Every chippy and builder knows the Paslode. No hose, no compressor, no lead trailing across the joists — just grab it, fire, and move on. For first and second fix work it changed the game, and on speed alone it still earns its place in thousands of UK vans. But there’s a number nobody mentions in the Screwfix queue: the running cost. Between the fuel cells and the collated nails, a Paslode quietly costs you money every single time you pull the trigger, and over a busy year that running cost can comfortably exceed what you paid for the tool.
This is an honest look at what a gas Paslode actually costs to feed in 2026, how that compares with the battery nailers that have closed the gap, and whether gas is still the right call for your work — or whether you’re paying a convenience tax you’ve stopped noticing.
The bit nobody mentions in the showroom
When you buy a Paslode you’re buying into a consumable system, not just a tool. Gas first fix and second fix nailers need two things to fire: a fuel cell that’s burned a little with every shot, and Paslode’s collated nails, which carry a premium over loose nails or the coils a pneumatic gun eats. Neither is optional, and neither is cheap when you add up a year of steady work. The tool is the one-off; the fuel and nails are forever.
That’s not a criticism of how the tool works — combustion is what makes a gas nailer hose-free and light. It’s a criticism of how easy it is to ignore. Most tradespeople know the tool price to the pound and have genuinely never worked out their cost per shot. Once you do, some of the decisions about gas versus battery look different.
What a fuel cell actually costs per nail
A Paslode fuel cell drives roughly 1,000–1,200 nails depending on the tool and conditions. A framing fuel cell two-pack and a finishing fuel cell two-pack are both stocked at Screwfix, Toolstation and Amazon UK, and once you divide the pack price by the shots it covers, the gas alone works out at single pence per nail. Industry cost comparisons for 2026 put gas nailing at roughly £8–£12 per 1,000 nails just for the fuel — before you’ve bought a single nail.
On its own that sounds trivial. The problem is volume. A first fix carpenter framing studwork and joists can burn through fuel cells far faster than they expect across a week, and the cells have a shelf life, so the ones in the back of the van slowly degrade whether you fire them or not. The per-shot cost is small; the per-month cost on a busy job is not.
Then add the nails
Fuel is only half the story. Paslode’s collated nails — the 34-degree paper-collated framing strips for the IM350+, the 16-gauge brads for the IM65 — cost more than loose nails and more than the coils a pneumatic framer runs. You’re paying for the collation, the galv-plus coating and the brand match that keeps the tool reliable. Buy them in bulk and the per-nail cost drops, but it never approaches the cost of a box of loose nails.
Stack fuel and nails together and the true running cost of a gas Paslode becomes clear. On a heavy framing job, the consumables for a single day can be a meaningful line item — and across a year of full-time first fix, the fuel and nails together can quietly cost more than the nailer did in the first place. That’s the hidden cost: not any single purchase, but the steady drip you’ve stopped registering.
Gas vs battery — the gap has closed
When gas was the only hose-free option, the running cost was just the price of freedom. That’s no longer true. Battery nailers from DeWalt, Milwaukee, Makita and others now do genuinely good first and second fix work, and their running cost is almost nothing — 2026 comparisons put battery nailing at a few pence per 1,000 nails for electricity, versus £8–£12 for gas fuel, because there’s no fuel cell to buy. You still buy nails, but you delete the entire fuel line from the budget.
Battery nailers have their own trade-offs. They’re heavier at the nose, the best ones cost more up front, and a flat battery mid-job is its own kind of annoying. But they removed the two things people disliked most about gas — no fuel cells to buy, store and run out of, and no annual combustion-chamber service to keep them firing cleanly. For a lot of trades, that’s tipped the balance.
| Cost factor | Gas Paslode | Battery nailer |
| Fuel / energy per 1,000 nails | ~£8–£12 (fuel cell) | ~pennies (electricity) |
| Nails | Collated, premium | Collated, similar |
| Up-front tool cost | Lower–mid | Mid–higher |
| Maintenance | Annual service, clean combustion chamber | Minimal |
| Weight balance | Lighter overall | Heavier at nose |
| Consumable to run out of | Fuel cell + nails | Charged battery + nails |
When gas still wins
None of this means gas is finished. For high-volume, all-day first fix — framing, joisting, decking subframes, fencing — a Paslode IM350+ is still light, fast and proven, and the time it saves over a hammer or the faff of a compressor dwarfs the fuel cost on labour. If you’re firing thousands of nails a week, the speed and balance win and the running cost is just the price of doing business quickly.
Gas also wins in the cold and the remote. A fuel cell and a charged battery in the tool will keep going where a pure-battery nailer’s pack drains, and there’s no socket needed to top up — handy on a stripped-out site or a remote job. And the lighter overall balance genuinely matters when you’re firing overhead all day. For the right user, the convenience tax is worth paying.
When it’s time to rethink
If you only fire a few hundred nails a month — the occasional bit of second fix, a few trims, the odd bit of framing — the maths leans the other way. You’re paying for fuel cells that go off before you use them, an annual service on a tool that sits in the van, and collated nails at a premium, all for a volume of work a battery brad nailer would handle with near-zero running cost. For the light or occasional user, the hidden cost is the whole argument: you’re feeding a system you barely use.
The honest question is simply how many nails you fire and how regularly. High volume, full-time: keep the gas. Low volume, occasional: a battery nailer probably owes you nothing in fuel and removes the service hassle. Most people have never done that sum — and that’s exactly how the hidden cost stays hidden.
Frequently asked questions
How much does it cost to run a Paslode per nail?
Roughly single pence per nail for the fuel alone — 2026 comparisons put gas at about £8–£12 per 1,000 nails for the fuel cell, since a cell drives around 1,000–1,200 nails. On top of that you pay for collated nails, which cost more than loose nails. The fuel is the cost people forget; the nails are the cost they underestimate.
How many nails does one Paslode fuel cell fire?
A Paslode fuel cell typically drives around 1,000–1,200 nails depending on the tool and conditions. Framing cells for the IM350/IM350+ and finishing cells for the IM65/IM65A are specified separately, so buy the cell matched to your gun. Cells also have a shelf life, so don’t over-stock if you only nail occasionally.
Is a battery nailer cheaper to run than a Paslode?
On running cost, yes — a battery nailer’s energy cost is a few pence per 1,000 nails versus £8–£12 for gas fuel, because there’s no fuel cell to buy, and there’s no annual combustion service. You still buy nails for both. The battery tool usually costs more up front and is heavier at the nose, so the saving builds over time and volume.
Does a Paslode need servicing?
Yes. Gas nailers rely on a clean combustion chamber and a working fan, so they need an annual service to keep firing reliably and avoid misfires and double-taps. That service is part of the true cost of ownership and is one of the things battery nailers do away with.
Is gas still worth it for first fix in 2026?
For high-volume, full-time first fix, yes — the IM350+ is light, fast and proven, and the labour it saves outweighs the fuel cost. For occasional or low-volume use, a battery nailer often makes more sense once you account for fuel cells going off, the annual service and the premium nails. It comes down to how many nails you actually fire.
Final word
The Paslode isn’t a bad buy — it’s a brilliant tool with a running cost most owners have never totted up. If you’re firing thousands of nails a week, keep it, feed it, service it and enjoy the speed; the fuel and nails are just the cost of working fast. But if your gun spends more time in the van than in your hand, work out your real cost per shot before you buy the next two-pack of cells. For a lot of light and occasional users in 2026, the honest answer is that a battery nailer would have quietly paid for itself in fuel cells you never had to buy.
