1705 Map of Paris Floor Mat: A Timeless Masterpiece

Step back in time with our exquisite 1705 Map of Paris Floor Mat, a captivating window into the heart of the City of Light during the early 18th century. This meticulously crafted piece features intricate black drawings set against a subtle white-gray background, capturing the elegance and grandeur of Paris as it stood over three centuries ago.

In 1705, Paris was a city of transformation and burgeoning culture. Under the reign of Louis XIV, the city saw remarkable architectural advancements and the birth of numerous cultural institutions. The bustling streets, the Seine River winding gracefully through the city, and iconic landmarks like the Notre-Dame Cathedral and the Louvre are depicted in remarkable detail. This floor mat is not just a representation of Paris; it is a testament to the city's historical significance and enduring beauty.

What makes this floor mat particularly fascinating is its level of detail and artistry. Each building, street, and park is drawn with precision, offering a glimpse into the daily life and urban planning of 18th-century Paris. The black and white aesthetic enhances the mat's vintage charm, making it a perfect addition to any home or outdoor space. It serves as an invaluable resource for history enthusiasts and collectors. It offers insights into the city's development, showcasing areas that have since evolved or disappeared. The 1705 Map of Paris Floor Mat is more than a decorative item; it is a historical document that provides context to the city's rich heritage and architectural evolution.

Designed for practicality as well as beauty, this floor mat is washable and quick-drying, making it ideal for both indoor and outdoor deployment. Whether you place it in your living room, entryway, patio, or garden, it is sure to withstand the elements and heavy foot traffic, all while maintaining its timeless allure.

• Wipe with wet cloth or wash under tap water

• Dimensions provided are approximate (≈) and the final product dimensions may exhibit a tolerance +/- 2-5% variance, and is by no means considered a defect.