NOCTIGON KR1K 21700 TAIL E-SWITCH LED FLASHLIGHT

How to use KR1K?

 

KR1K button is made of aluminum, which is the same color as the body, the pocket clip, spacer ring are made of SS.

i.e. if you need the green version with bronze PVD clip, bezel, spacer ring, please choose the “bronze PVD coating”, as well as the SS bezel option.

Please find the tailcap with single tritium vial, and the one with triple tritium vials.

 

Lume X1 driver installed by default for the light, Lume X1 driver is a high power driver – for best performance, recommended to use low ESR, high CDR 21700 batteries such as Molicel P42A, P45B, Samsung 50S, 40T, or Vapcell T50. Please note that this flashlight is not a toy and must be operated responsibly.

 

Features:

• CNC machined from aircraft-grade aluminium

• High end custom made N261S optic installed by default

• Unihead construction

• High lumen output and low moon output

• Ramping interface

• Electronic soft touch switch

• Beryllium-Copper springs with 45% IACS superior to stainless steel alloys used for springs with only 2% IACS.

• Temperature step-down

• Waterproof and dustproof to IP67 standard (up to 1 meter)

• Weight:76g

• Dimensions: 111mm(length) * 30.3mm(head) * 28.5mm(body)

 

OTF lumen output & candela on turbo mode:

SFT-70 6500K 70CRI – 2850lm OTF / 46,400cd

SFT-70 5000K 73CRI – 2650lm OTF / 41,600cd

SFT-70 3000K 95CRI 90-R9 – 1700lm OTF / 22,400cd

(SFT-70 LED tint shifts on high and turbo mode, which means the CCT will be

higher than the stated CCT on high and turbo mode)

 

NTG50 5000K – 2700lm OTF / 25,600cd

NTG50 4200K – 2500lm OTF / 22,400cd

NTG50 2700K – 2250lm OTF / 19,200cd

NTG50 1800K – 1750lm, OTF / 14,000cd

 

XHP70.3 HI R9050 5000K P2 / 5700K M2: 4000lm OTF / 21,200cd

XHP70.3 HI R9050 4000K/3000K N4: 3740lm OTF / 17,000cd

(XHP7.3 HI 70CRI 5000K, 4000K, 3000K are also available, please let us know the order number if you need them)

 

This product uses free software of Anduril 2, please refer to the link below if you need more information

https://loneoceans.com/labs/temp/anduril/