The Water Repellent Ryan Pro features an elegant square toe and ankle shaft height. These ankle boots showcase a subtle yet sophisticated pattern, making them a stylish addition to any wardrobe. With the Ryan Pro, you'll never be caught unprepared on a rainy day, making them an ideal choice for your daily commute, shopping, and other social events. Square-toe 2.5cm (0.98") heel9.5cm (3.74") shaft heightIdeal for 5-20℃ (41-68°F) temperaturesPressure-relief natural Artemisia Argyi herbal insoleBreathable and water-repellent uppersAnti-slip rubber outsolePackaged with 100% recycled cardboardNote: 1. The insole contains natural Artemisia Argyi herbal. People with allergies, please consult a medical professional before wearing.2. We use very rich eco-friendly dyes to create our unique and vibrant Dark Chocolate/Navy colors. We recommend pairing these shoes with dark or matching colored socks when wearing them to avoid the possibility of color transfer.
VIVAIA Square-toe Water-repellent Ankle Boots (ryan Pro) In Animal Print
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Square-toe Water-repellent Ankle Boots (ryan Pro) In Animal Print
The Water Repellent Ryan Pro features an elegant square toe and ankle shaft height. These ankle boots showcase a subtle yet sophisticated pattern, making them a stylish addition to any wardrobe. With the Ryan Pro, you'll never be caught unprepared on a rainy day, making them an ideal choice for your daily commute, shopping, and other social events. Square-toe 2.5cm (0.98") heel9.5cm (3.74") shaft heightIdeal for 5-20℃ (41-68°F) temperaturesPressure-relief natural Artemisia Argyi herbal insoleBreathable and water-repellent uppersAnti-slip rubber outsolePackaged with 100% recycled cardboardNote: 1. The insole contains natural Artemisia Argyi herbal. People with allergies, please consult a medical professional before wearing.2. We use very rich eco-friendly dyes to create our unique and vibrant Dark Chocolate/Navy colors. We recommend pairing these shoes with dark or matching colored socks when wearing them to avoid the possibility of color transfer.