COAST EAL25 Rechargeable Dual Power 1250 Lumen Emergency Area Lantern

Stay bright through the storm—using COAST’S EAL25 Dual Power emergency area light with five output modes plus built-in carabiners and a folding handle for maximal lighting versatility. Constructed with an ultra-strong poly casing, this storm proof light illuminates entire spaces with its maximum 1250 lumens of light, and enables on-the-spot emergency signalling with its red and red flashing modes. The COAST EAL25 combines all the features you need in a lantern and an emergency area light all in one. The EAL25 is made with the COAST Polysteel outer casing to provide weather protection and drop protection so you can use it anywhere, anytime. Our unique “removable top” converts the stand-alone lantern to a hanging tent or area light. The EAL25 “smart switch” power button provides 3 levels of white light, a solid red light or a flashing red light so you are ready for any situation whether that is sitting in your tent for some night time reading, or providing light for the family during a severe power outage. Best of all, the EAL25 is Dual Power, meaning you are never without your light!

COAST EAL25 1250 Lumens Camping Lantern:

• ALKALINE DUAL POWER: Each COAST Alkaline-Dual Power product is compatible with standard alkaline batteries and can also be powered with a COAST ported ZITHION-X™ rechargeable battery (sold separately). This offers you the convenience of alkaline and the cost efficiency of rechargeable battery.
• STORM PROOF: Don’t worry about the weather. COAST lights that have passed the IP54-level resistance tests are splash-resistant and built with durable materials that stand up to nature.
• EMERGENCY: Signal duress with flashing, bright-red light. If times get tough, COAST lights outfitted with Emergency mode help attract much-needed attention.
• ENERGY SAVING: Conserve battery life with precise light control. Make easy adjustments to match your light’s intensity to the circumstance. COAST EAL multi-mode technology enables seamless transition from energy-saving low-light output to area-illuminating high output—and anywhere in between.