Hallway Wardrobe Blueprint: L-Shaped Cabinet with Mirror
Interactive 3D model: rotate to inspect, open in designer to customize
This project is shared by the community and serves as a reference and starting point. Verify all dimensions and structural correctness before cutting
Total edge banding length - 8′ (26.249 m)
Total cutting length - 18.03′ (59.147 m)
| Materials | Hardware |
|---|---|
|
Laminated Particle Board 0.63″x72.05″x108.27″ (16x1830x2750 mm) ( color W1000_9) - 2 pcs. + Edge banding 1 x 19 (W1000_9) - 5.7′ (18.685 m) Laminated Particle Board 0.63″x72.05″x108.27″ (16x1830x2750 mm) ( color H1176_37) - 1 pcs. + Edge banding 1 x 19 (H1176_37) - 2.31′ (7.564 m) Зеркало 0.16″x63.19″x100.39″ (4x1605x2550 mm) ( color Mirror) - 1 pcs. + Edge banding - 0′ (0 m) |
Hinge - 7 pcs. |
Description by Flatma:
This modern hallway cabinet design merges minimalist aesthetics with practical entryway storage. The L-shaped configuration creates a functional zone for seating, hanging, and concealed storage, ideal for organizing coats, shoes, and accessories. A full-length mirror panel enhances the sense of space while providing utility, making this a versatile piece for hallway or bedroom settings. The clean lines and combination of white and wood-textured finishes offer design inspiration for a contemporary, clutter-free entry.
Construction Details: Wardrobe Plans with Dimensions
The cabinet structure measures 1830 mm (72 inches) wide by 2750 mm (108 inches or 9 feet) tall. This built-in closet depth provides ample hanging space while fitting standard hallway widths. The design features three distinct sections: a storage bench, a full-height mirror panel, and an open hanging compartment. These standard wardrobe dimensions ensure compatibility with typical entryway layouts, offering a blueprint for a functional storage solution that maximizes vertical space.
Materials and Hardware
Construction utilizes three sheets of 16 mm laminated particle board (melamine board). Two sheets feature a white matt finish (W1000_9), and one sheet has a wood-texture finish (H1176_37). The project achieves a material efficiency rate of 38.22%, with edge banding totaling 26.249 meters: 18.685 m of W1000_9 and 7.564 m of H1176_37. This material selection provides a durable and cost-effective option for a DIY closet build.
Assembly Process
Assembly involves cutting and joining the laminated particle board panels, with a total cut length of 59.147 meters. Applying the 26.249 meters of edge banding to all visible edges creates a finished appearance. The project serves as a reference material and starting point, with blueprints available for preview before downloading to understand the joinery and sequence.
Adaptation Options
This hallway wardrobe blueprint allows for customization. The overall dimensions may require adjustment to fit specific site conditions, such as a narrower hallway or a lower ceiling. The L-shaped layout and compartment sizes can be modified while maintaining the core design concept of integrated seating, mirror, and hanging storage.
Frequently Asked Questions
Q: How can I adapt these dimensions for a smaller hallway?
A: The width and depth can be reduced proportionally. The current blueprint uses a sheet utilization factor of 38.22%, so scaling down will require recalculating material needs from the 1830x2750 mm panel sizes to maintain efficiency.
Q: What materials are required to build this hallway wardrobe?
A: You need three full sheets of 16mm laminated particle board: two in color W1000_9 and one in H1176_37. The project also requires 26.249 meters of matching 1x19 mm edge banding, split between the two colors.
Q: How complex is the assembly for a DIY builder?
A: The assembly involves managing 59.147 meters of total cuts and applying edge banding to all exposed edges. Experience with panel cutting, edge banding, and cabinet joinery is recommended for a clean result.
Q: How do I download and use the blueprints for this project?
A: Blueprints are available for preview before downloading. They provide a detailed starting point, but final dimensions and cuts should always be verified against your actual space, as the project is not a final specification.
