In 1901, sponge divers pulled a corroded bronze lump from a Roman-era shipwreck off the Greek island of Antikythera. It took over a century for researchers to understand what they'd found: the world's first analog computer, built around 150-100 BCE.

The Numbers That Changed Everything

• 37 interlocking bronze gears with precisely calculated tooth counts

• 223 synodic months encoded into the Saros eclipse cycle dial

• Accurate to within 1 degree for lunar position prediction over decades

• Pin-and-slot mechanism reproducing the Moon's elliptical orbit — a mechanical solution that wouldn't be reinvented for 1,500 years

What Most People Get Wrong

Most content about the Antikythera Mechanism focuses on the mystery. But the real value is in the engineering — the specific gear ratios, the tooth count relationships, and how the Saros, Exeligmos, and Callippic cycles were mechanically encoded into subsidiary dials.

This isn't speculation. Researchers like Derek de Solla Price, Michael Wright, and Tony Freeth spent decades using X-ray tomography to map every surviving fragment.

What I Built

I've taken all of this research and turned it into a complete coaching program with:

• Full gear-by-gear analysis of all 37 gears with tooth counts

• Step-by-step SOPs for eclipse cycle prediction using the mechanism's methods

• Done-for-you templates for gear ratio analysis and reconstruction documentation

• Certificate upon completion

If you're serious about understanding the most sophisticated piece of ancient technology ever discovered, this is the program.

Start with a 1-day free trial →