A hot breakfast beside a quiet riverbank, pasta after a long corrugated track, a proper coffee before packing up camp - the cooktop matters more than many travellers expect. Induction versus gas cooking is not simply a question of which boils water faster. For off-grid touring, the right choice comes down to how you travel, how long you stay put and what supports the rest of your electrical system.
Gas has earned its place in Australian camping for good reason. It is dependable, familiar and works well beyond the reach of a powered site. Induction brings a different kind of freedom: fast, controlled cooking without an open flame, provided your battery, inverter and charging system are built to carry the load.
Induction versus gas cooking: the key difference
A gas cooktop burns LPG to create heat directly under the pan. An induction cooktop creates a magnetic field that heats compatible cookware itself, rather than heating a burner first. This is why an induction surface can remain comparatively cool around the pot, while a gas burner throws heat into the air as well as the pan.
Neither option is automatically better for every camper trailer, hybrid caravan or off-road caravan. Gas is often the simpler choice for extended remote stays with modest electrical reserves. Induction is increasingly appealing for travellers with substantial lithium battery capacity, a quality inverter and strong solar or vehicle charging capability.
The best decision starts with your real routine. If you move most days and recharge while towing, induction may fit beautifully. If you camp in one remote spot for a week, cook several meals daily and see mixed weather, LPG can offer welcome independence from your state of charge.
Cooking power when you are off-grid
Gas gives you stored energy
The strength of gas is straightforward: the fuel for cooking sits in a bottle, separate from the battery system. A 9 kg LPG bottle can support a great deal of everyday cooking, and a second bottle provides reassuring redundancy when travelling through the outback or far from a refill point.
Gas also works without running an inverter. That makes it a practical option for lightweight campers and for travellers who prefer to reserve battery power for essentials such as lighting, refrigeration, water pumps and device charging. On cold, cloudy days or under a heavily shaded camp canopy, it keeps doing its job.
There are limits. You need to monitor bottle levels, carry gas safely and plan refills around remote towns. Gas output can also be affected by cold conditions, although this is less of a concern across much of Australia than it is in alpine areas.
Induction relies on a capable electrical system
Induction cooktops are efficient at transferring energy into the pan, but they demand significant power while operating. A single portable induction unit can draw around 1,800 to 2,000 watts at full output. On a 12-volt system, that is a serious load once inverter losses are considered.
This does not rule induction out. It means the system must be designed as a whole. Battery capacity, inverter rating, cable sizing, solar input, DC-DC charging and your daily power habits all matter. A large lithium bank, a pure sine wave inverter and dependable charging can make induction a practical and refined addition to a modern touring setup.
Think in terms of cooking sessions, not just appliance wattage. Boiling a kettle quickly may use less total energy than simmering a pot for an hour, even though the kettle has a high peak draw. Cooking during the middle of the day, when solar production is strongest, can make induction far more workable off-grid.
Heat control and everyday cooking
Gas gives visual feedback. You can see the flame, adjust it instantly and use almost any saucepan, camp oven or frying pan. For travellers who enjoy cooking over a wok-style burner, charring vegetables or using cookware collected over years on the road, that flexibility is hard to beat.
Induction is exceptionally responsive and precise. It can bring water to the boil quickly, hold a gentle simmer and reduce excess heat inside the van or annex. That last point is particularly welcome during an Australian summer, when cooking dinner should not turn the living area into a furnace.
The trade-off is cookware. Induction requires magnetic pots and pans. Cast iron and many stainless-steel pans work, while aluminium, copper and some stainless cookware may not. A simple magnet test before departure can save frustration at camp. Flat-bottomed cookware also performs best on the induction surface.
For many travellers, the ideal answer is not choosing one heat source for every job. An induction cooktop suits quick indoor meals and controlled cooking, while a gas barbecue or external burner handles fish, steaks and bigger outdoor feeds. This approach spreads demand across two energy sources and keeps cooking adaptable.
Safety, ventilation and fire conditions
Induction has a clear advantage around open flames. There is no naked flame to blow out in wind, no combustion inside the van and less residual heat after the pot is removed. It can be a strong option for families, for compact interiors and for anyone who wants a simpler clean-up after meals.
Gas is safe when installed, maintained and used correctly, but it needs respect. LPG appliances require proper ventilation, sound connections and regular inspection. Never use an outdoor gas cooker inside an enclosed van or annex. Carbon monoxide is colourless and dangerous, and ventilation is not optional.
Fire restrictions are another practical consideration. Rules differ between states, parks and local areas, and conditions can change quickly. A fixed gas cooktop may be permitted in circumstances where an open campfire is not, but you should always check the current local advice. Induction avoids a flame altogether, though it still needs sensible use around heat-sensitive surfaces and electrical equipment.
Whichever system you choose, carry a suitable fire extinguisher and fire blanket, keep the cooking area clear, and never leave a meal unattended. Reliable touring is built on small habits done properly.
Weight, space and maintenance
Gas systems need bottle storage, a compliant gas bay or mounting arrangement, regulators and plumbing. Bottles add weight, especially when you carry two. They are also bulky, although their energy density remains a major advantage for long stays away from services.
Induction eliminates gas bottles for cooking, but the weight does not disappear. It shifts into batteries, inverter equipment and charging hardware. If those components are already part of your preferred off-grid setup, adding induction may be a logical use of the system. If you are building a simple, lightweight touring rig, the added electrical capacity can be harder to justify.
Maintenance is different too. Gas connections and hoses should be inspected regularly, with servicing handled by qualified professionals where required. Induction cooktops have fewer mechanical components and their flat surfaces wipe clean easily, but they depend on healthy batteries, reliable wiring and an inverter that is up to the task.
Which option suits your touring style?
Choose gas if your priority is maximum independence with a straightforward setup. It suits long remote stays, lower-power electrical systems, frequent cooking in variable weather and travellers who want the flexibility to use nearly any cookware.
Choose induction if you have invested in a serious off-grid electrical system and value fast, clean, flame-free cooking. It is particularly well suited to travellers who move regularly, recharge consistently and prefer the comfort of controlled indoor meal preparation.
A dual approach is worth serious consideration for remote Australia. Use induction when solar is plentiful or when connected to mains power, then keep gas available for extended cloudy periods, high-demand cooking and camp kitchens away from the van. It is not about carrying technology for its own sake. It is about retaining options when the track, weather and itinerary change.
At Cub Campers, off-grid comfort is best judged as a complete system rather than a single feature. Match the cooktop to your battery capacity, charging plan, payload and the kind of country you intend to explore.
Before you head beyond the blacktop, make a few meals at home using the same equipment you will carry. You will soon learn whether your camp kitchen feels like a compromise or a genuine part of the adventure.