Page 47 - Ai Robogenius

2. Bio-Inspired Microbots: These microbots are designed to
mimic the movements of living creatures. In medicine, they
can be used to deliver drugs directly to a specific part of the
body or even assist in surgeries. This makes them incredibly
useful for tasks that require great accuracy and care.

Some advantages of microbots are:
Precision: They are designed for accurate tasks.

Versatility: They can be used in medicine, environmental monitoring and more.

Cost-Effective: Their small size makes them less expensive to manufacture.

Insectbots: Small Robots Inspired by Insects

Insectbots are small robots designed to move and act like insects. They are lightweight and can
easily navigate through tight spaces, making them very useful for tasks where larger robots
would struggle. These robots are inspired by the way insects move, whether by crawling, flying or
climbing.

Some examples of insectbots are:
1. RoboFly: This robot is designed to mimic the movement of a
fly. It can fly freely, just like a real fly and is capable of flying

through tight spaces or around obstacles.

2. DelFly: DelFly is inspired by a dragonfly and can navigate
complex environments with ease. It can fly, hover, and glide,
making it useful for exploring difficult-to-reach areas and
conducting aerial surveillance or inspection tasks.

3. Harvard RoboBee: The RoboBee is a tiny flying robot inspired
by bees. It is used in tasks like artificial pollination, which is
important for agriculture. Its small size and flight abilities
make it ideal for performing tasks that require high precision
and control.

Some advantages of insectbots are:

Adaptability: They can crawl, fly or climb, making them suitable for many environments.
Energy efficient: They use less power than larger robots.
Small size: Their small size allows them to work in places larger robots can’t reach.

Robot as a System
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