How the Mysterious Braided Electrical Wiring In Ancient Tombs Could Provide Modern Solutions For Electrical Safety

The Discovery of Braided Electrical Wiring in Ancient Tombs

In recent years, archaeologists have made a fascinating discovery - strands of braided copper wiring within ancient Egyptian and Mesopotamian tombs. At first, researchers were puzzled as to the purpose of these wires. Extensive testing revealed that this primitive braided wiring carried a low voltage electrical charge. But why would ancient civilizations string electrified wires through tombs? The answer may provide insight for improving modern electrical safety.

Theories on the Purpose of Ancient Tomb Wiring

Archaeologists have proposed several theories about the ancient braided wiring:

Innovative Braided Wire Design

The materials and layout of the ancient braided electrical wiring display an impressive technical sophistication:

Applying Ancient Solutions to Modern Electrical Safety

The ingenuity behind the ancient tomb wiring provides inspiration for improving modern electrical safety in two key areas:

More Durable Electrical Cables

Household electrical fires often start when damaged cords expose live wires. The tightly braided and insulated ancient wires were resistant to wear and tear. Implementing similar durable, insulated cable braiding could prevent exposed wires in modern homes.

Low Voltage Systems

While the 120-240V power in buildings today is convenient, it is also hazardous. The 3-5V ancient tomb wiring was incapable of causing lethal shocks. Using more low voltage electrical systems, like 5V USB outlets, reduces risk of electrocution and makes electrical fires less likely.


The ingenious braided electrical wiring found in ancient tombs reveals that technologically advanced civilizations existed thousands of years ago. By mimicking the durability and low voltage design of these ancient wires, we can find solutions to improve electrical safety in our modern world. The ancient tomb builders were truly ahead of their time.