BUYING GUIDE · NOMAD
How to Pick a Portable Kitchen for the Road
Fuel type, BTU, and the weight-performance tradeoff for cooking off-grid.
April 19, 2026 · 5 MIN READ
Fuel type, BTU, and the weight-performance tradeoff for cooking off-grid.
Two burners sound like an upgrade. In practice, two burners means a larger footprint, more weight, and often lower BTU per burner than a good single-burner setup. Most van meals — pasta, stir-fry, eggs, soup — are fundamentally single-burner dishes.
A high-BTU single burner (10,000+ BTU) with a windscreen outperforms two mediocre burners in the same space. The argument for two burners: if you regularly cook multi-component meals simultaneously or cook for more than two people consistently. Even then, assess whether the size penalty is worth it for your specific van layout before defaulting to "more is better."
Propane is the most practical for van life in North America. Widely available at hardware stores, camping supply shops, and gas stations. The 1lb canisters are convenient but expensive per BTU; a larger setup (5lb or 11lb tank mounted externally or in a ventilated enclosure) is more economical for daily cooking. Note: propane is heavier than air and settles at floor level, which creates safety considerations in enclosed spaces. Proper ventilation is not optional.
Butane is slightly more efficient at sea level but performs poorly below 40°F and at altitude — not suitable for mountain travel or winter use. Isobutane-propane blends (MSR, Jetboil canister fuel) excel in cold weather but are expensive per BTU for daily cooking. Induction requires 1,200–1,800W of inverter capacity and a well-designed solar system — excellent if the electrical math works.
BTU (British Thermal Units per hour) measures heat output. A standard kitchen stove burner is 8,000–10,000 BTU. A good van stove should match this. Anything under 7,000 BTU will feel sluggish for searing or boiling large quantities of water.
High-BTU single burners (Iwatani 12,000 BTU, Camp Chef units at higher outputs) cook as well as a home stove. The trade-off is fuel consumption — higher BTU burns through propane faster. For a van with a properly sized propane setup, this is not a meaningful concern.
Wind reduces effective BTU output dramatically — a 10 mph wind can cut cooking efficiency by 30–40%. Most portable stoves lack integrated wind protection adequate for outdoor cooking. A collapsible aluminum windscreen ($10–20) dramatically improves performance and fuel economy regardless of the stove you use.
If you regularly cook in the van's side or rear door opening (common practice), create a windbreak with the door angle and body position. The windscreen is not optional if you cook outdoors with any regularity.
Weight and space are the constraints. A 10" stainless skillet and a 2-quart pot cover most meals. Add a lid that fits both if possible. Avoid collapsible silicone pots — they lose too much heat to be practical for stovetop cooking and are difficult to handle with oven mitts.
Titanium cookware is ultralight and durable but conducts heat poorly, causing hot spots. Hard-anodized aluminum is the performance and weight middle ground: good heat distribution, lighter than stainless, and reasonably priced. One skillet, one pot, one lid, and a nesting set of utensils covers 95% of van cooking.