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|Introduction=<translate>Repair services of all kinds provided in workshops or other fixed locations are seldom available in remote rural areas of Kenya - as well as many other remote rural areas of the Global South. People, who are in real need of fixing their limited equipment or finding a solution to a technical problem, are stuck for lack of basic tools and materials. | |Introduction=<translate>Repair services of all kinds provided in workshops or other fixed locations are seldom available in remote rural areas of Kenya - as well as many other remote rural areas of the Global South. People, who are in real need of fixing their limited equipment or finding a solution to a technical problem, are stuck for lack of basic tools and materials. | ||
− | This is why mobile repair services are not only a great solution, but also one that significantly reduces costs and the use of resources, while allowing people to be active and creative in the repair process. | + | This is why mobile repair services are not only a great solution, but also one that significantly reduces costs and the use of resources, while allowing people to be active and creative in the repair process. |
− | This step-by-step tutorial serves as an Open Source set of instructions for the prototype of a '''Community Repair Mobile''' - '''COREMO''' (Trailer Edition) intended for remote areas. | + | This step-by-step tutorial serves as an Open Source set of instructions for the prototype of a '''Community Repair Mobile''' - '''COREMO''' (Trailer Edition) intended for remote areas. |
− | COREMO is currently developed in Kenya by Adam Abdumalik with support from international makerspace community members. | + | COREMO Trailer will provide remote communities with access to repair services through the use of the #ASKotec (Access to Skills and Knowledge - open tech emergency case) and other mobile makerspaces/tool-kits. |
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+ | COREMO is currently developed in Kenya by '''Adam Abdumalik''' with support from international makerspace community members. | ||
COREMO Trailer serves as a first stage solution for future additional variations, modules and adaptations that will include: | COREMO Trailer serves as a first stage solution for future additional variations, modules and adaptations that will include: | ||
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- Use of Solar Power (Soldering, Charging, etc.) through the addition of solar panels | - Use of Solar Power (Soldering, Charging, etc.) through the addition of solar panels | ||
- Solar electric mobility | - Solar electric mobility | ||
− | - Scaling production, | + | - Scaling production, decentralized and Open Source implementation |
− | Please, share your thoughts and comments as we update the documentation</translate> | + | Please, share your thoughts and comments as we update the documentation. Thank you!</translate> |
}} | }} | ||
{{Materials | {{Materials |
Author Timm Wille | Last edit 15/05/2024 by Crina
Repair, Mobile, Community, Services, ASKotec COREMO_TRAILER_-_Community_Repair_Mobile_1.jpg Creation
Repair services of all kinds provided in workshops or other fixed locations are seldom available in remote rural areas of Kenya - as well as many other remote rural areas of the Global South. People, who are in real need of fixing their limited equipment or finding a solution to a technical problem, are stuck for lack of basic tools and materials.
This is why mobile repair services are not only a great solution, but also one that significantly reduces costs and the use of resources, while allowing people to be active and creative in the repair process.
This step-by-step tutorial serves as an Open Source set of instructions for the prototype of a Community Repair Mobile - COREMO (Trailer Edition) intended for remote areas.
COREMO Trailer will provide remote communities with access to repair services through the use of the #ASKotec (Access to Skills and Knowledge - open tech emergency case) and other mobile makerspaces/tool-kits.
COREMO is currently developed in Kenya by Adam Abdumalik with support from international makerspace community members.
COREMO Trailer serves as a first stage solution for future additional variations, modules and adaptations that will include:
- Use of Solar Power (Soldering, Charging, etc.) through the addition of solar panels
- Solar electric mobility
- Scaling production, decentralized and Open Source implementation
In order to fit the bicycle selected, the frame should match typical sizes of bikes.
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Step 4 includes building the the connection between the bicycle and the trailer:
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Step 7 includes building the connectors for the wheels, the frames and the strap-connectors:
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- Attach the Coupling
- Make a test ride
- Enjoy :
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en none 0 Published
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