Flower Model – Angiosperm Pollination & Fertilisation (KS3+)

The Flower Model is a durable, enlarged teaching aid designed to help students clearly understand the structure and function of a complete flowering plant. Suitable for KS3 and above, this model represents an idealised angiosperm flower and is an excellent visual resource for introducing reproduction in plants.

Manufactured from non‑break‑resistant plastic, the model is robust enough for frequent classroom use while remaining lightweight and easy to handle. Its enlarged scale makes each part of the flower easy to identify, supporting clear explanation of key biological processes such as pollination and fertilisation.

Mounted securely on a base and supplied with numbered components and a corresponding key card, the model is ideal for teacher demonstrations, guided discussion, and revision activities.

Approximate size: 37 × 25 × 31 cm
Approximate weight: 1 kg

Key Features

• Suitable for KS3, KS4, and secondary biology
• Represents an idealised complete flower (angiosperm)
• Clearly illustrates pollination and fertilisation
• Enlarged scale for easy identification of structures
• Made from strong, non‑break‑resistant plastic
• Mounted on a stable display base
• Numbered parts with matching key card
• Durable and suitable for repeated classroom use

Ideal for School Science & Biology Lessons

Perfect for teaching plant reproduction and structure, this Flower Model helps students visualise concepts that can be difficult to grasp from diagrams alone. Its clear labelling and robust design make it especially effective for whole‑class teaching.

• Identifying parts of a flower (stamen, carpel, petals, sepals)
• Teaching pollination processes
• Explaining fertilisation in flowering plants
• Linking structure to biological function
• Supporting revision and assessment activities

Clear, durable, and highly visual, the Flower Model is an essential biology resource that supports confident teaching of plant reproduction and helps students build a strong foundational understanding of angiosperms.