What are the four main type of robots?

The four main types of robots are classified according to their movement and functions. These include wheeled, tracked, humanoid, and flying robots.

Wheeled Robots: Wheeled robots use powered wheels or treads for locomotion and can often reach greater speeds than tracked robots. They also offer a greater range of maneuverability as compared to their counterparts. They are typically used for short-range transportation, surveillance tasks, factory line automation, etc.

Tracked Robots: Tracked robots use chain links attached to motorized sprockets in order to move around their environment. This type of robot is often used in scenarios where the ground is too slippery or uneven for wheeled models such as military operations, search-and-rescue missions and agricultural uses like harvesting crops or cutting hay bales.

Humanoid Robots: Humanoid robots have a humanlike form factor allowing them to perform tasks that require dexterity with robotic arms and hands similar to those of humans as well as completing complex motions with its legs such as walking or running which regular wheeled and tracked models cannot do due to the lack of articulation points at certain joints needed for humanlike movements . Humanoid robotics are commonly seen in industrial settings performing precision assembly tasks on electronic components and other delicate items but they’re also being tested out in more public spaces like retail store customer service roles .

Flying Robots: Flying robots make use of rotor blades which allow them autonomy when navigating through airspace making them incredibly useful for surveillance purposes due to the large coverable area they can cover quickly with minimal effort from an operator . They’re being developed by both civilian organizations (police departments , news outlets ) as well as militaries around the world who need eyes on target at all times while remaining undetected by potential foes .

The four main types of robots are service robots, industrial robots, mobile robots, and educational robots.

Service Robots: Service robots are designed to help humans with various tasks such as delivering items or providing assistance to elderly people. They can be manually operated, partially autonomous, or completely autonomous. Examples of service robots include those used in healthcare settings and in warehouses.

Industrial Robots: Industrial robots are machines that are programmed to do repetitive tasks such as welding and assembling products in factories. Types of industrial robotics include articulated arm robotics, SCARA (selective compliance assembly robot arm) robotics and delta arm robotics. Industrial robotic arms are often equipped with sensors and control systems for precise movement control over multiple axes.

Mobile Robots: Mobile robots use locomotion mechanisms to move around a specified area or region autonomously without the need for human interaction or assistance. These machines will have some form of navigation system for determining their location relative to the environment they’re operating in – which can be ground-based using odometry, camera eyes using visual processing or GPS/INS (Global Positioning System/Inertial Navigation System). Examples of mobile robot applications include self-driving cars as well as inspection rovers for hazardous environments such as nuclear power plants and factories where chemical fumes could put workers at risk if present in large quantities.

Educational Robots: Educational robotic platforms enable students from kindergarten through college level to understand how robotic systems work by allowing them to interact with real hardware while simultaneously learning coding concepts through programming languages like C++, Python and MATLAB® Robot Operating System (ROS). Educational robotic platforms range from wafer-thin microcontroller boards like Arduino that serve as programmable brains all the way up to humanoid servo-driven bots made out of recycled materials resembling mannequin parts able to take advantage of advanced machine vision techniques available today on phones like facial recognition while recognizing basic gestures via capacitive touch pads on its skin acting similarly.