Skip to content

Buying guide · Tool kits and first tools

How to Choose Quality Hand Tools

Quality in a hand tool is not a brand or a price; it is a short list of things you can check. This guide starts from the work you actually do, separates the tools where precision matters from those that can be simple, lists the quality signals for each tool family, and ends with a checklist to use before buying anything.

About this guide

Published
Reading time
6 min
Level
Beginner
Basis
Specification-based

This page is about choosing. What each tool does and where it fits in a project is covered in the hand tools guide; choosing within the three largest families has its own guides for handsaws, chisels and hand planes. Here the question is broader: how do you tell a tool worth buying from one that will hold you back?

Note— How this guide was made

It compares makers’ published specifications and the checks you can make yourself. No tool was tested for it, and no product, brand or price is ranked or recommended.

Buy for the work in front of you

A common buying mistake is a full kit bought before any project needs it. Start from the work you will actually do next; the table maps common kinds of work to the tools they require and the ones that can wait.

Which hand tools the work actually requires
WorkTools it needsCan wait
Fitting and adjusting machine-made partsA square, a marking knife, a block plane, one or two chiselsJoinery saws, bench planes
Simple joinery in machine-surfaced boardsLayout tools, a crosscut backsaw, a few bench chisels, a smoothing planeJointer, specialty planes
Hand-cut joinery: dovetails, mortise and tenonLayout tools including a marking gauge, dovetail and tenon saws, bench chisels, a mortise chisel, a mallet, and a router plane or shoulder planeA full chisel set; a scrub plane
Preparing rough boards by handA handsaw, a jack plane, a jointer, winding sticksA smoother, until surfaces are flat
Curved work: chairs, paddles, handlesA coping saw, a spokeshave, raspsSpecialty spokeshaves for tight curves
Finishing figured or difficult woodA sharp smoothing plane and a card scraperA scraper plane

Every row also needs sharpening equipment for its edge tools; see the sharpening guide.

Where precision matters, and where it does not

Some tools are references: other work is measured or cut against them, so their errors are copied into everything. Spend care, and money if needed, on these. Others only need to do their job robustly, and can be simple.

  • Precision matters in layout tools, especially the square — Starrett states an accuracy of 0.0015 in over 12 in for its 12 in combination square; in the sole of a plane, which Lie-Nielsen grinds flat to 0.0015 in; in the back of a chisel, which is its reference when paring; and in a saw’s plate, which must be straight to track a line.
  • Simple is fine for a mallet, winding sticks, bench hooks and shooting boards, which can be shop-made; for a card scraper, which is a plain piece of steel; and for clamps and holding devices, which need only to hold.

Quality signals by tool

Quality signals by tool: what to check before buying
ToolCheckWhy it matters
SquareScribe a line, flip the square and scribe again beside it; the lines should coincide. Look for a stated accuracyAn out-of-square square puts its error into every joint
Marking gaugeThe fence locks without moving the setting; the pin or wheel is sharp and does not wobbleA gauge that drifts marks a line that is not parallel
SawA straight plate; light, even set; teeth that can be resharpened, or blades you can replaceA bent plate or uneven set makes the saw wander
ChiselA flat back near the edge — Lie-Nielsen grinds and finishes its backs at 400 grit; a handle made to be struck, if it will beThe back is the reference when paring
PlaneA flat sole at toe, mouth and heel; a frog or bed that seats firmly; adjusters that move smoothlyA plane cannot make a surface flatter than its sole
SpokeshaveA blade that seats firmly and adjusters that hold — Veritas uses twin wheels for depth and angleA blade that shifts changes the cut mid-curve
RaspThe maker’s grade stated; hand-stitched or machine-cutTooth pattern decides whether the rasp leaves furrows
Card scraperStated hardness and thickness — Veritas’s super-hard scrapers are Rc48–52, against Rc38–42 for standard onesHarder steel holds its hook longer
Sharpening stonesFlat, and a stated grit in a named systemA dished stone cannot make a flat back; grit numbers differ between systems

Figures are the makers’ own. The detailed checks for saws, chisels and planes are in their own buying guides.

Fit, adjustment and maintenance

  • Fit your hand. A handle that is too small or too large tires the hand and reduces control. Handle a tool before buying it where you can.
  • Adjustability is a trade-off. More adjusters make a tool more versatile but give you more to set and more to go wrong. For a first tool, a simple, reliable adjustment is worth more than many options.
  • Know the consumables. Some parts wear by design: saw teeth are resharpened or blades replaced, scraper hooks are renewed every few minutes of use, plane irons and chisels are sharpened away over years, and stones must be flattened. Choose tools whose consumables you can get and maintain.
  • Budget for maintenance. Every edge tool needs sharpening equipment; iron and steel need wax or oil against rust.

