The hardie tools for anvils I would buy first, and the ones to skip

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If you are shopping for hardie tools for anvils and staring at a wall of near-identical import sets, here is the short version: buy one good hot cut hardy first, and skip the do-everything kits until you know what you actually reach for. A hot cut earns its keep the day you get it, because parting hot stock over the anvil is something you do in nearly every project. Everything else on the rack is a want, not a need, until a specific job asks for it. I have run a hardy in my anvil's hole for the better part of twenty-five years, and the tools I use hard are few. The rest gather rust.

A word on the two spellings before we go further. You will see "hardie" and "hardy" used for the same thing, and the square socket in the anvil called both a hardie hole and a hardy hole. They are the same tool and the same hole. I will mostly write "hardy" because that is what shows up stamped on old tools, but do not let the spelling send you chasing two different products.

One honest note up front, because it is the law of this site: I have not run these specific import models down in my own shop. What follows leans on the makers' published specs, on what owners report across the forums, and on general shop experience with what makes a hardy tool worth owning. Where I am passing along secondhand owner signal, I say so. Where I am speaking from the floor, I say that too.

What a hardy tool actually is

A hardy tool is any tool with a square shank sized to drop into the square hole near the heel of your anvil. That hole holds the tool upright and takes the shock, so the anvil becomes the base and your hammer does the work from above. The classic is the hot cut hardy, a fixed upward-facing chisel you lay hot stock across and drive down onto to sever it. But the family is large: bending forks, bottom fullers, bottom swages, cutoff bicks, hold-downs, and more. Anything that wants to stand still and take a beating can wear a square shank.

The point of the hardy hole is speed and repeatability. Instead of clamping a chisel in a vise or holding a bottom tool by hand, you seat it once and it stays put. For a beginner, the hot cut is the one that changes your day, because cutting hot metal cleanly and safely is otherwise a fussy business. If you want the broader picture of which anvil-hole tools deserve early money, I wrote a companion piece on the anvil hardy tools I would buy first that pairs with this one.

Know your hardy hole before you buy anything

This is the step most people skip, and it is the one that turns a $30 tool into a paperweight. Hardy holes are sized by the side of the square, most commonly 3/4 inch, 7/8 inch, and 1 inch on the anvils home smiths own. A 1 inch shank will not go in a 7/8 inch hole, and a 3/4 inch shank in a 1 inch hole rattles like a marble in a coffee can. Measure your hole with calipers across the flats before you order a thing.

Two facts make this less tidy than it sounds. First, real hardy holes have a slight draft, meaning they taper, so the hole is not perfectly square top to bottom. Second, published shank sizes carry tolerance. Blacksmiths Depot notes their drop-forged shanks run to about plus or minus 0.04 inch, and anvilfire's reference on hole sizes is worth reading before you buy so you know a tool was never meant to be dead tight in the hole in the first place (anvilfire on hardy and hardie holes). A tool that seats snug but not jammed, sitting square and not flopping, is exactly right. If a cheap shank is a touch oversize, a few minutes with an angle grinder or a file brings it in. Undersize is the harder problem, and the usual owner fix is a shim of steel or a wrap that takes up the slop.

If you are still shopping for the anvil itself, budget cast anvils like the common VEVOR single-horn typically come with a 1 inch hardy hole, which is convenient because 1 inch is the most widely stocked tool size. That is worth knowing before you buy either end.

For more on choosing the anvil under the tools, see my anvil buying guide and the topic hub for anvils, which collects everything on the subject in one place.

The field at a glance

Here are the three I would point a beginner at, with the specs the makers actually publish. Where a figure is not stated, I have written "not published" rather than guess at it. These are published specs, not measurements I took.

A few of these listings are thin on published metallurgy, which is itself a data point. When a maker will not tell you the steel or the hardness, treat the tool as unknown until it proves itself, and expect to do a little fitting and finishing.

The hot cut hardy, the one to buy first

If you buy a single hardy tool, buy a hot cut. It stands in the hole, edge up, and you cut by laying red-hot stock across it and driving down with the hammer, or with a striker if the stock is heavy. Done right it parts bar fast and clean, and it is far safer than freehanding a chisel because the tool is anchored and both your hands are managing the work and the hammer, not pinching a chisel next to a hot edge.

The budget import versions, like this 1 inch hot cut hardy (paid link), are the ones most beginners start with, and for good reason. The job is not delicate. A hot cut spends its life meeting hot, soft steel, so even a modest tool steel that is merely hardened at the edge will serve a hobby shop for a long time. The honest tradeoff is the two things import tools are known for: shank fit that may need grinding to seat right, and unstated steel and heat treat, which means you may need to re-dress the edge more often than you would on a known-good tool. Neither is a dealbreaker at this price. Keep the edge blunt-ish, more like a cold chisel that has been backed off, never razor sharp, because a keen edge on a hot cut chips and mushrooms fast.

