Best Gas for Camping Stoves in 2026: Canisters, Cartridges and Cylinders Compared

Last updated: June 2026 | Research by the editorial team

Choosing a camping stove is the enjoyable part. Choosing the gas that goes inside it is where trips are quietly made or ruined. The wrong fuel means slow boil times, a burner that refuses to light in the cold, or — worst of all — a canister that simply doesn’t fit the stove you’ve packed.

In the UK in 2026 there are four realistic fuel formats: screw-thread isobutane canisters (the EN 417 screw-thread standard, stocked by UK retailers including Cotswold Outdoor, Alpkit and GO Outdoors — note that EN 417 governs the valve thread, not the gas blend inside), Campingaz click-valve cartridges, exchange/refill Campingaz cylinders, and propane for larger car-camping rigs. Each suits a different kind of trip, and the blend inside matters as much as the fitting.

Not sure where to start? Use this quick routing guide:

• You own a Campingaz stove with a click-valve fitting → go straight to the CV470 Plus row
• You own a Jetboil, MSR, Soto or similar screw-thread stove → any EN 417 canister fits; blend and price-per-gram decide the choice
• You’re running a two-burner family stove from a large cylinder → see the propane and R907 sections
• You’re camping in winter or at altitude → read the cold-weather and altitude sections before buying

How We Compared These Fuels

This is a research-based comparison, not a hands-on test. The source base for this article consists of:

1. MSR IsoPro Safety Data Sheet (MSR/Cascade Designs, published on MSR’s website) — blend ratios and operating temperature data for IsoPro
2. Jetboil Jetpower canister product page and fuel FAQ (Jetboil.com) — blend ratio and Jetboil system compatibility
3. Campingaz CV470 Plus and R907 product datasheets (Campingaz.com) — blend information, valve type, cylinder specifications
4. Coleman C500 Performance canister datasheet (Coleman Europe) — blend and fitting confirmation
5. EN 417:2012 standard summary (BSI/CEN) — defines the screw-thread valve interface used by non-Campingaz canisters
6. Alpkit Fuel Guide (Alpkit.com, updated 2025) — UK retailer guidance on cartridge versus cylinder formats, corroborating availability

Owner-review consensus was drawn from UK camping forum threads and Reddit’s r/camping and r/UKcamping communities, treated as corroborating sentiment rather than primary evidence.

Fuel Properties at a Glance

The single most important numbers for this comparison are the boiling points, because a fuel that boils above ambient temperature cannot vaporise and will not feed the burner.

Boiling point figures from physical chemistry references (CRC Handbook of Chemistry and Physics) and corroborated by MSR and Campingaz product datasheets.

Butane, Propane and Isobutane: What’s Actually in the Canister

Butane

Butane is the cheap, widely available base gas in Campingaz exchange cylinders. It burns hot and clean in mild conditions, but it has one significant weakness: its boiling point is approximately −0.5 °C (per the CRC Handbook and Campingaz product data). In practice this means that as temperatures approach and drop below freezing, a butane cylinder loses vapour pressure and the flame weakens — even if there is plenty of liquid left inside. For UK summer camping it is perfectly adequate; for a Scottish Highland trip in March, it is not the right choice without a cold-weather blend.

Propane

Propane’s boiling point is approximately −42 °C, which is why it remains usable in deep winter and at altitude. The trade-off is that propane must be stored at significantly higher pressure, requiring heavier, thicker-walled containers. This is why propane does not appear in small backpacking canisters: it is supplied in larger refillable cylinders for car camping, or blended at modest percentages into isobutane canisters to raise their cold-weather performance.

UK propane specifics: The common UK propane cylinder formats are Calor Gas 3.9 kg, 6 kg and 13 kg cylinders, and Flogas equivalents. Propane regulators in the UK are set to 37 mbar outlet pressure, compared with 29 mbar for butane — the two regulators are not interchangeable. This information is published in Calor Gas’s cylinder product documentation and in the HSE’s guidance on LPG use.

Isobutane

Isobutane’s boiling point is approximately −11.7 °C, placing it meaningfully below butane’s. It vaporises at lower temperatures and burns efficiently, making it the backbone of most backpacking canisters. On its own it still struggles in deep cold, which is why manufacturers blend it with propane.

