SureFire EDC2-DFT Dual Fuel High Candela LED Handheld Flashlight

SureFire EDC2-DFT-BK
• 100,000 Candela Peak Beam Intensity
• 700 Lumens High Output
• 25 Lumens Low Output
• 2.75 Hours / 2 Hours Runtime
• Dual-Fuel with 18650B / 123A (2)
• Turbo Beam Pattern
• 632 Meters Beam Distance
• Protected SF18650B Included
•  Micro-USB rechargeable battery
• Available in Black, HA Gray, or Tan

SUREFIRE TURBO SERIES BEAM

SureFire pioneered the use of high-candela optics in the early 1990s, and our Turbo Series continues to blaze the trail by stretching every lumen to achieve maximum long-range illumination performance. Available in handheld and weapon-mounted configurations, SureFire Turbohead optics provide a tightly focused, concentrated shaft of light that is perfect for extreme long-range applications while still affording substantial spill light to help you maintain situational awareness.

Our Turbohead reflectors measure 22 mm on X300T and X400T handgun WeaponLights and 25 mm on all Turbo Scout Light Pro long-gun WeaponLight and EDC1-DFT and EDC2-DFT handheld flashlights. Precisely engineered for maximum throw, SureFire Turbo models provide ample illumination for positive target identification well beyond 500 meters.

PUSHING THE ENVELOPE

From the beginning, SureFire has raised the bar when it comes to total light output and optimal beam configuration. We have never looked back, taking every advantage of cutting-edge technology to provide our customers with ever-increasing lumen output. SureFire has also pioneered groundbreaking high-candela models, such as the Turbo Series, UDR Dominator®, and Hellfighter 4, plus the rechargeable Guardian that features both a parabolic reflector and a wider MaxVision Beam. Numerous powerful yet compact handheld models, such as the V1-B Vampire, the Fury, and Stiletto Series rechargeable pocket flashlights continue the tradition we started decades ago with our now iconic 6P. Whatever the task or mission, SureFire makes an illumination tool that will meet your specific requirements, in terms of both total light output and optimal beam configuration.