Stinger DS LED HL w/ 120V AC/12V DC - 2 holders (NiMH)

When you need maximum illumination with a wide beam to search a large area, the Stinger DS LED HL rechargeable, high lumen flashlight provides a blast of 640 lumens with 297 meters of beam distance.
  • DUAL SWITCH TECHNOLOGY - Access three lighting modes and strobe via the tail cap or the head-mounted switch. Switches operate independently
  • High for a super-bright beam - 640 lumens; 22,000 candela peak beam intensity; 297 meter beam distance; runs 1.25 hours
  • Medium for bright light and longer run times - 340 lumens; 11,000 candela peak beam intensity; 210 meter beam distance; runs 2 hours
  • Low for light without glare and extended run times - 170 lumens; 5,500 candela peak beam intensity; 148 meter beam distance; runs 4 hours
  • Strobe for disorienting or signaling your location; runs 3 hours
  • Deep-dish parabolic reflector produces a concentrated beam with optimum peripheral illumination
  • C4(R) LED technology, impervious to shock with a 50,000 hour lifetime
  • Optimized electronics provide regulated intensity throughout battery charge
  • 3-cell, 3.6 Volt Ni-MH sub-C battery, rechargeable up to 1000 times
  • 10 hr. steady charge, 2.5 hr. fast charge, or Piggyback charger options
  • Machined aircraft aluminum body with non-slip rubberized comfort grip; anti-roll rubber ring included
  • IPX4 water-resistant; 1 meter impact resistance tested
  • Unbreakable polycarbonate lens with scratch-resistant coating
  • 8.85" (22.48 cm); 12.8 oz. (364 g)
  • Serialized for positive identification
  • Limited lifetime warranty, assembled in USA
Streamlight 75454 Stinger DS LED HL w/ 120V AC/12V DC - 2 holders (NiMH)

Only 1 left in stock - order soon

Inventory available from other suppliers, prices may be different

$187.36

Add to Cart:

This product was added to our catalog on Friday 30 May, 2014.

Subscribe to our newsletter in order not to miss new arrivals, promotions, and discounts of our store

Thank you for subscribing!

Follow us on social media