The THORA-P boot strikes a perfect balance between style and function. Crafted with a lush 90’s nylon fabric and resting on an extra-chunky treaded sole, this boot is ideal for the modern individual. It features a secure micro ankle pack, ensuring both comfort and utility. The monochromatic palette allows for easy pairing with diverse outfits, making it a must-have for any fashion-forward wardrobe.
From the brand: Strapped with a micro ankle pack, supported by an extra-chunky treaded sole and made sleek by a monochromatic color palette, the THORA-P boot marries style and utility.
90’s nylon throwback fabric
Textile upper material
Synthetic and textile lining
Synthetic sole
2.25 inch heel height
1.5 inch platform
9.5 inch shaft circumference
5.25 inch shaft height
Pouch is not removable
Imported
The THORA-P boot is designed with a sleek, fashion-forward silhouette, but comfort may vary based on individual preferences. Since it features a 2.25 inch heel and a 1.5 inch platform, it’s advisable to consider how you typically fare with similar heel heights for optimal all-day wear.
With its chunky treaded sole, the THORA-P boot provides practical support for urban walks, giving you a sturdy footing. However, like any ankle boot, it's important to consider the height of the boot and your personal comfort as it may not offer the same support level as athletic shoes.
The THORA-P boot is constructed with a nylon throwback fabric, which may provide some resistance to light rain but is not fully waterproof. It's best to avoid wearing them in heavy rain to keep the material in good condition.
Most customers find that the THORA-P boot is comfortable right out of the box due to its textile upper and synthetic lining. However, individual experiences may vary, so a short wear period could be beneficial for a perfect fit.
To maintain your THORA-P boots, it's recommended to wipe them clean with a damp cloth and mild soap. Avoid submerging them in water, and always check Parallel's care tips for specific cleaning instructions tailored to the materials used.
