XK Glow XKmax RGBW LED Whip Lights w/ COB LED Strip & App control | UTVSource.com
Turn heads on every trail with the XKmax LED Whip Light Kit, built for off-road enthusiasts who want power, style, and durability in one kit. The XKmax Whip Lights deliver smooth and seamless illumination with advanced COB LED strips—no more dotted look, just a vibrant, continuous glow. Available in a 4ft version (45 watts) and a 32-inch version (27.6 watts), it’s made to light up trails and make your ride stand out.
Features:
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New-gen COB LED Strip: Provides a high-quality, smooth glow effect, eliminating the visible dots seen in standard LED strips.
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Detachable Spring-Loaded Base: Features an upgraded, impact-resistant design for long-lasting performance and ease of transportation.
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Ultra-bright RGB + Pure White LEDs: 16 million RGB colors with a dedicated pure white LED, up to 40% brighter than competitors.
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Key Fob & Bluetooth App Control: Customize LED lights via phone app or program quick-access with the 4-button key fob.
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Custom Themes & DIY Builder: 28+ pre-built chasing light themes with customizable colors, patterns, speed, and brightness, plus a DIY builder.
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Music & Speed Sync: Sync lights in real-time with music, vehicle speed, or acceleration. Compatible with third-party apps.
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Multi-zone LED Control: Control up to 10 lighting zones with a single LED controller.
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Customizable Sensors & Startup Mode: Sync lights with turn signals, brakes, and courtesy lighting using 3 sensor wires and programmable startup mode.
Specifications:
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4ft Whip: 45W per whip
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32in Whip: 27.6W per whip
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Input: 12V DC
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Bluetooth: Bluetooth 4.0 Low Energy
XK Glow (About)
At XKGLOW, we design and develop some of the world’s most advanced lighting systems on the market. XKGLOW’s team is small but mighty. Out of the 11 employees, there are 7 designers! You will not find 17 different lights for the same application! You will only find the 1 or 2 variants we developed, in-house! Starting with sketches to quickly convey our ideas to other team members, we then move to Solidworks to create realistic CAD models to allow us to design function, fitment, and form. These same CAD models are then used to create parts from our in-house 3D printers. Once the design is finalized with physical prototypes, we then use the same files to be used in manufacturing. This ensures proper fitment, every time!