Why Blends Matter

Most modern screw-thread canisters are a mix — commonly 80% isobutane / 20% propane, as used in MSR IsoPro (stated on MSR’s IsoPro Safety Data Sheet). The propane raises the vapour pressure so the canister keeps feeding the burner as temperatures drop. MSR’s published fuel performance data states IsoPro performs reliably down to approximately −6 °C in typical conditions, with reduced but functional output below that when the canister is kept warm (for example, stored in a sleeping bag or jacket pocket before use). Jetboil’s published Jetpower canister data states a 60% isobutane / 40% propane blend — a higher propane fraction than IsoPro, which Jetboil positions as improving cold-weather and high-altitude consistency.

Canister Compatibility Matrix

This is the question the introduction raises and the one most buyers need answered before anything else.

Important: always verify compatibility against your specific stove’s manual. Adaptor use that is not officially sanctioned by the stove manufacturer may void the warranty and can be unsafe.

The Best Camping Gas Options in 2026

Prices below are hedged approximations based on UK retailer listings current at the time of writing (June 2026). Retail prices shift; treat these as a guide and check current pricing at the retailer before purchasing.

Cost per 100 g (net gas weight) is included because it is the only figure that lets you compare a small canister against a large cylinder fairly.

Note on the R907 exchange cylinder: Campingaz 904 and 907 cylinders are designed to be returned to a Campingaz stockist and refilled by the supplier. They are not designed for user refilling. Attempting to decant gas into these cylinders at home is dangerous and contrary to Campingaz’s safety guidance. Always use the official exchange scheme.

Note on the R907 in cold conditions: The R907 contains pure butane, which loses vapour pressure near 0 °C (boiling point ≈ −0.5 °C). Family camping in the UK during shoulder season regularly sees overnight temperatures of 0–5 °C, at which point a butane cylinder will underperform. For cold-weather base camping, a propane cylinder with a 37 mbar regulator is the more reliable choice.

MSR IsoPro 227g — Best Overall for Three-Season Backpacking

IsoPro is the canister most UK backpackers default to for good reason. The 80/20 isobutane-propane blend (stated on MSR’s IsoPro Safety Data Sheet) is well matched to British three-season conditions, and the EN 417 screw thread means it fits MSR, Jetboil, Soto, Optimus, Alpkit and virtually every other modern canister stove. MSR’s published fuel performance data rates it to approximately −6 °C in typical use. The 227 g size is a practical single-trip or weekend size for one person; MSR also produces 110 g and 450 g variants.

Gross / net weights (from MSR packaging data): 227 g net gas; total canister weight approximately 350 g full.

Where to buy: stocked by Cotswold Outdoor, Alpkit, GO Outdoors and Amazon UK. Check current pricing at the retailer before purchasing.

Jetboil Jetpower 230g — Best for Cold Weather and Jetboil Systems

Jetpower uses a 60% isobutane / 40% propane blend (per Jetboil’s product page), a higher propane fraction than most competitors. This raises vapour pressure at low temperatures, which is why Jetboil recommends it for use with their systems at altitude and in cold conditions. It is physically compatible with any EN 417 screw-thread stove, not only Jetboil — the “Jetboil systems” label on the canister is a marketing convention, not a technical restriction.

Gross / net weights (from Jetboil product data): 230 g net gas; total canister weight approximately 355 g full.

Where to buy: stocked by Cotswold Outdoor, Blacks, Tiso and Amazon UK.

Campingaz CV470 Plus — Best for Campingaz Click-Valve Stoves

The CV470 Plus is the correct cartridge for Campingaz stoves with a click-valve (C206-type) fitting. It contains a butane/isobutane blend; Campingaz does not publish the blend ratio in its standard consumer documentation, so direct comparison with EN 417 canisters on cold-weather performance is not straightforward. As a guide, the isobutane fraction improves on pure butane’s cold-weather performance, but this cartridge is not suited to near-freezing or sub-zero use. It is the right choice for Campingaz-system owners camping in mild UK conditions.

Gross / net weights (from Campingaz product data): 470 g net gas; total canister weight approximately 710 g full.

Where to buy: stocked by Millets, GO Outdoors, Decathlon and Amazon UK.

Campingaz R907 — Best for Family Base Camping in Mild Conditions

The R907 is an exchange/refill cylinder containing approximately 2,720 g of net butane gas. It is the most cost-effective option on a per-100-g basis (around £1.10–£1.45 per 100 g at exchange prices) and suits large two-burner stoves and family setups where weight is not a constraint. As noted above, pure butane limits its usefulness below 5 °C. The cylinder uses a screw-on 29 mbar butane regulator; propane regulators will not fit and must not be used.

Where to buy: available on exchange at Campingaz stockists including GO Outdoors, Halfords and many caravan/camping dealers. A deposit is required for the first cylinder.

