Nite Ize INOVA T7R PowerSwitch Focusing Flashlight Rechargeable
Precision engineered to meet the serious technical and functional needs of professionals everywhere, the INOVA T-Series LED Tactical Flashlights offer powerful illumination, handling responsiveness, and tactical grade durability. The INOVA T7R is micro USB rechargeable and offers 713 lumens of bright white light and the ability to transition between a powerful spot beam and a broad flood beam with a simple twist. Capable of projecting a beam up to 708 feet, this focusing flashlight is perfect for tactical, outdoor, and home use. Engineered for professional-grade use, the T7R has an end-cap switch that activates High, Low, SOS, Strobe, Momentary High, and Momentary Strobe modes for the ultimate in versatility and performance. The T7R features a rechargeable/replaceable Lithium Ion battery that can be recharged using the included micro USB cable – simply pull the tailcap to reveal the protected charging port. The unique tailcap design can also be extended and locked to create a built-in flashlight stand. With a precision machined, aluminum body featuring a military-spec Type III hard coat anodized finish, the T7R is engineered to be reliable even in the most extreme conditions.
713 lumens (rechargeable battery) | 825 lumens (CR123 batteries – not included)
Twist flashlight head to transition between spot and flood beam
Tactical construction is shockproof, crushproof, and water resistant (tested to IPX4)
End-cap switch activates High, Low, Strobe, SOS, Momentary High, and Momentary Strobe modes
PowerSwitch dual-power source runs on included micro USB rechargeable/replaceable custom 18650 2,600 mAh INOVA Lithium Ion battery, or two non-rechargeable CR123 batteries (not included)
Aerospace-grade aluminum body with mil-spec, Type III hard coat anodized finish
Individually laser engraved with a serial number for identification
PVD coated stainless steel clip for secure attachment and convenient access
Impact-resistant (1m drop tested) stainless steel head protects optical system