SUPERNOVA V4.0 HEADLIGHT LED H4/H7/H8/9005/9006/H3/H1 (PAIR)


SOCKET SIZE: H8
Price:
Sale price$169.00 AUD

Description

LEADING 36W POWER.

BORN POWERFUL

In a heavily saturated market of headlight led kits it can be difficult filtering through the abundance of exaggerated claims and false advertising. Using power formula Power = Voltage times Current (P=V*I) we can can calculate the real power draw of a globe.
Most headlight LED kits have a current draw between 1.1-1.6A @12v, which equates to an average of 20W. Supernova V4.0 boast a staggering 3.0A of current @ 12v, producing a tsunami of light whilst operating at cooler temperatures than many lower powered LEDs thanks to 

Unlike traditional low powered headlight LEDs, the current is high enough on the Supernova V4.0 to satisfy most canbus systems without the need of further resistors or decoders.

UNPARALLELED PERFORMANCE

Crisp, Defined Output Pattern



  • ADVANCED LED CHIPS

    Head to head the V4.0 outperforms in both lumen output and beam pattern focus. Traditional headlight LEDs create several light sources from the widely placed led chips, by tightly fitting the new NLW1860CV2 LED chips in a row they act as one light source which produces a closer output pattern to the original halogen filament. Beam accuracy consistency is increased removing the guess work and trialling of LED kits to match the reflector.

  • THERMAL EFFICIENCY

    High heat can cause rapid led decay and deterioration to board components. What was once the largest limiting factor to higher power ratings in headlight led kits the Supernova V4.0 has been mastered to offer increased power handling whilst operating cooler than traditional led kits and offering safety redundancy features.

    Built with aircraft grade, high heat dissipating, anti corrosive 6063 aluminium and further cooled with a 6 blade high speed fan featuring Japanese ball bearings the Supernova v4.0 effectively cools the high input power whilst offering an IP65 waterproof rating for the toughest conditions. With the design mindset of everything can eventually fail a thermal redundancy is inbuilt to dim the output to 50% in the worst case scenario of of fan failure, which is better than a flickering or 100% failed LED which won’t get you home. At 50% the 18W output is similar to 1.4A LED kits at 100% brightness.


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