Nitecore SRT6i Tactical Flashlight - 2100 Lumen Turbo Waterproof Rechargeable For First Responders

The Nitecore SRT6i Tactical Flashlight is a rugged, USB-C rechargeable light built for first responders, patrol crews, and serious outdoor enthusiasts who demand reliable power, long-range illumination, and quick-access control in challenging conditions.

• Size & construction: 6.42" overall length with a rugged aluminum body in black for durability in tough environments.
• Brightness & runtime: Turbo mode at 2100 lumens with a 30m runtime; Mid at 300 lumens for up to 7h 30m; Low at 30 lumens for up to 70h.
• Beam distance: Long-range 510m beam distance for clear target identification at a distance.
• Modes & safety: Strobe for signaling or disorientation; Lockout to prevent accidental activation; TAC (tactical) mode for rapid, controlled operation.
• Special features: 2-stage dazzle strike and strike bezel for defensive use; Smart selector ring for quick, tactile mode changes.
• Power & charging: USB-C rechargeable with a charging port cover; accepts one 21700 battery (included) or two CR123A batteries (not included).
• Durability: Water-resistant and impact-resistant design to handle demanding conditions.
• Practical design: Clip for secure carry and a tail-cap with U-shape design for one-handed operation; tail stand enables hands-free use.

Designed for patrols, rescue missions, camping trips, and daily tasks, the SRT6i delivers clear, long-range illumination when you need it most. The high-lumen Turbo mode provides rapid scene coverage, while lower brightness levels conserve power for extended missions. The included 21700 battery ensures immediate use, with the option to run two CR123A cells in the field for flexibility. Features like the smart selector ring, TAC mode, and the dual-defense strike bezel provide practical advantages in real-world scenarios. For best results, keep the battery charged via USB-C and take advantage of the long runtime at low brightness for surveillance, search, or prolonged work sessions.