The project aims to create a robot that can lift heavy things, work in special conditions, and develop some designs of currently used machines.
Silicon coiled with electric wires was used which has been under high temperature for 15 minutes and then high pressure and temperature of 20 degrees Celsius for 4 hours, helping in flexibility and strength.
For the exoskeleton, we use a thin light aluminum layer which is compressed as a polymer to give strength. The body, head, each leg, and neck are made separately with joints allowing them to move freely. The body is made of two joined parts; the smallest is with the battery in it with a higher position, more wires, and less silicon, and the other is vice versa. It works with remote control.
Exoskeleton with developed aluminum to give high volume low mass. DPA-1 can be used, too.
Results: A robot of mass 60 grams can lift a 300 kilograms object.