MSR (Mountain Safety Research), the Seattle-based manufacturer of high-performance outdoor equipment, today announced its all-new WindBoiler Personal Stove System is for sale at local specialty retailers and select online retailers.

The WindBoiler offers outdoor enthusiasts the superior wind protection of the award-winning, alpinist Reactor Stove System series with the user friendliness of a more minimalist cook system for casual weekend backpackers. The result: a personal system that offers easy usability, superior boil times, and unmatched efficiency in real-world conditions.

Primary air combustion, an enclosed windproof burner, and a built-in heat exchanger allow the WindBoiler Stove System to boil flawlessly in windy and cold weather conditions that cause other stoves to slow or fail. Like the Reactor stove, the WindBoiler system’s radiant burner combines convective and radiant heating to offer performance and efficiency that is unmatched by conventional burners.

This smart design keeps flames fully contained, ensuring that the insulated cozy and handle remain singe free regardless if winds pick up speed. Built for one to two backpackers, the system’s approachable all-in-one cook set features an intuitive, easy-to-use design: the compact pot twists onto the windproof burner for a secure, non-slip fit.

The integrated full-size bowl allows minimalists to comfortably cook and serve enough food for one to two companions. The WindBoiler’s clear BPA-free lid plays triple duty: it features a strainer, a drinking lid, and is coffee press compatible.

MSR rounds out the WindBoiler stove collection with a handful of smart accessories, including the WindBoiler 1.0L Accessory Pot, WindBoiler Coffee Press Kit, and the WindBoiler Hanging Kit. Online retailers include MooseJaw Mountaineering, Backcountry Gear,Backcountry Edge, Mountain Gear, Summit Hut, and CampSaver.

For more information, please visit www.windboiler.com.

Contact

Christina LoVullo
Hayter Communications
christina@hayterpr.com
360.313.7070, ext. 2

Image courtesy Mountain Safety Research