Note: The Nextorch P81 is a pure EDC flashlight and does not feature a tactical tail switch. The light is operated exclusively via the front switch on the head of the flashlight. LED: CREE® XHP50.2 LED Modes: 3700 lm / 600 lm / 40 lm Runtime: up to 2:45 h / 4:30 h / 60 h Beam Distance: up to 370 m Waterproof: IPX-7 (1 m) Impact Resistance: 2 m Power Supply: 1 x 21700 4800 mAh battery (included, dimensions: 21.50 × 77 mm, Ø × L) Dimensions: 161 mm (length) × 35 mm (head diameter) × 28.5 mm (body diameter) Weight: 174 g without battery Scope of Delivery: Rechargeable 4800 mAh 21700 lithium-ion battery Lanyard USB-C charging cable Two spare O-rings The NEXTORCH P81 impresses with its simple operation, powerful output of 3,700 ANSI lumens* and its high-quality battery. The bezel features ultra-hard ceramic balls – among the most effective and reliable glass breakers in the world. This robust LED flashlight is, of course, completely waterproof and impact-resistant. Thanks to the latest-generation LED, the NEXTORCH P81 achieves a maximum beam distance of an impressive 370 meters*. Its body is made from aircraft-grade aluminum, making this high-performance flashlight both lightweight and extremely durable. The long-lasting Li-ion battery provides a runtime of 2 hours and 45 minutes at the highest brightness level (3700 lumens). When dimmed, it delivers up to 60 hours of continuous light. A status indicator on the side shows the current battery level. Charging is done via the integrated USB-C port, so you can charge it anywhere with a USB outletno special charger required. Any standard wall charger or car port will do! Key Facts about the NEXTORCH P81: Includes 4800 mAh Li-ion battery 100% waterproof 370-meter beam distance* Battery status indicator Up to 60 hours of light per charge* Emergency glass breaker * Values determined under laboratory conditions. Actual performance may vary between flashlight, battery, and environmental factors (ambient temperature / humidity / etc.) by ±15%. The electronic overheat protection may affect runtime. ANSI-labeled data is measured and confirmed according to the scientific ANSI/NEMA FL 1-2009 standard.