Check price on Amazon (paid link)

One firm safety rule here, and I will not soften it: a hot cut leaves a thin web you should never drive fully through against your anvil face. Cut most of the way, then break or bend the piece off, or finish the cut over the far edge of the hardy. Steel on steel with a hammer sends chips flying, and a hardened chip in the eye ends a hobby. Which brings me to eye protection, covered below.

The starter set, and when a kit makes sense

The four-piece and five-piece 1 inch hardy tool sets (paid link) bundle a hot cut, a creasing stake or bottom fuller, and a turning and bending fork for not much more than a single tool costs alone. On paper that is a lot of capability for the money, and if you already know you want to bend scrolls and put shoulders and grooves in stock, the math is friendly.

My hesitation is not the price, it is the honesty of the recommendation. A beginner who buys a kit tends to use the hot cut and let the rest sit, and now you own three tools you have not learned to need. The fuller and the fork are genuinely useful once your projects call for them, but a hardy tool you do not use is money that could have bought coal, propane, or steel. If the set is barely more than the hot cut, fine, take it and grow into the extras. If it is a real premium over a single good hot cut, buy the one tool and let your projects tell you what to add.

Check price on Amazon (paid link)

The other thing to expect from any kit at this price is uneven fit. It is common for one shank in a set to seat perfectly and another to need grinding. Budget the fitting time and you will not be surprised.

The bending fork, once you start doing scrollwork

The bending fork, sometimes called a turning fork or scrolling tool, is two upright posts on a shank that you slide stock between and lever against to make bends, curves, and scrolls. It is the tool that turns "I bent this by eye and it looks bent by eye" into repeatable curves. This 7/8 inch bending and scrolling fork (paid link) is a typical import example, and note that shank size: 7/8 inch, not 1 inch. If your anvil has a 1 inch hole, this one will rattle unless you shim it, which is exactly the fit problem from earlier. Match the shank to your hole.

A bending fork is a want, not a need, for a first-project smith. But it is one of the more satisfying wants, because clean scrollwork is hard to fake and this tool makes it teachable. If you are the kind who wants to make hooks and brackets, it earns a place. If you are chasing knives, it will sit unused, and you would be better served by the money going toward abrasives and a belt grinder for knives.

Check price on Amazon (paid link)

What owners say

I have not run these specific import tools, so here is the forum consensus, attributed. The recurring theme across I Forge Iron is fit, not steel. In the long-running thread on what to use for a hot cut hardy, experienced smiths repeat that a hardy should sit still in the hole and that a tool bouncing around is worse than useless, which is the single most common complaint leveled at cheap imports. The fix owners describe is grinding an oversize shank to fit or shimming an undersize one, the same advice I gave above.

The second theme is make versus buy. On threads like make a hot cut hardy and first hardy tool ever, the strong current is that a hot cut is a natural first tool to forge yourself out of a leaf spring or an axle, because the job is forgiving and the material is free or cheap. Owners who bought a cheap import generally report it works fine for hobby use once fitted, but many say the more satisfying path, and the one that teaches you more, is to make your own. That tracks with what I would tell any beginner: your first hardy tool is a great excuse to learn to forge tool steel. If you want a project that actually builds skill, see my notes on picking a forging project that teaches you something.

Where owner signal is genuinely thin is on the multi-piece Amazon kits specifically. Most forum talk is about individual tools and shop-made ones, not the branded sets, so treat the kit reviews as light data and expect to do your own fitting.

The safety that matters most

I lost my eyebrows early on to a quench-oil flare because I stood too close in the wrong shirt with no shield. Hot cutting is a different hazard but the same lesson: the anvil throws chips and scale, and a hot cut in particular can send a hardened fragment across the shop. Wear eye protection rated to ANSI Z87.1, every heat, no exceptions. A hardy tool is anchored, which is safer than a handheld chisel, but anchored does not mean harmless.

Two more, briefly. Keep your body out of line with the cut so a snapped-off end does not land on you, and never quench a hot cut in water between cuts if the maker will not tell you the steel, because an unknown, possibly through-hardening steel can crack. The full rundown on what protective gear earns its place is in my blacksmith safety gear guide, and it is worth ten minutes before your first cut.

What I would tell a friend

Buy one hot cut hardy in your hole size, learn to cut hot steel cleanly and safely, and let your actual projects tell you what to add next. The 1 inch hot cut (paid link) is the sensible first purchase, and if the 1 inch set (paid link) is only a little more, it is a fair way to get a fork and a fuller you will grow into. Skip the bending fork until you are doing scrollwork, and when you buy it, match the shank to your hole rather than assuming 1 inch. Measure your hardy hole first, expect to spend a little time fitting any import tool, and wear your Z87.1 glasses every heat. And if you have the itch, forge your own hot cut. It is the cheapest tool in the shop to make and one of the best first lessons in working real tool steel.