Diode Dynamics 20-Present Polaris RZR SS5 Pro CrossLink Roof - Yellow Combo Lightbar Kit

Features Bolt-on fitment compatible with Polaris RZR Pro 2020+ Allows you to mount six pod linked lightbar to the roof Ultra-high intensity, with custom-engineered TIR optics Selectable backlight color, with eight color options Torture-tested, heavy-duty construction Assembled in USA Overview Perfect Fitment. The CrossLink Lightbar Kit compatible with Polaris RZR Pro 2020-2023 from Diode Dynamics allows you to mount six linked SS5 LED pods on top of the aluminum roof panel. These application-specific brackets were CAD-designed to bolt into place using factory mounting points above the factory windshield. No cutting or drilling required Designed for Performance. Featuring the highest output intensity of any 5-inch LED pod on the market, these lamps have been designed for maximum functionality, with patented technology and custom-engineered TIR optics, all in a durable package. Selectable Backlight. The SS5 LED Pods included in the White kit feature a selectable backlight with eight different color options, perfect for extra styling, or for more visibility when you’re not using the main beam. Selecting your backlight color is easy - simply alternate the power on and off. NOTE: Due to the yellow lens, the Yellow kit is only available with an Amber backlight. The CrossLink Lightbar Kit compatible with Polaris RZR Pro 2020-2023 from Diode Dynamics allows you to mount six linked SS5 LED pods on top of the aluminum roof panel. Included in the box: Six (6) Stage Series 5in LED Pods. Two (2) Polaris RZR Roof Brackets. Five (5) CrossLink Hardware. One (1) CrossLink Support. One (1) CrossLink Endmount Kit. Four (4) Ultra Heavy-Duty CrossLink Splitters. One (1) Ultra Heavy-Duty Terminating Splitter. One (1) Ultra Heavy-Duty relay Single Output Harness.

• Advanced TIR optics provide high efficiency and focus
• Durable powdercoated aluminum construction
• High-intensity automotive-type LEDs
• Integrated Deutsch-style connector
• Pin-fin heatsink design