Luggage system with clothing rack and method of use

A luggage system for a rigid piece of luggage having an exterior face and an interior compartment, the luggage further including a telescoping handle comprising telescoping handle arms configured for pulling said luggage, the luggage system further comprising:

• a pair of telescoping arms being deployed within said piece of luggage;
• wherein said luggage system is configured to be transformed between a first, stored orientation and a second, deployed orientation;
• each respective one of said pair of telescoping arms configured to be released from within the respective one of said pair of receiver cavities, thereby transforming said luggage system from said first, stored orientation and said second, deployed orientation;
• a clothing rack configured to be connected to a top end of each of said pair of telescoping arms when said luggage system is transformed into said second, deployed orientation;
• a removable weight element configured to be moved from a first, stored orientation located within the interior compartment of said piece of luggage to a second, removed orientation where it is selectively removed from said interior compartment;
• and
• said removable weight element configured to act as a counterweight against said clothing rack when said removable weight is placed in said first, stored orientation and when said luggage system is positioned in said second, deployed orientation.

A luggage system for a rigid piece of luggage having an exterior face and an interior compartment, the luggage further including a telescoping handle comprising telescoping handle arms configured for pulling said luggage, the luggage system further comprising:

• a pair of receiver cavities having a floor near a bottom of the piece of luggage and a top opening near a top of said piece of luggage;
• a pair of telescoping arms, each one of said pair of telescoping arms being deployed within a respective one of said pair of receiver cavities;
• each of said pair of receiver cavities including a selectively releasable securing element configured to retain the respective one of said pair of telescoping arms within the respective one of said receiver cavities;
• each said selectively releasable securing element configured to release the respective one of said pair of telescoping arms from within the respective one of said pair of receiver cavities such that each said arm can be telescoped upward, thereby transforming said luggage system from said first, stored orientation and said second, deployed orientation;
• each of said pair of receiver cavities including a spring element deployed between said floor of the respective one of said pair of receiver cavities and a bottom end of the respective one of said pair of telescoping arms;
• wherein said luggage system is configured to be transformed between a first, stored orientation and a second, deployed orientation;
• each respective one of said pair of telescoping arms configured to be released from within the respective one of said pair of receiver cavities, thereby transforming said luggage system from said first, stored orientation and said second, deployed orientation;
• a clothing rack configured to be connected to a top end of each of said pair of telescoping arms when said luggage system is transformed into said second, deployed orientation;
• a removable weight element configured to be moved from a first, stored orientation located within the interior compartment of said piece of luggage to a second, removed orientation where it is selectively removed from said interior compartment;
• and
• said removable weight element configured to act as a counterweight against said clothing rack when said removable weight is placed in said first, stored orientation and when said luggage system is positioned in said second, deployed orientation.