In this video, we will explore different types of robots that are important to study in robotics engineering. Also, this is day 5 of 50 days of robotics. Keep learning and start your journey as a robotics engineer.

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Timestamps:
00:00 Introduction
00:55 Mobile Robots
02:10 Robotic Arms
03:48 Aerial Robots
05:02 Legged Robots
05:55 Conclusion

Mobile Robots:
Mobile robots are designed to move and operate autonomously in different environments.
The simple part is that these are kind of wheel robots like differential drive robots, four wheel drive and many others and also we can change the wheels as per different terrains.
Examples include autonomous delivery robots, exploration rovers, and self-driving cars.
They're used in logistics, exploration, and transportation, enhancing efficiency and safety in various industries. Mobile robots are versatile and can adapt to different terrains and tasks, making them valuable assets in today's dynamic world.

Robotic Arms:
Robotic arms are mechanical arms equipped with joints and end-effectors for manipulation tasks.
Examples include industrial robotic arms, surgical robotic arms, and collaborative robot arms (cobots).
They're employed in manufacturing, healthcare, and research, performing tasks like assembly, surgery, and material handling.
Robotic arms are known for their precision and dexterity, enabling them to perform complex and delicate tasks with high accuracy.

Aerial Robots:
Aerial robots, also known as drones or unmanned aerial vehicles (UAVs), can fly and operate without a human pilot onboard.
Examples include quadcopters, fixed-wing drones, and surveillance drones.
They're utilized in aerial photography, agriculture, security, and disaster response, providing aerial perspectives and data collection capabilities.
Aerial robots offer advantages like accessibility to remote or hazardous areas, cost-effective surveillance, and rapid response in emergency situations.

Legged Robots:
Legged robots are robots equipped with legs or limbs for locomotion and navigation.
Examples include quadruped robots, humanoid robots, and insect-inspired robots.
They're employed in exploration, search and rescue, and research, traversing challenging terrain and environments.
Legged robots possess mobility and adaptability similar to animals, allowing them to explore rugged terrain and perform tasks in environments where wheeled or tracked vehicles may struggle.

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