Design and locomotion analysis of modular soft robot

  • What are the key issues in the design of locomotion in the robotics?

    For each locomotion concept, doesn't matter if it is wheeled, legged or a different concept, there are three core issues: stability, the characteristics of ground contact and the type of environment, as described in [1]..

  • What are the key issues in the design of locomotion in the robotics?

    The most common methods of soft robot locomotion can be generally divided into three motions: walking, crawling, and rolling.
    Walking soft robots usually quadrupedal and move by rhythmically inflating and deflating each leg..

  • What are the locomotion mechanisms of robots?

    For each locomotion concept, doesn't matter if it is wheeled, legged or a different concept, there are three core issues: stability, the characteristics of ground contact and the type of environment, as described in [1]..

  • What are the locomotion mechanisms of robots?

    Legged, wheeled, and articulated bodies are three primary types of locomotion for robots [27].
    Wheels are commonly used due to their high indices of stability, efficiency, and increased payload capacity, compared to legged based locomotion systems [32,33]..

  • What type of locomotion does robot have?

    Types of locomotion

    Walking.Rolling.Hopping.Metachronal motion.Slithering.Swimming.Brachiating.Hybrid..

  • What type of locomotion does robot have?

    Legged, wheeled, and articulated bodies are three primary types of locomotion for robots [27].
    Wheels are commonly used due to their high indices of stability, efficiency, and increased payload capacity, compared to legged based locomotion systems [32,33]..

  • The most common methods of soft robot locomotion can be generally divided into three motions: walking, crawling, and rolling.
    Walking soft robots usually quadrupedal and move by rhythmically inflating and deflating each leg.
Jun 2, 2022Based on an inflation and deflation control method, the modular soft robot can crawl and turn by controlling the air pressure of different 

What is a modular soft robot?

The modular soft robot is composed of multiple drive modules connected in series, including one head module, one tail module and three body modules

Each module is actuated by the air chamber

Due to the nonlinear performance of the air chamber, the strain energy function of the air chamber is established

What is soft robotic locomotion?

Soft robotics enables unprecedented capabilities for mobile robots that could not be previously achieved using rigid mechanisms

This article serves as a reference for researchers working in soft robotic locomotion, provides classifications and trends in this field, and looks ahead to make recommendations for future developments

Why is modularity important for soft robots?

Modularity is mainly convenient for the assembly, storage, and transportation of soft robots, as well as the rapid replacement of the failed or damaged modular units

The assembled soft robots often appear in the form of manipulators or graspers


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