Museum-Grade Middle Palaeolithic Levallois Core & Heavy Scraper | Exceptional Glassy "Tundra-Gloss" Patina | c. 150,000–40,000 BC


FINDERS NOTE — Why field-walking a live, active contextual site changes everything:


​Unlike static commercial dealers offering isolated, random artifacts stripped of provenance, working a live landscape like W Field allows collectors to map direct chronological and typological comparisons in real-time. The unique "deflated palimpsest" strata is yielding a corpus of variable typological lithics and organics, offering a detailed, singular insight into epochs of human activity spread across a 5-hectare time capsule—deposited inches above the gravel-scattered bedrock of oolitic and bioclastic limestone.


​Executive Summary.


​"An extremely rare 'Triple-Threat' specimen combining massive 301g Levallois architecture, complete centripetal diagnostics, and an exceptional, high-sheen glass ventifact patina rarely preserved on surface-recovered Palaeolithic lithics."


​An extraordinary, museum-grade British Middle Palaeolithic lithic masterwork, weighing 301.0 grams and measuring 115 mm in height. Attributable to Neanderthal Levallois knapping technology, this substantial prepared core/discoidal heavy scraper features advanced, multi-directional radial (centripetal) flaking around its entire perimeter.


​What sets this piece apart from typical Palaeolithic field finds is its astonishing, natural glass-like surface gloss—an ultra-rare aeolian ventifact finish ("desert varnish") formed over tens of thousands of years of exposure to wind-blown Pleistocene quartz silt and deep mineral silica recrystallization. This is an elite collector's piece of deep prehistoric art and archaic technology.


​Key Assets & Collector Highlights







​Technical & Historical Analysis


​Middle Palaeolithic Levallois Technology


​During the Middle Palaeolithic period (c. 150,000–40,000 BC), archaic human populations (Neanderthals) refined the Levallois technique—a sophisticated, multi-stage knapping method requiring the toolmaker to mentally map the final tool shape within the raw core before striking. By preparing the perimeter centripetally, the knapper created a domed surface capable of yielding precise, high-utility flakes or functioning directly as a heavy-duty discoidal scraper.


​Formation of the "Glass" Polish


​The high-reflectance gloss across the flake scars is a rare natural phenomenon. Subjected to severe Pleistocene glacial environments, the stone underwent millennia of wind-blown quartz micro-abrasion (ventifacting) on open tundra, combined with microscopic silica leaching and recrystallization within mineral-rich subterranean soil horizons. This process permanently sealed and polished the patinated surface while leaving the ancient flake arêtes completely crisp.


​Physical Specifications










GEOLOGY .


​Note on Site Context & Geological Origin:



Legal Compliance & Provenance Disclaimers





Lithic Reference Specific.





General Reference material and further reading: 


Where possible ancient artifacts may be referenced to similar material observed in the following publications within my collection:
















The Uniforms of the Roman World: Military dress, weapons, artillery, ships, siege engines and fortifications: Kevin F. Killey: [Anness Publishing 2017]:


Where possible finger rings may be referenced to similar material observed in the following publications within my collection:







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