XK Glow XKCHROME Dual Mode Dash Surface Mount Controller | UTVSource.com
The XK Glow XKchrome Dual Mode Dash Surface Mount Controller is designed to offer versatile and convenient control for your vehicle’s lighting system. Featuring two control modes—dash button control with auto-memory and XKchrome Bluetooth app control—this controller allows users to directly change color, brightness, and patterns with ease. The built-in breaker provides protection against shorted circuits, and the controller is fully potted for IP67 waterproofing, making it suitable for marine and off-road vehicles.
Features:
-
Two Control Modes: Dash button control with auto-memory and XKchrome Bluetooth app control.
-
Built-in Breaker: Protects against shorted circuits.
-
Output Wires: Includes two 12ft 4-pin output wires.
-
IP67 Waterproof: Ideal for marine and off-road use.
-
2-Zone Output: Control two separate zones.
-
Sensor Wires: Three sensor wires for brake (customizable), left turn, and right turn.
-
Synchronization: Sync lights to music, speed, or acceleration. Supports third-party streaming music.
-
Vibrant Colors: 16 million colors with the ability to capture colors using your camera.
-
Customizable Themes: Over 15 holiday themes and a DIY theme builder.
Tech Specs:
-
Input Voltage: 12V DC
-
Output Channels: Two channels, max 3 amps per channel.
-
Sensor Wire Input: 12V DC
Fitment:
-
Only compatible with XKchrome Series Products. Please verify your original kit before purchasing.
Inclusion:
-
1pc XKchrome Dual Mode Dash Surface Mount Controller
-
Two 12ft 4-pin output wires
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!