Enjoy a cost saving of over 20% when you purchase this Princeton Tec Torch package designed for diving and above water adventure. The package includes three extremely versatile Torches in addition to a Coiled Lanyard and Retractor to help keep your purchase in place. The SHOCKWAVE II's dual filament bulb provides 7.5 or 15 watts of output. A scuba diving classic, its reliability can't be beaten. Power up from 7.5 watts to 15 watts of power with the flip of a switch. The economical 7.5- watt output mode burns for up to 10 hours and provides plenty of light for most diving conditions. For those really dark nights, wreck diving and deep, dark crevices, simply flip the switch to the screaming bright 15-watt output mode. Princeton Tec's innovative dual filament multi output bulb system eliminates the need for two bulbs and complex switching systems. This unique system also offers the added security of switching to an alternate bulb filament in the event the filament in use burns out. Proprietary optics turn an Ultrabright LED into a sharp spotlight. An ergonomic handle and belt clip make the IMPACT II easy to handle. The Impact II incorporates a proprietary optical lens system that projects a focused beam of Ultrabright LED light for 28 meters. The ergonomic design, including a built-in utility clip, makes the Impact II easy to handle. The Impact II is powered by 4 AAA Alkaline batteries with a burn time of over 75 hours of useful light. The rugged construction is sure to be reliable when needed. A halogen bulb and red Ultrabright LED make the ECO FLARE/SEA STAR a beacon or an area light. Compact, bombproof & waterproof. A vital part of any outdoor enthusiast's equipment bag, the Eco Flare can be set on constant, high-output, incandescent mode for use as an area/personal locator light, or on flashing, red Ultrabright LED mode for low-visibility, dark nights. The Ultrabright LED will burn in excess of 500+ hours on 2 AAA alkaline batteries. The Eco Flare can also be attached to your dog’s collar for easy identification in low light conditions. |
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