Fire-Maple FMS-300T

The Fire-Maple FMS-300T is a compelling alternative to the BRS-3000T, offering similar ultralight credentials but with a noticeable step up in build quality and stability, all while maintaining a highly competitive price point. Like its minimalist brethren, this canister stove is designed for weight-conscious backpackers who primarily need to boil water, not cook gourmet meals. At just over an ounce, it's one of the lightest stoves available, easily slipping into even the smallest corners of your pack or nesting within a small cook pot. What sets the FMS-300T apart from other budget ultralight options are its slightly more robust construction and, critically, its wider and more stable pot supports. While still diminutive and requiring care, they offer a noticeably more secure platform for small pots than the BRS-3000T. The titanium construction helps keep the weight down while providing a decent level of durability for careful users. Heat output is strong for its size, delivering reasonable boil times in calm conditions. As with all open-burner canister stoves, wind will be its nemesis, drastically reducing efficiency and requiring a protected cooking area. Flame control is basic, making simmering a challenge. However, for those seeking maximum weight savings without sacrificing too much stability or spending a fortune, the Fire-Maple FMS-300T strikes an excellent balance. It’s a smart choice for ultralight backpackers on a budget who understand its specific use case. ### Highlights * Extremely lightweight (around 1.5 oz), excellent for ultralight backpacking * Compact and easily packable * More stable pot supports than many ultralight competitors at this weight * Strong heat output for its size in calm conditions * Very affordable, offering great value for weight savings ### Watch-outs * Highly susceptible to wind; requires a windscreen or sheltered spot * Pot supports, while better than some, are still small and require care * Limited flame control, not suitable for simmering * Canister-only operation, not ideal for extreme cold.