MAG-TAC LED Rechargeable Flashlight System Crowned Bezel- National Police Dog Foundation

The MAG-TAC LED Rechargeable Flashlight System with a crowned bezel offers durable, high‑performance lighting for patrols, outdoor work, and duty use. This edition is engraved for the National Police Dog Foundation, combining reliable illumination with a meaningful tribute.

• Engraved crowned bezel: Crowned bezel featuring the National Police Dog Foundation engraving for a distinguished, purpose‑driven look.
• LiFePO4 rechargeable battery: High‑capacity lithium iron phosphate cell designed for long service life and stable performance across many charge cycles.
• 2.5‑hour recharge time: Quick recharge to minimize downtime between shifts or field operations.
• Runtime options: High mode runs 1 hour; Low mode delivers up to 18 hours of operation for extended use.
• Beam distance: Efficiently lights up to 185 meters, offering clear visibility for navigation and target assessment.
• Detachable pocket clip: Secure carry option for quick access on belts, vests, or bags.
• USB-powered charging base: Mountable charging base with USB power, compatible with Mag Charger Powerbank for flexible charging in vehicles or on the go.
• Water resistance: IPX4 rating protects against rain and splashes during outdoor or duty use.

This flashlight is designed for professionals and enthusiasts who need dependable, long‑lasting light in demanding environments. The LiFePO4 battery delivers sustained performance across cold and hot conditions, while the 185‑meter beam provides confidence when scanning large areas or navigating low‑visibility environments. The crown bezel protects the lens from incidental impacts, and the detachable clip keeps the light within easy reach during rapid movements. With a USB charging base and Powerbank compatibility, you can refresh power quickly in vehicles, on patrol, or at a desk, minimizing downtime. The National Police Dog Foundation engraving adds a tangible connection to a cause you can stand behind while you rely on the MAG‑TAC’s proven reliability in the field.