Torchbeam H13 LED Bulbs 90,000LM, Pack of 2 | 6500K Cool White, Stock Housing Fit, Canbus Ready High‑Bright Output

Features

• 90,000LM Exceptional Illumination: In the Torchbeam lineup, the H13 fog lamp accessory stands out with its remarkable luminosity. It's engineered with painstaking attention to chip quality, packing 24 high-powered chips that together generate 90,000LM of powerful, 6500K cold white light. This delivers greatly enhanced light output for low-visibility road scenarios, making night drives and those in tough weather conditions safer and clearer
• Focused Beam Pattern: Our h13 led bulbs present an unrivaled beam pattern. The ultrathin 0.03in architecture enables chips to form a super-tight beam, spreading light across wider angles and longer distances on the road. Beam alignment is a non-issue, as is glare towards oncoming traffic, guaranteeing a seamless driving encounter
• 5-Minute Installation: The H13 fog lamp bulbs integrated design and diminutive size are installation game-changers. With built-in driver technology, sans bulky bases or extra components, perfectly fits factory lamp housings. Installation is a cinch just plug them in, and you're set in 5 minutes flat
• 60,000+ Hour Endurance: Using premium aviation aluminum as its core, fortified by a double copper heat dissipation system and a high-speed 20,000RPM 9-blade fan, our h13 led driving lights are built to last. Enjoy over 60,000 hours of consistent illumination without the worry of premature burnout
• 99.9% Vehicle Compatibility: Thanks to advanced linear decoding and an intelligent IC driver, the H13 LED Powersports Bulbs from Torchbeam are a universal fit for 99% of automobiles. They're Canbus-compliant, with zero flickering or radio interference. For those few finicky models, Torchbeam is on standby to assist with decoder needs
• Advanced Cooling System: Features a high-efficiency thermal management system with aviation-grade aluminum construction, dual copper heat dissipation, and a powerful 20,000RPM 9-blade cooling fan to maintain optimal operating temperatures