In the ever-evolving landscape of robotic technology, the collaboration between Mobinn Robotics and Kumho Tires showcases significant advancements in mobility. Mobinn’s robotic systems are equipped with Kumho’s innovative airless tires, specifically designed for optimal performance and durability in various environments.
Kumho Tires: Revolutionizing Mobility in Robotics
Kumho Tires is at the forefront of innovative tire technology, supplying Mobinn Robotics with specialized airless M3 tires that are currently not for sale. These tires have been specifically developed to enhance the performance of Mobinn's robots, ensuring optimal mobility and durability.Their next-generation e-NIMF and e-TOPS tires have garnered multiple prestigious awards, including the 2020 International Design Excellence Awards (IDEA), alongside iF and Red Dot accolades.
The e-NIMF (eco-friendly, no-inflation, and maintenance-free) is designed to eliminate punctures and features replaceable treads. In contrast, the e-TOPS combines the strengths of pneumatic and airless designs, with a protective airless upper structure and a partially air-filled lower section. This innovative approach enhances safety and convenience, aligning with Kumho's commitment to future-oriented design.
The Future of Mobility: Morphing Wheels
In addition to advancements in tire technology, the Korea Institute of Machinery and Materials has developed a groundbreaking morphing wheel that adjusts its rigidity in real time by simulating the surface tension principle of liquid droplets. This innovative wheel is designed to navigate various obstacles, such as stairs and rocks, seamlessly adapting to the terrain.
The morphing wheel operates as a solid cylindrical wheel during normal driving but transforms into a softer state when encountering obstacles, enhancing the mobility of vehicles equipped with this technology. Unlike traditional flexible-structure wheels that often remain deformed, the morphing wheel maintains efficiency and stability on flat surfaces while providing adaptability when needed.
Potential Benefits of EasternGear's Globoid Worm Gear in Robotic Systems
Although Mobinn’s robots do not currently utilize EasternGear's globoid worm gearboxes, integrating this technology could offer several advantages:
- Self-Locking Mechanism: The globoid worm gearbox features a self-locking mechanism, preventing the wheels from rolling backward when powering uphill or ascending stairs.
- Right-Angle Power Transmission: The compact design of globoid worm gears allows for efficient right-angle power transmission, optimizing space usage compared to linear power transmitters.
- Enhanced Torque and Load Capacity: These gearboxes can deliver high torque and load capacity, making them suitable for heavy-duty applications.
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If you’re interested in how advanced tire technologies and EasternGear's globoid worm gearboxes can enhance performance, we want to hear from you.
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