A sett, often pluralized as "setts", refers to individual paving stones, typically rectangular or square, used to create a durable road surface, pathway, or patio. They are usually made of granite, sandstone, or other hard-wearing materials. The term emphasizes the modular nature of the construction, where numerous individual units are laid together to form a larger whole. setts offer good resistance to wear and tear, making them suitable for high-traffic areas. They can be laid in various patterns for aesthetic effect.
Setts meaning with examples
- The ancient Roman road was constructed using meticulously placed granite setts, demonstrating impressive engineering. The setts have endured for centuries. These durable setts provided a stable surface for chariots and foot traffic. The precise alignment shows the importance of the building techniques for the Roman road.
- The cobblestone streets of the old town were constructed with irregularly shaped setts. These setts add a rustic charm. The setts’ uneven surface required skill to navigate. Local authorities often cleaned setts after the passing of horse-drawn carriages. The setts are now popular with tourists.
- Garden pathways were constructed with small, colorful setts, creating a mosaic-like effect. The careful laying of the setts transformed the garden landscape. The setts offered a practical and visually pleasing surface. She was impressed by the skill, the pattern and the way the setts complimented the flowers.
- The construction crew began the painstaking process of laying concrete setts for the new pedestrian plaza. The setts will have to stand for decades. The work required precision to make sure that the setts were aligned and levelled. The setts will enable safe pedestrian traffic.
- In the archaeological dig, the team unearthed perfectly preserved setts. The team theorised this was from a long-lost ancient street. The setts revealed much about the city's infrastructure. Studying the arrangement of the setts, the archaeologist was able to determine their exact placement.