The Fenix E06R compact keychain flashlight has a maximum output of up to 700 lumens at a beam distance of up to 110 meters from the featured 2x Luminus SST12 LED. This torch is powered by a 1x 750mAh Li-Poly built-in battery and is charged via a built-in USB-C socket with a charge time of up to 2 hours.

Featured in this torch is a precise red laser, perfect for conveying information more effectively in meetings, a high-power UV Light that can be used for verification of documents and currency, and an LED Ring Light that can be used as a marker on a backpack to enhance your visibility in the dark. The E06R has a magnetic tail which enables attachment to metal surfaces for hands-free use and a keyring is included for attaching the torch to backpacks or items of clothing.

This flashlight is operated by three independent switches for the three light sources.

Main Switch: (Found on the front of the Torch)

• Long press for 0.5 seconds: On/Off (White Light)
• Single Click: Output Selection
• Double Click: On (Multi-coloured Ring Light)
• Single Click: Colour Selection (Multi-coloured Ring Light)
• Long press for 0.5 seconds: Off (Ring Light)

UV Light Switch: (Found on the side of the torch)

• Long press for 0.5 seconds: On/Off (UV light)

Red Laser Switch: (Found on the side of the torch)

• Long press for 0.5 seconds: On/Off (Red Laser)

The E06R has a waterproof rating of IP66 and an impact resistance of up to 1.5 meters.

The Fenix E06R includes: Fenix E06R Flashlight, USB Type-C Charging Cable, Lanyard, Key Chain Ring, User Manual and Warranty Card.

Brightness Levels:
High: 700 lumens, 1hr 20 mins runtime, 110 meters
Med: 150 lumens, 2hrs 50 mins runtime, 50 meters
Low: 30 lumens, 12hrs runtime, 23 meters
Eco: 5 lumens, 60 hrs runtime, 9 meters
RGB: 0.5 lumens
Red Flash: 1 lumen
Blue Flash: 1 lumen
Red and Blue Flash: 1 lumen
UV Light: 580mW, 365nm
Red Laser: ≤0.39mW

Advanced Temperature Regulation (ATR) adjusts the output of the E06R based on the working and ambient temperatures. This feature ensures that the device maintains optimal performance while preventing the LED from overheating. The output measurements account for the total runtime, including periods of reduced brightness due to temperature changes or built-in protection mechanisms, which may cause the brightness level to drop.