The Nitecore EDC09 High CRI, Multiple-Colour Temperature (MCT) Adjustable-Angle EDC Flashlight delivers a powerful output of up to 1600 lumens with a beam distance of up to 153 meters.

Designed for versatility, the EDC09 provides three colour temperature options and three CRI selections in a single compact device:

• 3000K Warm Light (CRI 97): Ensures highly accurate colour rendering and enhanced visibility of real-world object details—ideal for use in rain, fog, or close-range tasks.
• 4500K Neutral White (CRI 83): Offers a natural, soft illumination suitable for everyday use.
• 6500K Cool White (CRI 73): Delivers bright, long-range lighting, making it perfect for outdoor exploration and high-output applications.

The 0–102° adjustable head allows for flexible, multi-angle illumination to accommodate a wide range of lighting needs.

The EDC09 also includes an ultralow mode providing up to 250 hours of runtime (1 lumen), ideal for close-range tasks, along with a 5Hz Warning Flash mode for enhanced visibility and safety in dark environments.

Powered by a built-in 1,100mAh Li-ion battery, the flashlight supports simultaneous USB-C charging for convenient and efficient power management.

Operation is intuitive with a slide switch for power and brightness adjustment, complemented by an “M” mode button to switch colour temperatures and activate the Warning Flash.

Weighing only 114g the EDC09 has a flat body design and includes a lanyard , Magnetic tail and a two-way clip for easy carry. This flashlight also includes a diffuser for glare-free close-range lighting and to turn the light into a ambient camping light.

This flashlight has a waterproof rating of IPX6 and an impact resistance of up to 2 meters.

The EDC09 includes: USB-C Charging Cable, Diffuser and Lanyard.

Advanced Temperature Regulation (ATR) adjusts the output of the EDC09 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.