When the Sun Sets, the System Wakes - Meet Your Q5 Pro.
When the Sun Sets, the System Wakes - Meet Your Q5 Pro.

Welcome to Your Q5 Pro System

Three Products. One Purpose. Every Mile Illuminated.


The System You Just Unlocked

Most auxiliary lights are sold as products.

Q5 Pro was designed as a system.

That distinction matters. A product asks you to figure out compatibility, wiring, and control on your own. A system arrives already thinking about how every piece works with the others — so the moment you flip the switch, everything just works.

You've just joined a small group of riders who chose the second path.

Here's what you're working with.


Meet the Three Components

① Q5 Pro SpotlightsThe Eyes

The pair of spotlights mounted on your bike is where the light actually happens — but they're only half the story. Each lamp packs 11,000 lumens of hybrid-beam LED output (that's 22,000 lumens for the pair), tuned for a distinctive long-range center hotspot wrapped in wide peripheral flood. Translation: you see far and wide. No dark corners on the shoulder. No lost apex on unlit switchbacks.

They're built to survive what your bike survives. IP68 sealing. Aviation-grade aluminum housing. Ceramic capacitors rated for the vibration and thermal cycling of real-world motorcycle use. This isn't automotive-inspired engineering. It is automotive engineering, applied to two hands and two wheels.

What they don't have: an internal power switch, dimming circuit, or standalone control. That's intentional. That job belongs to the controller — because splitting light generation from light control is what makes the whole system smarter.


② Your ControllerThe Brain

Every Q5 Pro system runs on a controller. Which one you have depends on your bike:

🔘 RLC3 — Universal Smart Dial Controller
Fits every motorcycle on Earth. Handlebar-mounted. Infinite dimming through a tactile aluminum dial. A signature green-to-blue LED halo that shifts color as you turn — so you feel your brightness setting through peripheral vision alone, eyes never leaving the road.

🔘 RLC-CAN-X — BMW Multi-Controller Integration
For BMW riders who wanted their auxiliary lights to belong on their bike, not sit on top of it. Zero extra buttons. Zero cut wires. Zero warranty concerns. Just plug into your CAN bus and control everything through the factory Wonder Wheel you already know by muscle memory.

Whichever you have, your controller is doing more than turning lights on and off. It's:

  • Managing thermal protection to keep your LEDs alive for the long haul
  • Handling high-beam sync, horn-triggered strobe, and hazard patterns
  • Remembering your last setting (RLC-CAN-X)
  • Reading your bike's electrical state in real time

The spotlights are the muscle. The controller is the intelligence.


③ Your CablingThe Nervous System

The piece most riders don't think about — until they realize it's why everything else works.

RLC3 users get a purpose-built wiring harness designed to tap cleanly into your bike's power, ignition (ACC), high-beam trigger, and horn signal. Every connection is weather-sealed. Every wire is labeled. 

Watch the RLC3 Walkthrough (Universal / Non-BMW):

RLC-CAN-X users get something even more elegant: a plug-and-play CAN adapter cable in the exact PIN configuration your BMW needs (4PIN RDC / 6PIN DWA / 8PIN RDC). Slide it into your bike's diagnostic port. Done. No cutting. No splicing. No aftermarket footprint.

Watch the RLC-CAN-X Walkthrough (BMW Riders):

This is the layer that makes the difference between "an accessory bolted onto your bike" and "a subsystem that behaves like it came from the factory."


How They Work Together

Individually, each component is well-engineered.

Together, they become something more.

Here's what happens when you twist the throttle at 2 AM on a mountain pass in the rain:

  1. Your bike wakes up → the ignition line signals the controller that power is safe to deliver.
  2. Your controller decides → how much current to send to each lamp based on your last brightness setting.
  3. The spotlights fire → in the exact hybrid beam pattern their optics were engineered for.
  4. You reach for the high beam → your controller sees it, and Q5 Pro instantly matches — no separate switch, no delay.
  5. Temperature climbs → the controller silently reduces output to protect your LEDs, then restores full power the moment airflow returns.
  6. A truck appears → you press the horn, and your spotlights strobe in tandem with the horn's blast, making sure you're seen from a quarter mile out.

None of that is you doing anything special. It's the system doing what it was designed to do.

That's the difference between buying a light and buying a Q5 Pro.