Prehistoric Europeans shaped wood with a varied toolkit, not a single all-purpose axe. Hafted stone axes and adzes could cut and chip timber, while blades, flint flakes and wooden wedges also appear in the woodworking evidence at La Draga, an Early Neolithic lakeshore site in Spain. Archaeologists reconstruct how tools were used by combining wear traces, archaeological context, preserved wood and experiments—not by identifying a tool from its shape alone.
How did prehistoric people cut wood without metal tools?
They used stone cutting edges, often hafted to wooden handles, and selected different tools and motions for different stages of working timber. Axes and adzes were important cutting tools in Neolithic Europe, but the evidence points to a sequence of operations—such as cutting, chipping and shaping—not one universal tool or method. Some tools may also have served tasks beyond woodworking.
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The strongest examples discussed here are Neolithic, not a single toolkit shared across every period and region of prehistoric Europe. A well-preserved site can show a particular community’s materials and practices; it cannot, by itself, establish what all prehistoric Europeans did.
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What were stone axes and adzes used for?
Axes and adzes are hafted cutting tools, but their form and orientation differ. An axe typically has its cutting edge aligned across the handle; an adze has an edge set more nearly at a right angle to it. These arrangements support different ways of applying force, though tool form alone does not prove the task performed. Neolithic forms and functions changed during the spread of farming, and hafted cutting tools could be used for woodworking as well as other work. The University of Halle’s WEAR project discusses woodworking alongside butchery, hide working, and work on stone and earth as possible uses.
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A study of 20 polished stone axes from Early Neolithic Britain found that many had been used for woodworking, while emphasizing that the tools could have varied roles. That finding supports “many,” not “all.” The British study is evidence for its own sample and region, not a rule for every polished axe in Europe.
What does La Draga reveal about making wooden objects?
La Draga, at Banyoles in Spain, dates to 5,300–5,000 cal. B.C. Its waterlogged conditions preserved wooden objects, allowing researchers to examine how wood was obtained and transformed. The site’s reported woodworking toolkit includes adzes, blades, flint flakes and wooden wedges. A study of La Draga’s wood-working technologies reviews stages including obtaining raw material, cutting and chipping logs, and producing finished tools.
Preserved wood is especially valuable because it connects the stone implements to the objects and production stages under study. Researchers also use experiments to test hypotheses about which recovered stone and wooden tools took part in particular stages. The site offers a detailed regional example; it should not be treated as a universal European inventory.
How can archaeologists tell whether a stone tool worked wood?
Archaeologists examine use-wear: small changes on a tool’s edge and surface that can form during use. They compare traces on excavated tools with wear produced by experimental replicas used for specific tasks. The strength of an interpretation depends on the combination of traces, tool context and other evidence, rather than on a label inferred from shape alone.
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Experiments have limits. Brief trials may not reproduce long-term wear, and omitted variables can affect the marks produced. A small isolated trace may not reveal a tool’s entire working life. The WEAR project therefore emphasizes reconstructing a tool’s use biography rather than assigning a fixed function from one trace or a static type name. Its overview of traceological research describes these interpretive cautions.
Following wear as a tool changes
A 2026 WEAR article describes a more extended approach: controlled experiments with replicas, sequential 3D documentation of tool shape and computational modelling. These methods help researchers track how an edge changes during use and compare archaeological tools with experimental wear states. The article’s figure includes 336 complete preserved flat adzes from Central Europe in a comparison plot; that is the dataset represented in the figure, not a count of all European adzes. The article discusses the method and its regional examples.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Why do region and period matter?
“Stone Age” covers a long span, and stone tools varied across time and place. The 2026 WEAR article focuses on Early Neolithic Linearbandkeramik (LBK) communities in Central Europe, placing them within a range of 5600/5500–4900 BCE and identifying shoe-last celts and flat adzes as two primary types. Those forms belong to that regional and chronological discussion; they should not be presented as standard tools for all prehistoric Europeans. The WEAR article’s LBK discussion provides that scope.
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Repair Windows errors before they cause bigger problemsFix Now →Fix the driver behind crashes, sound loss and screen glitchesFind Drivers →Read together, the British axe study and the La Draga evidence show why claims should stay close to their evidence: one concerns a sample of polished axes, the other a waterlogged lakeshore settlement with preserved wood and several reported tool forms. Neither establishes a single European practice across every prehistoric period.
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