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TheFenix LD02 V2.0 is a compact everyday-use flashlight that emits a cold white light with 120 lumens.
TheFenix LD02 V2.0 is an upgraded version of the Fenix LD02 flashlight, which, thanks to its pocket-sized size and great functionality, has become a very popular everyday-use model also used by hunters and uniformed services.
The new version of the flashlight, has undergone several significant changes that have further enhanced its utility. The Fenix LD02 V2.0 has a compact length of 92 mm and a minimum weight of just 24 g. The flashlight's tube is made of lightweight and durable aircraft-grade aluminum, which has undergone an anodization process to prevent scratching and abrasion of the coating. The exclusive look of the Fenix LD02 V2.0 is emphasized by the switch and flashlight head made of stainless steel.
The flashlight's light source is a CREE XD16 S3 LED , which emits white light with a maximum output of 120 lumens and an operating range of 48 meters.
The flashlight offers 4 operating modes: high, medium, low, eco. A single rear button is used to turn the flashlight on and off and switch functions, making operation of the device extremely simple and instinctive.
The flashlight is powered by one generally available AAA battery, which provides 60 minutes to 36 hours of operation (eco mode). The Fenix LD02 V2.0 is resistant to a drop from 1m and immersion in water at a depth of 2m for 30 minutes(IP68 rating). For convenient carrying, there is a steel integrated clip, indispensable for everyday use.
| Diode | Type | Mode | Max. luminous flux [lm]. | Max. operating time [h min] | Maximum distance [m] | Max. luminosity [cd] | |
|---|---|---|---|---|---|---|---|
| alkaline | Ni-MH | ||||||
| white | continuous | high | 120 | 35 min* | 1 h* | 48 | 580 |
| average | 60 | 1 h 15 min | 2 h | 33 | 280 | ||
| low | 30 | 4 h | 4 h 15 min | 23 | 140 | ||
| eco | 3 | 60 h | 60 h | 7 | 13 | ||
The parameters shown were obtained under laboratory conditions. AAA alkaline batteries were used during testing.
* The operating time in high mode, is calculated as the sum of multiple operating times (from turning on in high mode until activation of the overheat protection).
