Red Antique Persian Heriz Wool Rug - 8'2" x 10'7"

This antique Persian Heriz wool rug measures 8 feet 2 inches by 10 feet 7 inches. Hand-knotted in Iran, this piece showcases the distinctive geometric patterns and robust construction characteristic of Heriz weaving.

The rug features a prominent central medallion with stepped contours, set against a field of muted red and coral tones. This central motif is framed by angular elements and stylized botanical designs. Corner spandrels complement the central medallion, tying the design together. The wide main border, rendered in deep navy blue, displays repeating geometric patterns and oversized palmettes, flanked by multiple guard borders in coordinating colors. The overall composition is a classic example of Heriz design, known for its strong lines and balanced symmetry.

The primary field presents shades of red, including terracotta and muted coral, which serve as a vibrant backdrop. Complementary colors include deep navy blue, various lighter blues, and accents of beige and cream, creating a harmonious and complex color palette that maintains visual interest.

Crafted from natural wool, this rug features a durable pile known for its resilience and softness underfoot. The rug's construction, a result of traditional hand-knotting, ensures each knot is individually tied by skilled artisans. This meticulous process contributes to the textile's robustness and long-lasting quality.

Originating from the Heriz region in northwest Iran, this antique rug represents a rich tradition of Persian rug making. Heriz rugs are recognized for their distinctive style, which combines tribal influences with urban design sophistication. As a historic piece, it carries unique character and displays the authentic patina of age.

With its generous dimensions of 8'2" x 10'7", this rug is suitable for various living spaces, including living rooms, dining rooms, or large bedrooms. Its durable wool construction makes it an ideal choice for high-traffic areas while providing warmth and sound absorption.