We continue to develop resources related to the COVID-19 pandemic. See COVID-19 initiatives on Appropedia for more information.
OSAT Jump Rope Design
Title of the device or system
Project developed by [your name linked to your user account] Add a status meter by copying the following templates (inside double curly brackets) into your page as you reach each step: status-design, status-prototype, status-deployed, status-model and status-verified....
Jump rope handles. What more is there to be said? Kids who need exercise and either can't go running or can't leave the house can use these handles if they find a rope. The idea came from the education tab in the UNICEF Supply Catalog where under physical education they had mostly kick balls which could be expensive to replace all the time because of constant use or if it were to get lost. This provides a cheap alternative for either single use or could be used to make a big jump rope for 3+ people at a time.
Bill of Materials
You will need 35g of PLA filament. (About $1.15, varies on different suppliers) Media:a_cranford_jumprope_v3.FCStd
Tools needed for fabrication of the OSAT
- Jellybox or similar RepRap 3-D printer
Skills and Knowledge Necessary to Make the OSAT
Technical Specifications and Assembly Instructions
When printing it's best to print the handles up-side down with the height at about 140mm (Z coordinate). It's safest to use a raft and print both at once to save time. It will take 4 hours and 8 minutes to print the both of them.
Common Problems and Solutions
Make sure to have a raft so it wont break off while printing.
It should cost around $1.15 for the filament. Most other jump ropes cost at least $2 You will be saving about 43% the cost.