TK45 by Fenix™

Flashlight Features Unique Shape of the MINI-GUN

Max 760-Lumen Output
The Fenix TK45 features three lighting heads inspired by the appearance of a mini-gun. The TK45 throws a maximum 760 lumens output by utilizing three Cree XP-G R5 LED’s, much brighter than a 10W HID light, and comparable to a car headlight, making the TK45 a miracle in medium sized flashlights. The TK45 is powered by 8 AA batteries and offers four levels of brightness plus three flashing modes. With a max of 232 hours runtime and easy operation of the sidewinder dual switch system; the TK45 is your best option for outdoor searching, caving, off-road trailing, etc.
Specifications
ANSI/FSC	Low	Mid	High	Turbo
Output:	8 Lumens	95 Lumens	312 Lumens	760 Lumens
Runtime:	232 Hours	22 Hours	6H 30m	2 Hours
Distance:	200 meters
Intensity:
Impact Resistant:
Waterproof:	IPX-8 Underwater 2m
Extra Function:	Strobe / SOS
Battery Type:	AA
Number of Batteries:	8
Accessories	Lanyard
Fenix products are strictly in line with ANSI Standard. The testing data are more scientific and specific.

Product Details

• 3 x Cree XP-G LED (R5) with lifespan of 50,000 hours
• Four types of lighting mode: Turbo (760 Lumens, 2Hrs) -> Low (8 Lumens, 232Hrs) -> Mid (95 Lumens, 22Hrs) -> High (312 Lumens, 6.5 Hrs ) (Tested with 2500mAh Ni-MH battery)
• Three types of flashing mode: Strobe, SOS, Warning flash
• Max beam length: 200 meters
• Digitally regulated output – maintains constant brightness
• Intelligent memory function
• Outstanding heat sinking performance offers long working time in Turbo mode
• Uses eight 1.5V AA (Ni-MH, Alkaline) batteries
• 202mm (Length) x 39.2mm (Diameter) x 56mm (Head) 324-gram weight (excluding batteries)
• Made of durable aircraft-grade aluminum
• Premium Type III hard-anodized anti-abrasive finish
• Waterproof to IPX-8 Standard
• Toughened ultra-clear glass lenses with anti-reflective coating
• Sidewinder dual switch system
• Capable of standing up securely on a flat surface to serve as a candle
• Included accessories: Lanyard

Notice: The above-mentioned parameters are approximate and may vary between flashlights, batteries and environments