Elevate any outfit with the MAXWELLE boot from Steve Madden, featuring a sleek pointy toe and stunning stiletto heel. Crafted from color-dipped soft knit, this bootie showcases eye-catching rhinestone accents, perfect for making a statement. Designed for ease with a pull tab, it offers a comfortable fit without compromising on style. The unlined textile upper combined with a synthetic sole ensures all-day wear, making these heels a must-have for any fashion-forward wardrobe.
From the brand: There’s nothing sleeker than a pointy toe, stiletto heeled boot and MAXWELLE doesn’t disappoint. This chic silhouette is complemented by rhinestone accents for a look that's sure to turn heads.
If you are in between sizes, size up a half size
Color-dipped soft knit bootie
Pull tab for ease of getting on and off
Textile and synthetic upper material with jellystones
Unlined
Synthetic sock
Synthetic sole
4 inch heel height
8.75 inch shaft circumference
5.75 inch shaft height
Imported
MAXWELLE features a stiletto heel with a height of 4 inches, which may not provide long-lasting comfort for extended periods. However, the soft knit material offers a snug fit. You might consider using insoles for added cushioning during longer wear.
MAXWELLE is constructed with a combination of textile and synthetic materials, designed for durability. While it features jellystone accents for additional style, it's essential to avoid excessive wear on rough surfaces to maintain the aesthetic appearance.
The MAXWELLE is designed primarily for style with its sleek silhouette, and while it has a synthetic upper, it isn't specifically weather-resistant. It's best suited for dry conditions to keep the shoe in optimal condition.
The design of MAXWELLE is unlined, which generally means it should feel comfortable right out of the box. However, as with many heels, some wearers may experience a slight adjustment period.
To maintain the beauty of your MAXWELLE, it is recommended to wipe the surface with a damp cloth to remove dirt. Avoid soaking in water or using harsh chemicals that could damage the textile and synthetic materials.
