MEC 37 - Remote Controlled Theo Jansen Mechanism

The project is based on a Theo-Jansen mechanism which is crank-driven and can mimic the motion of a leg. The project consists of an 8-legged walking mechanism that can be remotely controlled and go forward, backward, and make turns. By doing the walking robot consists of 8 legs, 4 of them are in contact with the ground making it more stable. Some of the advantages that makes us go with these kinds of mechanisms are:

• Legged robots can traverse various types of terrain more effectively than wheeled robots. They can navigate through uneven, rocky, or rough terrain where wheels might struggle or get stuck.
• Legs provide better adaptability for overcoming obstacles such as stairs, debris, or rubble. They can step over or climb obstacles that would hinder wheeled robots.
• Legged robots can often maintain stability on uneven surfaces or in dynamic environments where wheeled robots might tip over or lose traction. Their ability to adjust their stance and distribute weight helps them maintain balance.
• Legged robots can exhibit greater agility and maneuverability, allowing them to change direction quickly and navigate tight spaces more effectively compared to wheeled robots.
• While a wheel failure might immobilize a wheeled robot, legged robots often have redundancy in their limbs. Even if one leg is damaged, they can often continue to move using the remaining legs, albeit with reduced performance.
• Legged robots can operate in environments where wheeled robots struggle, such as forests, mountains, or disaster zones with debris and uneven terrain.