Coleman Powerhouse® Dual Fuel™ Lantern

The Coleman Powerhouse® Dual Fuel™ Lantern delivers consistent, high-output illumination in demanding field conditions where reliable light can be mission-critical. This dual-fuel camping lantern operates on either Coleman® Liquid Fuel or standard unleaded gasoline, providing operators and outdoor professionals with flexible fuel logistics and extended deployment capability. The two-mantle design generates steady, bright light suitable for extended base camp operations, emergency response staging areas, or remote site work.

The Dual Fuel™ system's primary advantage lies in fuel efficiency and weight discipline. One gallon of Coleman® Liquid Fuel delivers equivalent runtime to 4.5 propane cylinders, significantly reducing pack weight and logistical footprint for extended operations. This matters when every pound counts on foot patrols or remote camping expeditions. The lantern measures 8 x 7 x 15 inches and weighs 4.55 lbs, making it transportable without sacrificing output. Dual fuel flexibility means you're not dependent on specialized cartridges—unleaded gasoline is universally available, a tactical advantage when operating outside standard supply chains.

This lantern suits search and rescue teams, field camps, disaster response operations, and serious recreational users who demand weather-resistant, long-duration lighting. The Coleman Powerhouse Dual Fuel lantern is engineered for performance in wet, cold, and variable conditions where conventional camping lights fall short. Its proven platform has long been standard-issue adjacent in professional outdoor contexts where reliability under stress determines operational success.

Coleman's Powerhouse line represents the established benchmark for dual-fuel lantern design. The two-mantle configuration and robust construction reflect decades of refinement for serious users. Whether staged at a forward operating base, used during extended wilderness training, or deployed for emergency lighting, this lantern performs across temperature and weather extremes without the fuel limitations that plague single-fuel alternatives.