The 'Magni' Robot Can Be Built and Programmed to Your Specifications
Michael Hemsworth — March 14, 2018 — Tech
The 'Magni' robot comes as a DIY robotics kit that will come as an exciting idea for those who have an interest in creating their own solution that is customized to their unique specifications. Powered by the Raspberry Pi 3, the robot features two 200W hub motors and is capable of carrying payloads of up to 100 kilograms. The battery that comes with the robot will provide up to eight hours of usage, but can be upgraded to 24 hours with the use of 32AH lead acid batteries.
The 'Magni' robot kit can be created in a matter of hours rather than months, which speaks to the growing DIY robotics industry as consumers seek out ways to create their own personalized solutions.
The 'Magni' robot kit can be created in a matter of hours rather than months, which speaks to the growing DIY robotics industry as consumers seek out ways to create their own personalized solutions.
Trend Themes
1. DIY Robotics - The trend of DIY robotics kits and customization opens up opportunities for disruptive innovation in education, entertainment, and personalization industries.
2. Personalized Robotics Solutions - The trend of personalized robotics solutions offers opportunities for disruptive innovation in healthcare, logistics, and construction industries.
3. Raspberry Pi-powered Robotics - The trend of Raspberry Pi-powered robotics showcases opportunities for disruptive innovation in education, smart home, and agriculture industries.
Industry Implications
1. Education - The growing trend of DIY robotics kit and Raspberry Pi-powered robotics can revolutionize the education industry by providing a fun and engaging tool to teach students about coding and robotics.
2. Logistics - The trend of personalized robotics solutions for material handling and logistics can increase efficiency, speed, and accuracy in the industry.
3. Construction - The trend of personalized robotics solutions for the construction industry offers opportunities for innovation in automation and safety measures.
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