Embodiments are directed to a reversible bag including a first fabric assembly defining an outer surface, an inner surface, and a first volume. The outer surface includes a first fastening location, a second fastening location, and at least two closing mechanisms. The second fabric assembly is coupled to the inner surface and includes a second larger volume. The second fabric assembly includes top and bottom surfaces and can be inserted through at least two closing mechanisms. The reversible bag includes at least one strap that includes a first end coupled with the first fastening location on the outer surface and a second end coupled with the second fastening location of the outer surface. The reversible bag includes a first bag wing coupled to the outer surface adjacent to the first fastening location and a second bag wing coupled to the outer surface adjacent to the second fastening location.

A multifunctional bag that can be used as a duffle bag or a backpack and that can be provided in a variety of different shapes. The multifunctional bag includes a wear resistant surface to protect the bottom of the bag from wear and environmental conditions. The multifunctional bag includes straps that may be positioned on the bag so that the bag may be used as either a duffle bag or backpack depending on the desires of the user.

An insert for a backpack or travel bag is used for travelling with electronic devices and charging them on the go. It is designed for convenience. It holds a traveller's items, including a mobile phone and camera. It helps store the traveller's items safely, conveniently and also helps charge them. It is made of strong material to provide slash resistance, durability and ease of mind during travel.

The present variations disclose an expandable bag that gives the users the option to use a fanny pack or easily and efficiently expand the expandable bag into a backpack. The expandable bag may include joined cavities that may expand during use.

A duffel bag can be reversibly converted to a cross-over bag by restricting the storage volume of the bag at one end. Optionally, a carrying strap may be adjusted from a central anchor to an outer anchor to facilitate draping the carrying strap over a shoulder.

A carrier is provided for converting from an inline skate sling to a shoe backpack and vice versa. As carrier for skates; the inline skate sling includes a square shaped pouch with one rounded corner at the end of each side of the elongated central sling. When not in use as a sling carrier for skates, the framed compartments for skates are readily converted by user from inline skate sling to shoe backpack turning the pouches into storage units for shoes. There are three buttons positioned on each side of the sling allowing the sling to flip and retract over shoulders into shoe backpack. The shoe backpack is a carrier of shoes and small items used while skating and may be readily converted by a user from the shoe backpack to the inline skate sling used for the particular mode of walking with sling for carrier of skates.

Systems and methods are provided for a multi-configuration electronic device carrying case. The multi-configuration electronic device carrying case includes a protective encasing structure configured to receive and hold an electronic device. The carrying case further includes at least two adjustable straps configured to attach the encasing structure to a person in one of a plurality of configurations. The configurations include a hip holster configuration, where one adjustable strap is used for connection around a waist of the person and one adjustable strap is used for connection around one leg of the person. The configurations also include a back configuration, where one adjustable strap is used for connection around each arm of the person to attach the encasing structure to a back of the person.

Systems and methods are provided for a multi-configuration electronic device carrying case. The multi-configuration electronic device carrying case includes a protective encasing structure configured to receive and hold an electronic device. The carrying case further includes at least two adjustable straps configured to attach the encasing structure to a person in one of a plurality of configurations. The configurations include a hip holster configuration, where one adjustable strap is used for connection around a waist of the person and one adjustable strap is used for connection around one leg of the person. The configurations also include a back configuration, where one adjustable strap is used for connection around each arm of the person to attach the encasing structure to a back of the person.

In one embodiment, a modular wearable system includes a backpack including a backpack body and backpack fasteners on backpack straps extending from the backpack body, a handbag including a handbag body and handbag fasteners on handbag straps and a handle extending from the handbag body, and a vest including a vest body and vest fasteners on vest straps extending from the vest body. The backpack fasteners reversibly couple to the handbag fasteners to form a wearable combination. The handbag fasteners couple to the vest fasteners to form another wearable combination. In another embodiment, a modular wearable system includes a backpack a handbag, and a shoulder bag strap including a pair of shoulder bag strap fasteners. The backpack fasteners reversibly couple to the handbag fasteners to form a wearable combination. The shoulder bag fasteners reversible couple to a pair of the handbag fasteners to form another wearable combination.