Product Description
This GENUINE Stone Age hand axe was made and used by early humans of the primitive species Homo erectus (ergaster). It was surface-collected from an exposed Lower Paleolithic Acheulian site in the Sahara Desert of North Africa. This Lower Paleolithic tool represents the first scientifically documented intelligent design made by primitive humans. Prior to these Saharan Acheulian handaxes, only crude pebble and flake tools existed in the human fossil record.
This is a spectacular and complete BIFACIAL hand axe made out of quartzite. The grip is what makes it unique with a flat and long curved edge that fits perfectly into the palm, protecting the hand against the impact of smashing bones of large hunted game animals to get to the prized marrow inside. At this period in prehistory, large animals such as prehistoric giraffe, bison and elephant would have existed in numbers in what is now, inhospitable desert. Butchering animals such as this would require specialized tools such as this rare example.
The sharp tip and flaked edges of this prehistoric hand axe are original and the axe is as it was made hundreds of thousands of years ago. Remarkable detail in the flaking on the edges can be seen. The surface shows a "desert varnish", a natural glossy surface caused by the exposure of the stone to the blowing sands over hundreds of thousands of years. Original sediment and some mineral encrustations are still present in microscopic crevices and cracks - a trait ONLY found in authentic Paleolithic artifacts like these.
During this time in prehistory when this Lower Paleolithic tool was made, the Sahara Desert (where this stone tool was found) was a savanna rich in wildlife. Prior to the prehistoric global warming that turned the vast region to desert, early humans lived alongside prehistoric giraffe, bison and elephant, which were vital to their survival. Hunting and butchering these animals would have required specialized tools such as those FIRST found in the Acheulean Period. GENUINE hand axe was made and used by early humans of the primitive species Homo erectus (ergaster) of Africa. It was surface-collected from an exposed Lower Paleolithic Acheulian site in the Sahara Desert of North Africa. This Lower Paleolithic tool represents the first scientifically documented intelligent design made by primitive humans. Prior to these Saharan Acheulian handaxes, only crude pebble and flake tools existed in the human fossil record.
This is a spectacular, complete BIFACIAL hand axe made out of quartzite. The broad and stout triangular form would have been perfect for chopping meat and bones of large game animals similar to a cleaver. The grip was made by flaking a flat back that fits against the palm to absorb the blows when the chopper axe would have been used - an indication of the intelligence of its Early Human maker. Tip and edges are intact with remarkable detail in the flaking on the edges. The broad chopping end would have been ideal for slicing meat and breaking bones of large hunted game animals to get to the prized marrow inside. At this period in prehistory, large animals such as prehistoric giraffe, bison and elephant would have existed in numbers in what is now, inhospitable desert. Butchering animals such as this would require specialized tools such as this superb example.
The surface shows a "desert varnish", a natural glossy surface caused by the exposure of the stone to the blowing sands over hundreds of thousands of years. Original sediment and some mineral encrustations are still present in microscopic crevices and cracks - a trait ONLY found in authentic Paleolithic artifacts like these.
During this time in prehistory when this Lower Paleolithic tool was made, the Sahara Desert (where this stone tool was found) was a savanna rich in wildlife. Prior to the prehistoric global warming that turned the vast region to desert, early humans lived alongside prehistoric giraffe, bison and elephant, which were vital to their survival. Hunting and butchering these animals would have required specialized tools such as those FIRST found in the Acheulean Period.