Parts, repair and documentation

A good tool can be kept working. Check whether the maker sells replacement parts and publishes instructions: Lie-Nielsen offers repairs and replacement parts for its planes, and Veritas publishes instruction sheets for its tools. For older tools, the question is whether parts are still made: replacement irons for Stanley and Record bench planes, Nos. 2 to 8, are widely available, though Veritas warns that an older plane’s lateral lever may need filing to fit its irons.

A set or single tools; new or used

  • Sets give matching tools at once but often include sizes or types you will not use. Buying single tools lets you match each to the work; see the chisel buying guide for how this plays out with chisels.
  • Used tools can be good value where the design has not changed and parts are available — many older saws and planes fall into this group — but they need inspection and often setup. The hand plane buying guide lists what to check on a used plane.
  • New tools usually need less setup and come with the maker’s documentation and parts.

When not to buy a specialist tool yet

  • A router plane, until you cut enough housings or tenons that a chisel is no longer quick or accurate enough; the router plane guide explains when a chisel will do.
  • A mortise chisel, until you chop mortises regularly — though, as the mortise chisel guide explains, a bench chisel is not built to be levered in a deep mortise.
  • Specialty chisels, such as fishtail and corner chisels, which the chisel guide describes as additions to a set of bench chisels, not substitutes for one; and specialty planes, such as a shoulder plane, until the joints you cut need them.
  • A full set of anything, until you know which sizes your work uses.

Checklist

What to verify before buying a hand tool

  • Your next project needs it.
  • Any reference surface — a square’s blade, a plane’s sole, a chisel’s back — is flat or true, or can be made so.
  • The maker states what matters: accuracy, steel, hardness or grade.
  • The adjusters, if any, move smoothly and hold their setting.
  • The handle fits your hand.
  • Consumables and replacement parts are available.
  • You have, or will get, what you need to sharpen and maintain it.
  • On a used tool: no cracks, and no damage to the parts that cannot be replaced.

For the three families most projects need first, the detailed buying guides go further: handsaws, chisels and hand planes.

Sources

This guide is specification-based: it compares what makers state and what you can check yourself, and no tool was tested for it. Tolerances and hardness figures are the makers’ own for particular tools.

  1. 1.

    Frequently Asked Questions on the Starrett Combination Square. L.S. Starrett Company.

    Used for: An advertised accuracy of 0.0015 in over 12 in for a 12 in combination square, and checking a square by scribing a line, flipping it and scribing again.

  2. 2.

    No. 4 Smooth Plane. Lie-Nielsen Toolworks.

    Used for: Plane soles ground flat and square to 0.0015 in.

  3. 3.

    No. 5 Jack Plane. Lie-Nielsen Toolworks.

    Used for: A lifetime guarantee on materials and workmanship, with repairs or replacement parts available.

  4. 4.

    1/2" Bevel Edge Socket Chisel. Lie-Nielsen Toolworks.

    Used for: Chisel backs ground flat and finished at 400 grit.

  5. 5.

    PM-V11 Stanley/Record Bench Plane Blades made by Veritas. Veritas Tools Inc..

    Used for: Replacement irons for Stanley/Record Nos. 2–8, with an older plane’s lateral lever possibly needing filing to fit.

  6. 6.

    Bevel-Up Planes — instructions. Veritas Tools Inc..

    Used for: An example of the instruction sheets Veritas publishes for its tools.

  7. 7.

    Veritas Flat Spokeshave. Veritas Tools Inc..

    Used for: Twin wheels adjusting depth and blade angle, and a 1/8 in blade.

  8. 8.

    Super-Hard Milled Scrapers. Veritas Tools Inc..

    Used for: Scrapers hardened to Rc48–52, against Rc38–42 for standard cabinet scrapers, holding the hook longer.

  9. 9.

    All About Rasps and Rifflers in Woodworking. Tools for Working Wood.

    Used for: Machine-made rasps’ regular rows cutting troughs, and hand-stitched rasps leaving a smoother surface; grain numbers stated by the maker.

About this buying guide

Written by BenchRoot Editorial. How BenchRoot sources, checks and corrects its pages is set out in the Editorial Policy. If something here is wrong or unclear, the contact page explains how to tell us.