Leg Pillow for Side Sleeping – Ergonomic Memory Foam Support Experience enhanced comfort and stability throughout the night with our leg pillow specially designed for side sleepers. This thoughtfully engineered pillow addresses common sleep challenges by promoting proper alignment, reducing pressure points, and staying securely in place. Key Benefits: Adjustable Strap for Stability: The simple yet effective strap minimizes slipping and shifting, allowing you to move naturally without constant readjustment. Enjoy a more secure and consistent position compared to standard body pillows. Ergonomic Alignment: Crafted from quality memory foam, the pillow maintains the natural spacing between your knees and thighs. This helps relieve pressure on the hips, back, and legs, supporting healthy spinal alignment. Thickness and Shape: Fixed 3inch thickness with a gentle curve design fits comfortably between knees or thighs, tailored specifically to support side sleepers. Durable Density Foam: Engineered to retain its supportive shape over time, resisting flattening or sagging common in traditional pillows. Breathable Hypoallergenic Cover: Soft, breathable fabric that promotes airflow for cooler sleep while being gentle on sensitive skin. Specifications: Material: density ergonomic memory foam Thickness: Fixed 3 inches Shape: Curved design for natural fit between knees or thighs Cover: Breathable, hypoallergenic, removable and washable Compatibility: Suitable for all side sleepers, both men and women Use Scenarios: 1. Nighttime Leg Support – Place between knees to promote proper spine and hip alignment, helping reduce strain and discomfort. 2. Recovery Aid – Ideal for individuals recovering from hip, knee, or back issues where stable leg positioning is important. 3. Pregnancy Comfort – Provides gentle separation and support between legs to ease pelvic pressure during side sleeping. This leg pillow is designed for lasting comfort and dependable support, making it an choice for individuals seeking improved sleep posture and reduced physical strain.