Quad V2 LED Driving Lights provide an all in one combination beam pattern. Offering superior beam distance and spread, all from a 6" compact housing. Delivering over 600m of light @1lux and over 1000m @ 0.25 lux.
Compact and powerful! Brighter than many full-size driving lights, these quad lights boast all of the build quality benefits of our larger driving lights whilst maintaining a compact footprint to fit on modern and space-limited bull bars.
Offering a rigid and near indestructible build quality, the Quad V2 Driving lights feature our lifetime warranty guarantee. Utilising 316L Stainless steel fasteners and brackets, IP69K waterproof rating and GE Lexan lens with over 220x the impact resistance of glass. These are made to last and keep looking great!
General Electric Lexan Lens - Over 220x impact resistance of glass, no protective covers needed!
DuPont black paint - holds up against harsh Aussie sunlight for years to come.
Marine stainless brackets - No paint means no flaking
ADR compliant fast-fit wiring harness included with H4 and HB3 high beam adaptors
50% Flood - 50% Spot reflector design. All in one coverage, no light bar needed!
2 x Quad V2 6" LED Driving Lights 2 x Stainless Steel Security Torx Mounting Kits 1 x Fast Fit Dual Wiring Harness - Direct Install with a fully configured harness. Battery Terminals, Fuse, Relay, In Cabin Isolation Switch and H4 + HB3 high beam connections. Free Delivery
Black Powder Coat UV Resistant Paint
6063 Heavy-Duty Die Cast Aluminum Housing
BRACKET + BOLTS
Marine Grade Stainless Steel 316L
Gore Protective Vent
Width 187mm, Height 156mm, Depth 77mm
1.84 KG Each
1 LUX DISTANCE
5.3A @ 13.6V
Combination Driving Light Pattern
Seamless Spot + wide flood
Built To Last.
IP69K Waterproof Rated Lifetime Warranty General Electric Lexan Lens - Over 200x the impact resistance of glass. DuPont Non Fading Paint
Stainless Steel Bracket with Stainless anti theft bolts Deutsch Waterproof Connectors Pure white 5700K colour temperature CREE 5W XTE LEDs
THE PERFECT RECIPE.
Power is nothing without efficiency, and we argue that at this brightness an efficient output pattern is more important than total light output. We found most combination patterns waste flood light projecting to the sky and immediate ground whilst having a vague centred circular spot. Our system utilises Eight flood elliptical reflectors with vertical incidences to provide a horizontally focused flood and our Twelve tightly pitched spot reflectors provide seamlessly integrated centre spot with horizontal spread.