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<p>Fast, fuel efficient, and virtually windproof, this stove system performs well in tough conditions. The stove has an integrated windscreen and a radiant burner with zero clearance between it and the pot. This minimizes heat loss and provides a stable flame. The heat exchanger is integrated into the cooking pot, so it's designed to be used as a system, and doesn't support standard flat-bottomed pots.</p><ul><li>1.7L pot is made of hard anodized aluminum</li><li>Burns for about 80 minutes and boils 22L of water with a 227g canister</li><li>Produces consistent heat output. The burner operates near max at lower fuel pressures and improves output in colder temperatures. An internal regulator equalizes pressure for consistent boil times throughout the life of a canister</li><li>Stove and the canister fit into the pot for travel, and a locking lid keeps it all secure</li><li>Operates to -15°C</li><li>Uses MSR LPG canisters (available separately)</li></ul>

MSR Reactor 1.7L Stove System

Stoves are designed to burn specific fuels. All stoves should only be used with recommended fuels to prevent damage.  

The output of any heat generating device is shown in BTUs (British Thermal Units) which measure the amount of heat energy needed to raise the temperature of 1lb. of water by 1°F.

The average time it takes to boil 1L of water. Wind, air temperature and elevation will affect boil time in the field. 

Liquid fuel stoves require a fuel pump to pressurize the fuel tank.

Heat reflectors are placed under the burner and reflect heat back up towards the cooking pot. This helps save fuel and speed cooking time.

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MSR Reactor 1.7L Stove System

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