BRAND OLIGHT
The OLIGHT ArkPro Class 3R CW is a multifunctional EDC flashlight featuring four light sources: white Flood, white Spotlight, 365 nm UV LED and a green Class 3R laser. It delivers up to 1500 lumens with a beam distance of up to 205 meters in Spotlight mode. Its flat 6061 aircraft-grade aluminum body is only 16 mm thick, making it convenient to carry and suitable for everyday use in a variety of situations.
Key Features
- Four light sources with seven operating configurations: Flood, Spotlight, 365 nm UV and green laser, usable individually or in combination.
- White light output of up to 1500 lumens with a beam distance of up to 205 meters in Spotlight mode.
- 365 nm UV LED with two output levels up to 1200 mW, suitable for checking documents, stains and fluorescent elements.
- Green Class 3R laser with an output of ≤5 mW for pointing and aiming applications.
- Flat EDC body measuring only 16 mm thick for comfortable pocket carry.
- Rotary selector for light modes and a dedicated laser button.
- Two-way clip for attachment to pockets, belts or caps.
- Magnetic base for hands-free use on metal surfaces.
- Dual charging system via USB-C or OLIGHT MCC magnetic charging cable.
- CNC-machined 6061 aircraft-grade aluminum unibody construction with IPX7 protection.
Technical Specifications
- Maximum output: 1500 lumens.
- Maximum beam distance: 205 m.
- Light intensity: 10,640 cd.
- Light sources: cool white Flood and Spotlight LEDs, 365 nm UV LED, green Class 3R laser.
- UV output: up to 1200 mW, with 2 output levels.
- Laser: green, Class 3R, ≤5 mW.
- Built-in battery: 2000 mAh Li-Pol.
- Charging: USB-C / OLIGHT MCC magnetic charging system.
- Body material: 6061 aluminum alloy.
- Protection rating: IPX7, submersion up to 1 m.
- Dimensions: 124 x 27 x 16 mm.
- Weight: 115 g, including battery.
- Light color: cool white (CW).
Package Contents
- OLIGHT ArkPro Class 3R CW flashlight.
- MCC magnetic charging cable.
- User manual.
Warning
The green laser is a Class 3R device with an output of ≤5 mW. Never point the beam at eyes or reflective surfaces, and never look directly into the beam.

