If you’re looking at the Redline Explorer and wondering whether the color package locks you into one setup, it doesn’t.
The color package tells you which LED colors are built into the light. It doesn’t mean every color has to flash every time the Explorer runs.
A Red / Blue / White Explorer can be set up to run red only. It can run blue only. It can run white only. It can use combinations of those colors, depending on how the warning modes are configured.
That’s the part that gets missed when people see the color options on the product page.
Buy the colors you need built into the light
The Explorer can only display colors that are physically inside the lighthead.
That sounds obvious, but it’s the decision that matters before you buy.
A few examples:
- Red / Blue / White gives you red, blue, and white to work with.
- Amber / Green / White gives you amber, green, and white.
- Red / Blue / Amber gives you red, blue, and amber.
You can choose one color from that group or combine colors in a warning mode. You can’t program a color that isn’t in the model.
If your vehicle needs amber, choose a model with amber LEDs. If it needs green, choose a model with green LEDs. The programming changes what the light uses. It doesn’t add a new color to the housing.
So if you’re allowed to run red but not blue, a Red / Blue / White Explorer can still make sense. The installer can leave blue out of the active warning modes.
Four warning modes give you four saved setups
The Explorer has four warning modes. Think of them as four presets stored in the light.
Each mode can have its own color selection and flash pattern.
Your setup might look something like this:
- Mode 1 runs red.
- Mode 2 runs blue.
- Mode 3 runs white.
- Mode 4 runs red and blue together.
That’s only an example. Your vehicle’s role and the rules that apply to it should drive the final setup.
The useful point is that you don’t have one color and one pattern for the whole light. Each mode can be configured separately.
The Explorer isn’t stuck in a three-color cycle
When a product is called Red / Blue / White, some buyers assume all three colors will run together. That isn’t how the Explorer works.
Those names describe the LED package. They tell you what the light can display.
They don’t force you to use every color.
If you buy the Red / Blue / White model, you can configure a mode around red only. You can configure another mode around white only. You can combine red and blue in another mode if that fits your application.
The limit is straightforward: the light can select from the colors it contains, but it can’t create a color that isn’t there.
How the color change works
The Explorer uses a yellow control wire for setup, synchronization, and flash-pattern changes. That’s why the programming instructions look more like an installation procedure than a menu on a handheld device.
In general, the installer selects the warning mode, enters the setting sequence, and uses the yellow wire to cycle through the available choices. Once the right color or color combination is selected, the setting is saved when the unit is powered down.
The exact sequence matters. The manual calls for power to be applied to the yellow wire first, followed by the selected mode wire. The installer then removes the yellow wire to enter the setting process.
That’s not a place to guess or experiment with the wiring. Use the current manual and label the wires before making changes.
Flash patterns are saved by mode, too
Color is only one part of the setup. Each warning mode can also have its own flash pattern.
The Explorer supports a range of patterns, including single, double, triple, and quad flashes, along with random, steady, alternating, directional, scene, and cruise-style functions. The exact choices depend on the available programming sequence.
You don’t need to memorize the whole pattern list before buying the light. The practical question is whether the Explorer can be set up to behave differently for different situations. It can.
For example, one mode might be a slower red warning pattern for normal response use. Another might use a faster alternating pattern. A third could be set for a steady or scene function when the vehicle is parked.
The installer can step through the patterns with the yellow control wire and save the one assigned to each mode.
There’s also a pattern-lock function. Once the setup is right, the installer can lock it so a later power or control-wire change doesn’t accidentally move the light to another pattern.
Synchronizing more than one Explorer
If you’re installing multiple Explorer lightheads, they can be synchronized.
That lets you set units to flash together or arrange them in groups so one group alternates with another. The lightheads need to use compatible patterns and the wiring needs to be planned as one system.
This is where a clean installation matters. The yellow wire isn’t just a spare trigger wire. It handles several control functions, including synchronization and pattern changes. A mistake in the setup can leave two lightheads flashing out of phase or responding to the wrong mode.
