AMERLIFE Queen Size Murphy Bed, Farmhouse Wooden Cabinet with Charging Station and Storage Drawer for Bedroom/Office/Guest Room, Grey Oak
(4.3)
143 Reviews
#commissionsearned
Specifications
- Size: Queen
- Material: Engineered Wood, Metal
- Product Dimensions: 81.7"L x 63.4"W x 43"H
- Style: Farmhouse
- Special Features: Anti-tipping Device, Cabinet Bed, Charging Station, Large Storage Drawer, Wheeled
The AMERLIFE Queen Size Murphy Bed is a practical solution for maximizing space in your bedroom, office, or guest room. With its beautiful farmhouse grey oak finish, this versatile piece combines aesthetic appeal with functional design. The innovative folding mechanism allows you to effortlessly transition between a stylish cabinet and a comfortable full-size bed, making it ideal for small apartments and multi-functional spaces.
Features
- Functional & Practical: Easily transforms from a cabinet to a full-sized bed, sitting flush against the wall when not in use.
- Spacious Storage Space: Features a wide tabletop for decor and essentials, a large drawer for bedding, and a hidden compartment for a tri-fold mattress (not included).
- Sturdy Construction: Equipped with precision silent rails, directional wheels, and an anti-tipping structure, ensuring safety and stability.
- Built-In Charging Station: Comes with 2 AC power outlets, 1 USB port, and 1 Type-C port for easy charging of devices.
- Optimized Assembly: Designed for quick assembly by two adults in approximately 2 hours with detailed step-by-step instructions.
Pros
- Space-saving design is perfect for smaller living areas.
- The integrated charging station adds convenience for tech users.
- Sturdy and durable construction ensures long-term use.
- Beautiful farmhouse style enhances your room's decor.
- Easy assembly process is user-friendly even for non-DIYers.
Cons
- The tri-fold mattress is not included, which could add additional costs.
- Requires adequate wall space for installation; may not fit in very tight areas.
- Some users report needing additional help during assembly due to weight.








































