Preliminary research
Cordless jump rope has gradually gained popularity among indoor sports users due to its safe use, non hitting, and small space occupation. However, traditional wireless jump ropes lack accurate motion feedback, making it difficult for users to fully feel the authenticity of hand foot synchronization during jumping, resulting in low jumping experience and inaccurate counting.
In order to change this situation, the JumpSync project incorporates advanced digital technology into its design, aiming to provide users with a more accurate, realistic, and fun experience of cordless jumping, making indoor fitness easier and more efficient.
Through in-depth analysis of market, technological feasibility, industry trends, and competitors, we have confirmed the overall feasibility of the project in terms of direction.
In order to change this situation, the JumpSync project incorporates advanced digital technology into its design, aiming to provide users with a more accurate, realistic, and fun experience of cordless jumping, making indoor fitness easier and more efficient.
Through in-depth analysis of market, technological feasibility, industry trends, and competitors, we have confirmed the overall feasibility of the project in terms of direction.
Storyboard. Storyboard
Retractable elastic rope cordless jump rope handle+induction shock absorber pad
a. The handle captures hand acceleration, and the shock absorber pad senses pressure,Dual induction detection for hand foot synchronization and coordination.b. Feedback is transmitted to users through sound and vibration.c. Increase fun through audio game mechanism.
