Skilled maker and engineer Evan Booth has dismantled and transformed an off-the-shelf Keurig Coffee Maker into a robotic hand in 199 hours, 56 minutes, and 36 seconds. This impressive feat showcases Booth’s ingenuity and resourcefulness, as he repurposed a common household appliance into a functional piece of robotics.
The Build Process
Watch the build process captured below and condensed down to just four minutes to see how Booth has created a robotic hand using only one single Keurig used (K350/300 2.0 Brewer) together with adhesives and a 12v external power supply. The video provides a fascinating glimpse into the meticulous work and creativity involved in such a project. Booth’s ability to visualize and execute this transformation without any formal plans is a testament to his engineering skills and innovative thinking.
Build Details and Insights
The project involved several key components and steps, which are detailed below:
• One single Keurig used (K350/300 2.0 Brewer)
• The only non-Keurig materials are adhesives and the 12v external power supply
• Used basic tools—rotary, heat gun, common hand tools, etc.
• No plans…just a general idea of how things should be constructed
• Build time: 199 hours, 56 minutes, and 36 seconds (read: hands on things)
Booth’s project is not just a demonstration of technical skill but also an exploration of the potential for upcycling and repurposing everyday objects. By using a Keurig coffee maker, Booth highlights how common items can be transformed into something entirely different and functional. This approach encourages others to think creatively about the objects around them and consider how they might be repurposed in innovative ways.
The robotic hand itself is a marvel of engineering, with each component meticulously crafted and assembled. The use of adhesives and a 12v external power supply indicates a careful consideration of the materials and power requirements needed to bring the hand to life. The basic tools used in the project, such as a rotary tool and heat gun, are accessible to many hobbyists, making this project an inspiring example for those interested in DIY robotics.
Booth’s decision to work without formal plans and rely on a general idea of construction speaks to his confidence and experience as a maker. This method allows for flexibility and adaptation throughout the build process, enabling Booth to troubleshoot and innovate as needed. The nearly 200 hours spent on the project reflect a significant commitment and dedication to achieving a functional and impressive end result.
In addition to the technical aspects, Booth’s project also serves as a reminder of the importance of patience and perseverance in engineering and making. The detailed and time-consuming nature of the build process underscores the value of taking the time to carefully plan, execute, and refine each step of a project.
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