A new flexible wheel could fundamentally change the way robots move. It can change its shape and thus overcome obstacles that have previously been a problem.
Researchers currently working on a new type of flexible wheel that could fundamentally change the way robots move. It has the ability to overcome obstacles that would be insurmountable for conventional wheels. The technology is based on a special mechanism that allows the wheel to dynamically change its shape to adapt to the environment.
It can change from a round shape to a more pointed or flat shape, with the environment defining what kind of obstacle the robot has to overcome. This allows the devices to navigate on uneven terrain, stairs or even loose surfaces such as sand or gravel. The flexible wheel could be particularly useful in rescue robotics, exploring hard-to-reach areas and in industrial applications.
Flexible wheel gives robots great advantages
However, the development can be beneficial not only for outdoor robots. The wheel could also be used indoors, for example in warehouses or production facilities. After all, robots there also encounter different types of flooring and obstacles. Thanks to the adaptability of the wheel, such robots could work more efficiently and safely, which would lead to higher productivity.
Another benefit of the technology is that it could make robot design easier and less expensive. Because the wheel is flexible enough to overcome many different obstacles, robots may require less complex drive and control systems. This could lead to a reduction in production and maintenance costs.
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Next version should support many robot types
The development of the flexible wheel is still in its early stages, but the results so far appear promising. In the future, scientists could further refine the technology to enable even more complex movements. The researchers are already working on optimizing the design of the wheel and adapting it for different types of robots and applications.
With this flexible wheel, the team could set a new standard in robotics. It significantly improves the mobility and versatility of robots. Whether in rescue missions, industrial use or research: the technology could help make robots even more effective and efficient.
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