If you’re wiring more than one unit, have the installer map the modes and groups before the harness gets buried behind trim.
Cigar plug or hardwire?
The cigar-plug version is the easiest way to power the Explorer. It’s useful when you want a removable setup or don’t need every control mode available independently.
A fully hardwired installation exposes more of the Explorer’s functions. The individual mode wires can be connected to switches or a vehicle control system, and the installer can configure the unit for synchronized operation.
Those are different installations. The plug-in version shouldn’t be treated as the same thing as a full hardwire job with every mode connected.
If you’re not comfortable routing wires, choosing a fuse, or working around airbags and vehicle trim, let an installer do it. A warning light is only useful if the wiring is secure and the installation doesn’t create a new problem inside the vehicle.
What to decide before installation
Before the Explorer goes on the glass, decide how you actually plan to use it.
Which colors are allowed on your vehicle? Which mode should be the normal warning mode? Do you need a separate parked or scene setting? Will another Explorer be installed somewhere else on the vehicle? Do you want the modes controlled by switches, a controller, or the included plug?
Also confirm the viewing angle and mounting location.
The 30-degree shroud is intended for front windshield and dash-deck applications. It’s optimized for front windshield angles of roughly 17.5 to 42.5 degrees.
The 65-degree shroud is intended for rear or vertical-window applications. It’s optimized for angles of roughly 52.5 to 77.5 degrees.
Choosing the right angle matters. The light should face the traffic you need to warn without fighting the glass angle.
Mounting is part of the job
The Explorer uses a flexible silicone housing and 3M adhesive. The glass still has to be prepared correctly.
The manual calls for cleaning the glass, using 3M AP111 adhesion promoter, pressing the light firmly into place for 60 seconds, and holding it with masking tape during the initial cure. Give the adhesive at least 72 hours to cure indoors at room temperature before putting the installation through hard use.
Avoid mounting over tint film when possible. The manual says the bond strength over tint can’t be verified.
Route the wires away from pinch points. Keep them clear of airbag and SRS deployment areas. If the light is going near the windshield pillar, that routing decision belongs to someone who understands what sits behind the trim.
A strong light with a bad mount is still a bad installation.
Can you change the settings yourself?
You can, if you understand the wiring and follow the manual exactly.
But this isn’t a color button on the front of the light. Changing the setup means applying power to specific wires, entering a setting sequence, cycling through colors or patterns, and saving the result. The mode wires also have a priority order. Mode 4 overrides Mode 3, Mode 3 overrides Mode 2, and Mode 2 overrides Mode 1 when more than one is active.
The green wire has another wrinkle. Depending on the setup, it can be used as Warning Mode 4 or as a low-power/night-mode activation wire.
That’s a good reason to have the person doing the installation document the final wire assignments. A year from now, you don’t want to be tracing unlabeled wires under the dash trying to remember which green wire does what.
The Explorer can be reset to factory settings if the configuration needs to be cleared. The Commander Programmer can also be used for installations where the desired pattern, synchronization group, phase, and color mode need to be saved in a more controlled way.
The answer if you’re deciding what to buy
If you’re asking, “Can I buy Red / Blue / White and run red only?” the answer is yes, as long as red is one of the built-in colors and that setup fits your vehicle.
If you’re asking, “Can I leave blue out?” yes. Blue doesn’t have to be part of the active warning mode.
If you’re asking, “Can I make it amber later?” only if you bought a model with amber LEDs. Programming won’t add amber to a red, blue, and white light.
Choose the color package based on the colors you may need. Then let the installer set up the modes you’ll actually use.
The Explorer gives you room to change the behavior of the light without replacing the lighthead. That’s the useful part. You’re not buying one fixed color sequence. You’re buying a light with a defined set of available colors and several ways to use them.
Just buy the right set of LEDs in the first place.
Follow the current Redline Explorer instruction manual for the exact programming sequence. Use a qualified installer for hardwiring, synchronization, airbag-adjacent wire routing, fuse selection, and any configuration tied to department policy or local requirements.
