The Maestro Herringbone Navy Runner is a durable, low-profile short pile rug designed for practical everyday use, ideal for living rooms, bedrooms, and contemporary interiors. Machine woven in Belgium from 100% polypropylene, it features a 0.7cm low pile height and a pile weight of 1.4kg per m², offering a lightweight yet hardwearing finish. Produced using a printed surface technique rather than a fully woven construction, the rug has a flat, slightly fuzzy texture with short, slightly coarse fibres. A jute backing provides structure and helps maintain its shape over time.

The design features a bold herringbone pattern, formed by repeated angled stripe segments that create a strong sense of direction and structure across the rug. The clean, geometric layout brings a modern, tailored look, while the slight softness in the printed edges keeps the overall feel relaxed rather than overly sharp. This pattern works particularly well in both minimalist and modern interiors, adding visual interest while maintaining a clean and cohesive aesthetic.

The colours and shades present in this runner include:

• Deep Navy Blue – The dominant background tone, providing a rich, bold foundation that anchors the design.
• Soft Ivory Cream – Used throughout the herringbone pattern, creating contrast and highlighting the structured geometric layout.

The Maestro Herringbone Navy Runner blends Deep Navy Blue and Soft Ivory Cream tones in a striking geometric design. Its combination of bold contrast and clean patterning makes it a versatile statement piece, perfect for adding depth and structure to modern interiors.

Please note:
Maestro is a budget quality & price collection with a durable, low-profile short pile. Maestro is produced using heatset polypropylene, a low-cost printed polypropylene pile, where the pattern is printed rather than woven. It has a flat, fuzzy-feel surface; the fibres are short and slightly coarse. A lightweight, practical rug at a lower price point, it is designed for customers seeking an affordable, practical solution.