[Accurate Sizing & All-Season Adaptability]: This pair of women's knee high boots features a heel height of approximately 8.5cm/3.35" and a shaft height of about 37cm/14.5". Whether it’s the classic dark brown knee high boots,or the versatile black knee high boots for women, all are crafted from faux leather, breathable lining, and a durable rubber outsole—combining texture and practicality. Suitable for wearing in all seasons, they are indispensable boots for women in daily outfits. [Vintage Square Toe & Roominess for Comfort]: As womens tall boots with a 1970s retro style, they adopt a stylish square toe design, with delicate middle stitching details on the upper.the toe box offers extra spaciousness, which enhances wearing comfort and easily complements both retro and daily styles. [Chunky Heel Design & Leg-Lengthening Advantage]: These knee high chunky boots are equipped with a 3.35" chunky heel. The perfectly sized heel not only makes the legs look slimmer and straighter but also maximizes wearing comfort, avoiding fatigue from long periods of walking. It can easily boost your outfit's presence—making them practical women's high heel dress boots that blend good looks and functionality. [True-to-Size Fit & After-Sales Support]: Whether it's the popular tall brown knee high boots, or classic black boots knee high, all follow standard US sizing for a great fit, eliminating concerns about size selection. If you have any questions when purchasing these boots for women knee high, we will provide professional answers within 24 hours to ensure a worry-free shopping experience. [Shaft Size Note & Style Options]: The shaft of these knee-high boots features a regular fit design. Women with thicker calves may experience a tight feeling when wearing them, so it is recommended that such individuals choose cautiously. Whether for daily office gatherings, holiday trips, wedding attendance, or matching with fashionable short skirts, autumn and winter coats, or jeans, these boots are suitable for a variety of styling combinations.