SHOUFTW Double Sleeping Bag for Adults, Lightweight Waterproof, Machine Washable for Camping Hiking Backpacking, Blue

SHOUFTW Lightweight Double Sleeping Bag for adults comes with reliable waterproof performance and easy machine washable design for effortless care. It can be fully split into two separate single sleeping bags for flexible use. Measuring 90.55×61 inches, this extra-spacious sleeping bag offers plenty of room for rest, paired with 2 ergonomic pillows to upgrade sleeping comfort. Made of tough 190T polyester outer fabric, it delivers great durability and weather resistance. Great for camping, hiking, backpacking, travel and daily family indoor & outdoor use.

• Dual-Use Design: SHOUFTW sleeping bag is equipped with inner and outer wrap-around double zippers, which can be freely split into two single sleeping bags. It is perfectly suitable for solo trips, family outdoor use and living room leisure, meeting diverse usage needs.
• Spacious & Temperature-Controllable: Featured with a rectangular shape (90.55×61 inches), it provides ample space for two adults to move freely without restraint. The bottom ventilation zipper effectively enhances air circulation, allowing easy temperature adjustment for comfortable use in different environments.
• Ergonomic Comfort: Comes with 2 camping pillows that fit the curves of the head and neck, relieving fatigue after a long day of outdoor activities. The adjustable 3D hood with drawstring enables personalized space adjustment, helping you get a cozy and restful sleep.
• Outdoor-Grade Durability: The outer layer is made of 190T polyester, and the inner filling is high-loft polyester fiber, which effectively ensures moisture resistance and warmth retention. The Velcro straps firmly fix the zipper, preventing accidental unzipping during use.
• Easy to Clean & Store: The SHOUFTW sleeping bag can be directly machine washed for convenient cleaning. No vacuum compression is required for storage—just fold it normally. The filling remains fluffy for a long time, maintaining its warmth retention performance and fiber structure.