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A short class with Sarah and her students. The other ways are under More.
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Today, we're going to start with tracked and wheeled robots. Can anyone tell me why these types of robots are important for construction?
They can move easily on different surfaces, right?
Exactly! Their stability and mobility allow them to navigate uneven surfaces on construction sites. We can remember this with the acronym TAM for Tracked and wheeled Mobile systems.
So, they're also useful for carrying heavy things?
Correct! They can transport materials, making them very effective in construction workflows. Can anyone give an example of where we might see these robots in action?
Maybe during foundation work?
Yes! During foundation work and other tasks requiring strong ground contact.
Now, let's move on to legged robots. Has anyone heard of Boston Dynamics' Spot?
Yes! That's the robot that can climb stairs and move over obstacles.
Exactly! Spot is designed for complex environments and can navigate places where wheeled robots might struggle. Think about how important this is on a construction site with debris and uneven terrain.
Would Spot be used for tasks like inspection?
Yes, it’s very suitable for inspection tasks. So remember, the diverse capabilities of legged robots allow them to adapt to unique challenges. We can think of them as adaptable assistants on-site.
Let's discuss aerial drones now. How do you think they contribute to construction?
They can deliver supplies or survey site conditions from above.
Right! Aerial drones are essential for site inspections and deliveries. Their perspective can reveal a lot about construction progress and safety.
Can they also help with mapping?
Absolutely! They often use technology like SLAM for real-time mapping, which assists in site management. For aerial drones, think of the acronym D.R.O.N.E: Delivery, Reconnaissance, Observation, Navigation, and Examination.
Ideal for mobility on even terrain and transporting materials.
Designed for uneven terrains, offering greater agility in complex environments.
Utilized for inspection, delivery, and surveying, providing a bird's-eye view of construction sites.
For site precision, tracked or wheeled, on smooth paths, their power revealed.
Imagine a builder using Spot, the legged robot, to climb over rubble and rocks while others performed flat tasks. The aerial drone watches above, ensuring no stone is left unturned.
Remember D.R.O.N.E: Delivery, Reconnaissance, Observation, Navigation, Examination for aerial drones.
Use TAM for Tracked and wheeled Mobile systems.
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Tracked Robots
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Wheeled Robots
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Legged Robots
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Aerial Drones
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Robots designed with tracks that allow for mobility on uneven terrains, often used in construction sites.
Robots with wheels for mobility, suitable for flat and smooth surfaces.
Robots that walk on legs, allowing for navigation across complex and uneven areas.
Unmanned aerial vehicles used for tasks like surveying, mapping, and delivery in construction.
Simultaneous Localization and Mapping, a technology used for creating maps and navigating spaces.
This section covers the various types of mobile robotic platforms used in construction, including tracked, wheeled, legged robots, and aerial drones.
In this section, we explore the different types of mobile platforms that are essential for on-site robotic fabrication in construction. These platforms include tracked robots, wheeled robots, legged robots such as Boston Dynamics' Spot, and aerial drones, each serving unique purposes and adapting to diverse construction environments.
This section focuses on the different types of mobile platforms that play a crucial role in robotic systems within the construction industry. Mobile robots can be categorized based on their locomotion mechanisms, which impact their ability to navigate varied terrains and perform specific tasks effectively.
Tracked and Wheeled Robots: These robots are designed for smooth navigation over various terrains, making them ideal for construction sites that have uneven surfaces or require stability during operation.
Legged Robots: An example is Boston Dynamics' Spot, designed to traverse complex and uneven terrains, these robots mimic animal movement, allowing for greater agility in challenging construction environments.
Aerial Drones: Often employed for tasks such as component delivery and site inspection, aerial drones offer the advantage of reaching areas that might be difficult for ground-based robots, providing a comprehensive view of the site.
Each type of platform is selected based on the specific requirements of the construction task at hand, highlighting the diverse applications of robotic technology in modern construction workflows.