At Rockland Closets, we start with the design consultation by assessing the available space, taking measurements and inventory, and getting to know your needs and preferences. During the collaboration process, we’ll create a virtual model of your space using our proprietary 3-D software. Once completed, your custom design is sent to one of our local manufacturing centers to create your system components. Finally, your new system is installed by our professional installers leaving you with a beautiful new addition to your home.

By designing a storage solution for your shoe collection, you’ll not only declutter but also help protect and preserve the life span of your shoes. Custom shoe racks and shelves can be engineered to accommodate all types of shoes sizes, from tall boots to sneakers. Additionally, Rockland Closets creates all types of specialized storage including pull-out drawers, cubbies, and shoe racks with rails to keep everything neat and organized.

There are several layout options for your walk in closet and creating the design will depend on your storage and organization needs.

A straight layout is the most basic with a single wall of storage along one side of the closet. This is perfect for a narrow space and can be customized with rods, cabinets, shelves, and drawers.

An L-shaped layout has two walls of storage and is ideal for medium to large-sized closets. The open space is perfect for a dressing area.

A U-shaped layout has three walls of storage and provides ample wardrobe and personal items storage. This is ideal for a larger closet or small bedroom that you convert.

An island layout typically has a central storage space with a free-standing dresser or a desk and is perfect for storing accessories like jewelry or intimates.

A boutique layout is a luxurious configuration that mimics the look and feel of an upscale boutique, utilizing open shelving, glass cabinet doors, LED lighting, high end finishes, and details. This is perfect for someone who wants to display their wardrobe and allows for maximum accessibility.