Coleman C500 Performance — Best for Car Camping Value

The Coleman C500 is a 500 g EN 417 canister containing a butane/propane blend (Coleman Europe’s datasheet does not publish the exact ratio). The larger net weight makes it economical for extended car-camping sessions where you are not counting grams. It fits all EN 417 screw-thread stoves. Cold-weather performance is better than pure butane but, without a confirmed isobutane fraction, it should not be assumed equivalent to an 80/20 isobutane-propane blend for winter use.

Where to buy: stocked by GO Outdoors, Amazon UK and many supermarket camping ranges.

How Much Gas Do You Actually Need?

Stove manufacturers publish burn rates in grams per hour at maximum output. These figures, taken from published stove specifications, give a working basis:

• A typical backpacking canister stove (e.g. MSR PocketRocket 2) burns approximately 7–9 g of gas per litre of water boiled, per MSR’s published fuel consumption data
• At a moderate simmer setting, consumption rises relative to boil time but total gas used per meal is broadly similar
• As a practical rule of thumb drawn from MSR and Jetboil published fuel data: a 100 g canister is approximately right for a solo weekend (two to three days, two hot meals and one hot drink per day, in mild conditions); a 227 g canister covers a solo four- to five-day trip on similar usage; a 450 g canister suits a pair over a long weekend

These figures assume mild ambient temperatures. Cold weather increases gas consumption because the stove works less efficiently and more heat is lost to the environment.

Cooking in the Cold: Techniques That Help

When temperatures drop towards or below freezing, fuel performance degrades. Manufacturer guidance and established field practice suggest the following:

• Keep the canister warm before use: store it in a sleeping bag or jacket pocket overnight. A warmer canister has higher internal vapour pressure. MSR and Jetboil both reference this in their cold-weather use guidance.
• Liquid-feed / inverted-canister technique: some stoves (notably MSR’s Reactor and certain Primus models) are designed to feed liquid fuel from an inverted canister, vaporising it at the burner head rather than relying on canister vapour pressure. This dramatically improves cold-weather performance but only works with stoves specifically designed for it — check your stove manual.
• Use a higher-propane blend: Jetboil Jetpower (60/40 isobutane-propane) and Primus Winter Gas (a higher-propane blend marketed for sub-zero use, per Primus’s product data) are the UK-available options when cold-weather performance is the priority.
• Wind and shelter: wind chill accelerates heat loss from the canister and the pot. A windshield dramatically reduces gas consumption; most stove manufacturers include guidance on this in their product documentation.

Gas at Altitude

Atmospheric pressure decreases with altitude. Lower pressure means fuel boils at a lower temperature inside the canister, which actually improves vapour pressure at altitude — a canister that struggles at sea level in cold conditions may perform better at elevation. However, water boils at a lower temperature at altitude (approximately 90 °C at 3,000 m, per standard atmospheric tables), which extends cooking times for foods that need to reach boiling point. Jetboil’s altitude guidance (published on Jetboil.com) notes that their Jetpower blend’s higher propane fraction specifically helps maintain consistent output at altitude and in cold. For most UK hillwalking (Ben Nevis summit is approximately 1,345 m), altitude effects on canister performance are minimal; they become relevant on Alpine or higher-altitude trips.

Gas vs Other Fuel Types: A Brief Comparison

Canister gas is not the only option, and for some trips it is not the right one.

Methylated spirits / alcohol stoves (e.g. Trangia): no pressurised canister, so no cold-weather vaporisation problem and no transport restrictions (see safety section below). Output is lower and simmering is less controllable. Best for ultralight use or where canister availability is uncertain.

Liquid fuel stoves (e.g. MSR WhisperLite International): run on white gas, petrol or kerosene; genuinely work in extreme cold and at high altitude where even propane-blend canisters struggle. Heavier and require more maintenance. The right choice for serious winter mountaineering or remote expeditions.

Wood-burning stoves: no fuel to carry, but illegal or impractical in many UK environments (fire bans, above-treeline camping). Not a practical general substitute.

For three-season UK backpacking and family camping, canister gas is the most convenient and widely available option. The comparison above is scoped to that use case.

Safety, Storage, Transport and Disposal

This section covers the practical rules that apply to camping gas in the UK. Each point is sourced; do not rely on memory or forum advice for safety-adjacent decisions.

Air travel

The UK Civil Aviation Authority and IATA Dangerous Goods Regulations prohibit camping gas canisters — including empty ones — in both hold and cabin baggage on commercial flights. This applies regardless of canister size. Source: IATA Dangerous Goods Regulations (current edition); CAA passenger guidance (CAA.co.uk). Verify with your specific airline before travel, as individual carriers may apply additional restrictions.

