2360 Tactical Flashlight

The Pelican 2360 Tactical Flashlight is a compact, duty-grade illumination tool engineered for law enforcement, military, and tactical professionals who demand reliable performance without battery dependency compromises. Designed for operators requiring both runtime and output efficiency, this flashlight bridges the gap between standard alkaline convenience and demanding operational requirements, making it ideal for patrol officers, tactical team members, and field personnel who cannot afford downtime or failed equipment in critical situations.

The 2360 Tactical Flashlight delivers 375 lumens of peak output using two standard AA alkaline batteries, eliminating the logistical complexity of maintaining separate battery inventories while maintaining performance standards expected in professional environments. The three-mode system—High, Strobe, and Low—provides tactical versatility: High mode maximizes target illumination and distance capability, Strobe mode disables threats and assists in emergency signaling, and Low mode extends battery life during extended operations and reduces tactical signature. The aluminum construction ensures durability under field conditions, while the compact 4 x 1.25 x 8.25-inch form factor and 0.44-pound weight allow seamless integration into duty belts, tactical vests, or gear bags without compromising mobility or accessibility.

This flashlight excels for uniformed patrol, tactical operations, search and rescue, and emergency response where immediate illumination is mission-critical and resupply logistics demand practical battery solutions. The AA battery compatibility ensures rapid field replacement using readily available commercial batteries—a decisive advantage during extended deployments or remote operations where specialized battery types may be unavailable. Law enforcement agencies and military units benefit from standardized battery protocols, reduced equipment maintenance cycles, and improved personnel confidence in equipment reliability during dynamic operations.