Ankle Length Jeans For Women Slim Fit With Hip Lift

This ankle length jeans for women slim fit with hip lift delivers a flattering silhouette and everyday comfort. Designed to elongate the legs with a 9-point ankle length and a high-rise waist, these jeans lift and shape the hips while offering full mobility with super-stretch denim. Perfect for pairing with sneakers, heels, or boots, these versatile ankle length jeans for women adapt from casual weekends to polished office looks.

Key advantages

• Flattering fit: Slim, ankle-length cut that highlights the ankles and visually lengthens the legs.
• Hip-lift design: High-rise waist and strategically placed back pockets create a sculpted, lifted appearance.
• Comfort stretch: Premium super-stretch fabric provides 360° flexibility for unrestricted movement.
• Breathable feel: Lightweight cotton-blend construction wicks moisture and promotes airflow for all-day wear.
• Durable details: Reinforced stitching and sturdy metal hardware built for lasting wear.

Features:

• 9-point ankle length for a modern, leg-elongating look
• High-rise waistband for tummy support and a defined waistline
• Strategic back pocket placement to enhance and lift the buttock
• 360° super-stretch denim for a snug yet flexible fit
• Lightweight cotton-blend for breathability and comfort
• Subtle distressing or clean finish options for versatile styling
• Reinforced seams and metal buttons for reliable durability

Specifications:

• Fit: Slim / Ankle length (9-point)
• Waist: High-rise
• Material: Cotton-blend stretch denim
• Stretch: 360° super-stretch
• Closure: Metal button and zipper fly
• Color options: Classic blue denim with subtle distressing or clean finish

Package List:

• 1 x Pair of ankle length slim fit jeans
• 1 x Care instruction tag

Note:

• For best fit, refer to size chart and consider your preferred level of snugness; stretch allows some give.
• Machine wash cold and tumble dry low or hang dry to maintain shape and color.
• Color and distressing may vary slightly between pieces due to fabric characteristics.