Timeline of Bionic Legs

  • The Peg Leg

    The Peg Leg
    It was made of wood and leather straps that attached to the waist which made it flexible and easy to walk in.
  • The Pylon

    The Pylon
    It was made of fibre and leather with straps that also attached to the waist.
  • The WW1 Replacement Leg

    The WW1 Replacement Leg
    It was made of leather and for British servicemen that lost legs during WW1.
  • Metal Legs Were Introduced

    Metal Legs Were Introduced
    After the amount of leg amputations during WW1, a light copper-aluminium alloy was created to aid people.
  • Knee Sockets Were Introduced

    Knee Sockets Were Introduced
    This allowed the ‘knee’ to bend. A switch was used to lock the knee joint in place when standing up and release the lock so it could bend when sitting down.
  • The Smart Knee

    The Smart Knee
    The knee joint would only lock in when it felt pressure of the heel hitting the ground and would release the lock when it felt pressure from the toes hitting the ground. This was to make it feel like natural walking.
  • Stubbies

    Stubbies
    They were made of asbestos and for amputees above the knee.
  • Plastic Legs

    Plastic Legs
    Many children in Cambodia were stepping on land-mines and losing legs, so small, light-weight plastic prosthetics were created.
  • The C-Leg

    The C-Leg
    It is one of the most used bionic legs because of its stability and comfort. It works extremely efficient and can be used to do a lot things.
  • The Proporio Foot

    The Proporio Foot
    It was the world’s first bionic foot and acts the way a normal foot would. It constantly adjusts how much movement is needed according to where the person walks and the textures of the grounds.
  • Running Blades

    Running Blades
    Oscar Pistorius created bionic legs and had the capability to run at fast speeds and for long distances. Olympic athletes mainly use this because it allowed them to compete.
  • The Power Knee

    The Power Knee
    A motor-powered knee that works with equivalent human muscle activity.