Cross-Channel travel (Eurotunnel / ferry)

Eurotunnel (Le Shuttle) permits a limited quantity of LPG for personal camping use; their current guidance (published at eurotunnel.com) specifies maximum quantities and requires declaration. Ferry operators have varying rules. Check directly with the operator before travel, as rules change and quantities are restricted.

Storage

Campingaz and other manufacturers’ safety data sheets specify that canisters should be stored upright, away from heat sources, in a well-ventilated space, and never in an enclosed vehicle in direct sunlight. Do not store canisters above 50 °C. Source: Campingaz and MSR Safety Data Sheets.

Disposal

Steel camping gas canisters — including those that appear empty — cannot go in standard kerbside recycling in most UK local authority areas, because residual gas makes them a puncture/fire risk at sorting facilities. The correct route is:

1. Ensure the canister is fully empty (run the stove until the flame dies)
2. Check your local council’s guidance — some household waste recycling centres (HWRCs) accept them in a metals skip once confirmed empty
3. Campingaz operates a cartridge recycling scheme through some stockists; check Campingaz.com for participating retailers

Source: WRAP guidance on LPG canister disposal; individual local authority HWRC pages.

Frequently Asked Questions

Which canisters fit a Campingaz stove?

It depends on the fitting type. Campingaz stoves with a click-valve (C206-type) fitting accept only Campingaz CV-series cartridges (CV270, CV470, CV470 Plus). They do not accept EN 417 screw-thread canisters from MSR, Jetboil, Coleman or others without an adaptor — and Campingaz does not officially sanction cross-brand adaptor use on these fittings. Campingaz Easy Clic and Easy Clic Plus stoves accept only their designated Easy Clic cartridges. Source: Campingaz compatibility documentation (Campingaz.com).

Can I refill a camping gas canister at home?

No. Single-use EN 417 screw-thread canisters (MSR, Jetboil, Coleman, etc.) are not designed or certified for refilling and must not be refilled. Campingaz R904 and R907 exchange cylinders are refilled by the supplier via the exchange scheme — they are not user-refillable. Attempting to decant gas between containers is dangerous, contrary to manufacturer safety guidance, and illegal under UK gas safety regulations. Source: Campingaz safety documentation; HSE LPG safety guidance (hse.gov.uk).

Can I take camping gas on a plane?

No. Camping gas canisters — including empty ones — are prohibited in both hold and cabin baggage on commercial flights under IATA Dangerous Goods Regulations. This is not airline-specific; it is an international standard. Source: IATA DGR; CAA.co.uk passenger guidance.

How long does a camping gas canister last?

This depends on the stove, the output setting and ambient temperature. Using published stove burn-rate data (e.g. MSR PocketRocket 2 fuel consumption figures from MSR’s website): a 100 g canister typically covers a solo weekend of two to three days with two hot meals and one hot drink per day in mild conditions. A 227 g canister extends this to approximately four to five solo days. Cold weather increases consumption. A 450 g canister suits a pair over a long weekend.

How do I dispose of an empty camping gas canister?

Do not put it in kerbside recycling. Once fully empty (run the stove until the flame dies completely), check your local council’s household waste recycling centre guidance — many HWRCs accept confirmed-empty steel canisters in a metals skip. Campingaz operates a cartridge return scheme through some retailers. Source: WRAP LPG canister guidance; Campingaz.com recycling information.

What is the difference between butane and propane regulators?

UK butane regulators operate at 29 mbar outlet pressure; UK propane regulators operate at 37 mbar. The fittings are different and the regulators are not interchangeable. Using the wrong regulator is unsafe. Source: Calor Gas product documentation; HSE LPG guidance.

Does altitude affect canister performance?

At altitude, atmospheric pressure is lower, which means fuel inside the canister vaporises more readily — this can actually improve canister output at elevation compared with the same cold temperature at sea level. However, water boils at a lower temperature at altitude, extending cooking times. For UK hillwalking altitudes (up to approximately 1,345 m on Ben Nevis), the effect on canister performance is small. It becomes significant on Alpine or higher-altitude trips. Source: Jetboil altitude guidance (Jetboil.com); standard atmospheric pressure tables.

Prices are approximate and based on UK retailer listings current at the time of writing (June 2026). Retail prices change; always check current pricing at the retailer before purchasing. This is a research-based comparison, not a hands-on test.