Description
Feniex Q® Series Dual Surface Mount — Made to Order 🚨
Please Note: All Feniex products will drop ship directly from Feniex to you. This process typically does not exceed 2 weeks. Please be aware that taxes and duties may be your responsibility upon delivery.
Dual-Module, Multi-Colour Power
The Feniex Q® Series Dual Surface Mount brings twice the visibility in a rugged, compact design. As part of the industry’s first 5-colour perimeter lighting series, each module is capable of projecting Blue, Red, Amber, White, or Green—giving you unmatched flexibility for emergency, utility, tow, and fleet vehicles.
Choose 3-Mode technology for simple plug-and-play control with any 12V switch, or go with Serial technology for advanced customization through Feniex Q-Link Software. With 54 LEDs, 60° optics, and 20+ flash patterns, the Q® Dual SM delivers high-output performance in a small but powerful housing.
Why Choose the Q® Dual SM
-
🌈 5-Colour Capability: Each light supports Blue, Red, Amber, White & Green.
-
🎛️ Two Configurations:
-
3-Mode: 3 user-programmable modes, 14 flash patterns, easy integration.
-
Serial: Control up to 48 synced lightheads, 27 inputs with Q-Link.
-
-
⚡ High Visibility: 54 LEDs with wide-angle 60° optics.
-
🧩 Compact Dual Design: Slim profile with double-module brightness.
-
🌧️ Fleet Tough: IP67 waterproof with clear-coated polycarbonate lens.
-
📋 Certified: SAE, CT13, NFPA, KKK, and ECE R65 Class 1 compliant.
-
Made in Austin, TX: Covered by Feniex’s 5-year manufacturer warranty.
Quick Specs
-
Current Draw: 1 A
-
Cable Length: 1 ft
-
LED Count: 54
-
Input Voltage: 10–18 V DC
-
Dimensions: 5.25" × 0.88" × 2.25"
-
Warranty: 5 Years
Why Order from Strobe My Ride Canada?
At Strobe My Ride Canada, the price you see is the final Canadian price. Shipping, customs, and tariffs are all included—so you’ll never face surprise U.S. import fees. Plus, Ottawa-based support ensures a smooth buying experience.
⚡ Be Seen. Be Safe. — The Feniex Q® Series Dual Surface Mount delivers powerful, dual-module visibility in a rugged compact design.




