, a complete wiring harness with fuse, relay, and switch, 12 Gauge Wire, marine grade mounting brackets, and all necessary hardware for easy installation. Don't miss out on this opportunity to upgrade your marine vehicle with a product that promises exceptional performance and durability.