Soto Fusion Trek Micro Regulator Stove
Soto Fusion Trek Micro Regulator Stove Soto Fusion Trek Micro Regulator Stove Soto Fusion Trek Micro Regulator Stove
£80.00

Soto

Fusion Trek Micro Regulator Stove

SOTO Fusion Trek w/Micro Regulator.  SOTO’s first micro regulator detachable stove that works with a separate gas canister (Gas NOT included).

This is a detachable stove upgraded for mountain use.  Featuring an improved burner head with a concave crater shape to provide excellent performance under windy conditions.  The Burner head is uniquely designed to produce over 300 sub-flames.  It burns quietly yet produces a strong flame even in windy conditions.

The Fusion Trek features a stable, 3-leg pot support that sits firmly on rough ground.  Due to lightweight materials and a superior design the Fusion Trek is at a weight close to that of the direct connect style of stove.  The stove also features a flame control knob installed on the gas adapter allowing the user to remotely control the flame adjustment away from the burner for safer cooking.  The concave shaped burner head and individual short flames produced make this stove highly wind resistant.

The output of a stove is usually reduced under lower ambient temperatures, due to cooling of the gas canister when in use and is an inherent weakness in other gas stoves.  SOTO’s Micro Regulator provides a consistent flame even in cold weather and also when used continually.

Gas compatibility:

SOTO’s stoves are compatible with all major gas canisters on the market today.  All major gas brand companies’ canisters are equipped with a Lindal valve and the connection for SOTO’s stoves has been engineered to be compatible with this system – making it compatible with all major fuel canisters.

The information on the 70/30 mixture indicated on the packaging of SOTO’s stove is required  to meet standard guidelines.  SOTO’s stoves will work with any combination of butane, isobutane and/or propane gas mixtures.  The choice of gas mixture is based on where the stove is intended to be used and the desired performance.