Stinger ENLIGHT10 Dynamic RGB Rock Light Kit

What's Included

The kit contents vary slightly between the SPXDK4 (4 Rock Lights) and SPXDK8 (8 Rock Lights) models. Standard components include:

• SMD LED Pods (4 for SPXDK4, 8 for SPXDK8)
• Pod Extension Cables (10ft each)
• Flat Rubber Mounting Pads
• Curved Rubber Mounting Pads
• 1 x Bluetooth RGB Control Module (with connection for HEIGH10)
• 1 x RF Remote Control
• Mounting Screws (8 for SPXDK4, 16 for SPXDK8)

Optional items for vehicle wiring:

• In-line Fuse Holder (SPXATC16 or similar)
• 3 Amp Fuse
• 2 Strand Primary Wire
• Wire Connectors / Solder
• Wire Cover
• Zip-Ties
• Optional: Switch, Relay

Mounting the LED Pods

1. Determine Module Location: Choose a suitable location for the RGB module. Extensions (4 for SPXDK4, 8 for SPXDK8) are 10 ft each and can be used as needed.

2. Pod Orientation: For correct light pattern flow, mount each pod with its female connector end facing the front of the vehicle. Note: The correct light flow originates from the module to each rock light.

   Avoid mounting the module in locations exposed to extreme heat or moisture.

3. Mounting Pods: Use the provided Flat or Curved Rubber Mounting pads. Ensure lights are mounted where they will not contact suspension, tires, or the road surface. Connectors can pass through the center hole of the mounting pads.

4. Connect Cables: Route and connect the light cables to the RGB module in a daisy-chain pattern. Ensure cables do not interfere with suspension, exhaust, or any moving parts. The back of the mounting pad offers three cable routing options.

Connecting with Other Lighting

Each Rock Light Pod features an input and an output connection, allowing for the connection of additional products to the same control module. The system can be expanded with LED strip lights (SPXD5) and LED whip lights (SPXDW4).

A diagram illustrates the connection of the Stinger ENLIGHT10 kit to a vehicle. It shows multiple rock light pods connected in a daisy chain to a central RGB control module. The module is connected to the vehicle's power. Optional LED strip lights (SPXD5) and LED whip lights (SPXDW4) can also be connected to the same module, expanding the lighting system.

Power Wiring Diagrams

Diagram 1: Direct to Power (App Control)

Wiring Diagram 1 shows a direct connection to power for app control. It illustrates connecting the positive terminal of the vehicle's battery, through a 3 AMP inline fuse holder, to the RGB module's positive input. The negative terminal of the battery connects to the RGB module's ground.

Diagram 2: With Switch (Relay)

Wiring Diagram 2 shows connection using a switch and relay. The positive battery terminal connects through a 3 AMP fuse to pin 30 of a 12V relay. The switch connects to pin 86 of the relay. Pin 87 of the relay connects to the RGB module's positive input. Pin 85 of the relay connects to ground. The RGB module's negative terminal connects directly to ground. This setup allows a switch to control the lighting system. When wired to a switch, the RGB controller will default to the last mode/color used.

HEIGH10 Connection

For HEIGH10 integration, connect the Sirius XM harness to the HEIGH10 unit. Then, connect the 4-pin male connector from the LED module to the female connector of the HEIGH10 Sirius XM harness. An optional harness (SE-SXMHAR) may be required if the HEIGH10 does not have the correct connector. Note: The lighting module requires separate power and ground connections even when using the SE-SXMHAR.

Get the Stinger Lighting App

Download the Stinger Lighting app from the Apple App Store or Google Play Store. Once installed, power up the RGB module. Open the app, and the module should automatically connect and appear in the device list.

[Scan for Apple iOS and Android App]

Tech Brief: enLIGHT10 Pixel Configuration

When combining multiple light kits, you will need to adjust the pixel count within the enLIGHT10 phone app. The RGB control module supports a pixel range from a minimum of 30 to a maximum of 1024 pixels.

Pixel Count Guidelines:

• Each Rock Light pod is assigned 4 pixels.
• For example: 1 SPXDK4 (4 Rock Lights) = 16 pixels. 1 SPXDK8 (8 Rock Lights) = 32 pixels.
• LED Whip Lights (SPXDW4) and LED Strip Lights (SPXD5) are treated as left/right pairs for pixel counting.
• For example: 2 SPXDW4 (Whips) = 108 pixels total. 2 SPXD5 (Light Strips) = 100 pixels total.
• To calculate for multiple units: If you have three or four Whips, enter 108 pixels multiplied by 2 (108 x 2 = 216 pixels). If you have three or four Light Strips, enter 100 pixels multiplied by 2 (100 x 2 = 200 pixels).

Product Pixel Count Summary:

• SPXDK4: 4 Rock Light Kit = 16 pixels (App preset to 30 pixels)
• SPXDK8: 8 Rock Light Kit = 32 pixels (App preset to 32 pixels)
• SPXDE4: 4 Add-on Rock Lights = 16 pixels (Add 16 pixels for each kit)
• SPXD5: 5 Meter LED Strip = 100 pixels (Add 100 pixels for one or two strips)
• SPXDUBKIT: 6 LED Light Strip Kit = 50 pixels (App preset to 50 pixels)
• SPXDW4: 4ft Whip = 108 pixels (Set App to 108 pixels for one or two Whips)

Using the enLIGHT10 App for Pixel Configuration

1. Open App: Launch the enLIGHT10 app on your smartphone.
2. Access Settings: Navigate to the Settings menu within the app.
3. Chasing Setting: Select the 'Chasing Setting' option.
4. Select Device: Tap on your connected device. It should be highlighted in blue. If you have a kit, the device name may display a preset pixel count (e.g., SPXDK4 = 30, SPXDK8 = 32, SPXDUBKIT = 50).
5. Enter Pixel Count: Input the desired number of pixels for your setup and press 'Enter'.
6. Apply Changes: Go to the 'Mode' page. Turn the connected device off and then back on by pressing the green icon to apply the new settings.

Pixel Calculator Example: The visual representation shows that a Rock Light equals 4 pixels. An LED strip is calculated as 1 pixel per 2 inches. For instance, a 12-inch LED strip equates to 6 pixels.