Mayan Calendar Gears
₹500.00 Original price was: ₹500.00.₹250.00Current price is: ₹250.00.
The Maya built a calendar system so mathematically sophisticated that it accounted for over 52 years without a single day of error. In this session, children use real interlocking gears to unlock the secret of Mayan timekeeping and discover the power of cycles, ratios, and patterns.
Unlock the mystery of Mayan timekeeping — and discover the maths behind one of history’s most complex calendars!
Most people have heard of the Mayan Calendar but very few understand the brilliant mathematics behind it. The Maya actually used multiple interlocking calendar cycles simultaneously — like a set of gears of different sizes all turning together. When the right combination of gear teeth aligned, a significant date was marked.
In this session, children work with physical gear sets to understand how interlocking cycles of different sizes create complex, non-repeating patterns — the same mathematical principle behind the Mayan Long Count Calendar.
Did you know? The Mayan Calendar system is so precise that some of its date calculations align perfectly with modern astronomical measurements of planetary cycles!
What your child will do:
- Learn the structure of the Mayan Calendar system
- Use physical interlocking gear wheels to model calendar cycles
- Calculate when different cycles align using gear ratios
- Create their own simplified Mayan Calendar gear model
- Explore patterns, multiples, and Least Common Multiple (LCM) concepts
What your child will learn:
- Gear ratios and mechanical cycles
- Maths concepts: multiples, LCM, patterns, and sequences
- Mayan culture, astronomy, and mathematical achievement
- Logical pattern recognition and systematic reasoning
- Introduction to the concept of calendrical systems
Product Details
| Field | Details |
| Age Group | 10–14 years |
| Session Duration | 90 minutes |
| Group Size | 5–12 children |
| Difficulty Level | Advanced |
| Category | Ancient Genius Lab |
| Materials Provided | Yes — all included |
Key Learning Outcomes
- Gear ratios and interlocking mechanical cycles
- Maths: multiples, LCM, patterns, and number sequences
- Mayan civilisation, astronomy, and mathematical genius
- Logical and systematic pattern thinking
- Connecting ancient mathematics to modern engineering concepts
