Fenix E40 220 Lumens Flashlight - 4 x AA Battery

Fenix E40 220 Lumens Flashlight - 4 x AA Battery

Your Price:

SKU: FNXE40 In Stock Add to wish list

Product Highlights:

  • High-efficiency circuit design
  • Intelligent memory circuit
  • Patented technology for battery holder
  • Waterproof to IPX-8 standards
  • Durable aircraft-grade aluminum

Fenix E40 220 Lumens Flashlight - 4 x AA Battery Features

Fenix E40 220 Lumens Flashlight - 4 x AA Battery
The Fenix E40 220 Lumens Flashlight - 4 x AA Battery is a practice multifunctional outdoor flashlight. The E40 from Fenix is a powerful LED light designed to be reliable and comfortable to use. It uses 4 X AA batteries to generate up to 220 lumens using a Cree XP-E (R4) LED. It has a tough, impact-resistant, waterproof body is constructed from anti-freezing, high-quality plastics and built with a flat body design for maximum grip and ergonomics. It features a patented battery holder utilizes wear-resistant PC materials to maximize efficiency and prevent batteries from rattling inside the light. The interface features dual tail switches for rapid one-handed selection of the light's three output modes. The Fenix E40 220 Lumens Flashlight - 4 x AA Battery delivers performance at an accessible price with features that get used night after night.

Key Features

  • The E40 utilizes the Cree XP-E LED with a lifespan of 50,000 hours
  • Constructed of aircraft-grade aluminum alloy with anti-freezing, anti-roll and slip-resistant plastic body-coat design and premium Type III hard-anodized anti-abrasive finish.
  • Toughened ultra-clear glass lens with anti-reflective coating
  • Waterproof to 6.6' (2 m) and shock proof to 3.3' (1 m)
  • High-efficiency circuit design provides constant brightness and "intelligent" memory to automatically enter previous brightness level when turned on.
  • Patented battery holder technology uses high-quality material for wear-resistance and efficient use of space.
  • Reverse polarity protection guards against improper battery installation
  • Double shock-proof springs provide more reliable conductivity
Q&A