JOHN WHITEHEAD
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    • Inverted Laser Sintering
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A cephalopod-inspired combustion powered hydro-jet engine using soft actuator

​Combustion in soft and compliant materials may enable new methods for underwater locomotion. Inspired by the motion of the soft bodied cephalopods, we developed a combustion-powered hydro-jet engine (CPHJE) using an expandable silicone bladder. The CPHJE used high energy density methane combustion to expand a silicone bladder and accelerate water into a hydro-jet that propelled the CPHJE. For this project, I worked on the design and development of the novel robot, as well as analyzed and collected robot movement data.
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Related Links

  • Underwater Hydrojetting System, Soft Robotics Toolbox (2017)
  • A cephalopod-inspired combustion powered hydro-jet engine using soft actuators, Extreme Mechanical Letters Journal (2018)​​
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  • Home
  • Berkshire Grey
  • Research Projects
    • Inverted Laser Sintering
    • Soft Robot Task Planning
    • Combustion Powered Cephalopod
    • Sculpting Soft Machines
    • Chameleon Tongue Actuator
    • 3D Printing Food
    • Viscoelastic Damping
  • Contact Me