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This study focused on the production and usability evaluation of smart outdoor jackets that are designedto provide convenience to middle-aged people by embedding devices for lighting and location tracing. Theresults were as follows. 1. Jacket power supplier was a assembled system composed of battery, charger, con-troller and switch. A solar cell was attached on the upper arm, and a wire type EL on the center line of araglan sleeve along with a GPS on the left sleeve with a transparent vinyl pocket. The total weight of thejacket embedded with devices was 385-520g. 2. Operation of function, activity, acceptability, safety, conve-nience for device use, appearance, practical maintenance were selected based on an analysis of evaluationcriteria of previous smart wear research. Criteria were narrowed to three major categories of satisfaction,appearance and maintenance. 3. Use satisfaction criterion consisted of wearable device functionality andphysical, psychological use convenience. The evaluation indicated actual functionality. EL functions wereespecially effective and necessary. Convenience of use showed that a smart jacket was thought to be safeand the size was moderate regardless of age and gender. Outer appearance was satisfactory and respondentspraised the color. The practical maintenance evaluation indicated that there was no challenge in doing thelaundry since the solar battery and GPS were detachable. The practical use of smart outdoor jackets confir-med by fabric that was washable and dried quickly.Key words: Eco-friendly, Smart outdoor wear, Wearable device, Usability, Satisfaction;  ,   ,  , ,

Eco-friendly Smart Outdoor Jacket Production and Usability Evaluation