Molymod Buckminster Fullerene C60 Model – Carbon Allotrope Structure

The Molymod Buckminster Fullerene C60 Model is a high‑quality molecular modelling set that represents the distinctive structure of Buckminsterfullerene (C₆₀), one of the most important allotropes of carbon. This spherical molecule, often compared to the shape of a football, is composed entirely of carbon atoms arranged in a unique pattern of pentagons and hexagons.

Using the trusted Molymod system, this model allows students to build and explore the three‑dimensional geometry of fullerenes, supporting a deeper understanding of bonding, structure, and the versatility of carbon. The physical model makes an abstract nanostructure tangible and easy to visualise.

Durable, reusable, and classroom‑ready, the Molymod C60 model is ideal for secondary and post‑secondary science teaching, particularly when exploring modern materials and carbon chemistry.

Key Features

• Accurate model of Buckminster Fullerene (C₆₀)
• Demonstrates a spherical carbon cage structure
• High‑quality Molymod molecular components
• Illustrates carbon allotropes and bonding
• Robust plastic parts for repeated classroom use
• Easy to assemble, dismantle, and store
• Clear three‑dimensional representation

Ideal for School Chemistry Lessons

Suitable for KS4, GCSE, A‑Level chemistry, and enrichment studies, this model is particularly effective for teaching advanced topics involving carbon structures and modern materials chemistry.

• Teaching carbon allotropes (diamond, graphite, graphene, fullerenes)
• Exploring nanostructures and molecular geometry
• Supporting lessons on bonding and molecular shape
• Linking chemistry to real‑world materials science
• Encouraging discussion and visual understanding

Engaging, scientifically accurate, and visually striking, the Molymod Buckminster Fullerene C60 Model is an excellent teaching aid for introducing students to advanced carbon chemistry and the fascinating world of molecular structures.