Allows you to mount two Stage Series LED Pods above the hood Intense Focus on Quality Utilizes existing mounting points for easy installation Thickgauge stainless steel construction Lowprofile design Assembled in USA
Allows you to mount two Stage Series LED Pods above the hood Intense Focus on Quality Utilizes existing mounting points for easy installation Thickgauge stainless steel construction Lowprofile design Assembled in USA
Allows you to mount two Stage Series LED Pods above the hood
Utilizes existing mounting points for easy installation
Thickgauge stainless steel construction
Lowprofile design
Assembled in USA
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Overview
Perfect fitment The Stage Series Backlit Ditch Light Kit compatible with the Toyota Tundra 2022 allows you to easily mount two SS5 SS3 or SSC2 Backlit Pods above the hood These applicationspecific brackets were CADdesigned to install using factory mounting points No cutting or drilling required This kit features a low profile design while minimizing glare and will not interfere with raising or lowering the hood
Backlight Functionality Both the SS3 and SSC2 pods included in our Stage Series Ditch Light Kits feature a brilliant Amber backlight The SS5 Pods included with this kit feature a selectable backlight with eight different color options Selecting your backlight color on the SS5 is easy simply alternate the power on and off ThereTM s no complicated programming with a controller This integrated backlight gives you an additional accent light along with the main beam
Built to last The brackets in this kit are constructed out of thickgauge stainless steel Unlike other options made out of mild steel these brackets are full stainless steel and wont corrode over time With their thickgauge construction you also wont experience any vibration or bouncing while driving
Focused Optics like reflectors or simple lenses lose light internally and to glare However the customengineered TIR optic in the SS5 SS3 and SSC2 collects all of the light from the LED and directs it only where you need it drastically reducing glare and improving total efficiency