4 Advice to Choose a what is an agv

16, Dec. 2024

 

The 4 Most Common Types of AGV Explained

Automated Guided Vehicle Definition

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Let's start by defining what exactly an AGV is and how it is different to an AMR.

An automated guided vehicle or AGV is a mobile robot that follows a series of predetermined instructions, cues or signals to move around a site and complete actions (like picking up or dropping off materials) autonomously.

Are AGVs different to AMRs?

AGVs and autonomous mobile robots (AMRs) are often confused.

Some people in the industry use these terms interchangeably, however, there is a difference. The U.S. safety standard for industrial mobile robots, ANSI/RIA R15.08-1- (R15.08) defines the difference between AGVs and AMRs as 'how they traverse the specified operating environment.'

Put simply, an AGV moves through an environment by following predefined guide paths ' either virtual or physical ' and uses collision avoidance (stopping and waiting in case of a blockage). By contrast, AMRs can set their own paths and use obstacle avoidance to navigate around any blockages.

Generally speaking, the types of AGV listed in this post use the classic AGV 'stop and wait' approach to dealing with blockages.

4 Types of AGVs

The following are the most common types of AGV on the market today.

1. Underride AGVs

Underride AGVs drive underneath payloads such as carts and trollies to move these from point to point. Underrides connect to their payloads in a variety of ways, such as via tow pins and lift modules. Some underride AGV models are also capable of acting as tow tractors by hitching to trains of carts.

Underride AGVs are used in material handling and manufacturing applications, for example, to move semi-finished goods between different production stations. They are often deployed in large fleets, most notably in automotive production.

Simple in design, these low-profile robots are flexible and relatively low-cost compared to other types of AGV such as forked models.

You might also hear underride AGVs being called: automated guided carts (AGCs), self-driving carts, under-cart AGVs, or mouse AGVs.

Kivnon of Spain produces several models of underride or 'mouse' AGV, many of which are used in automotive manufacturing.

2. Tow tractor AGVs

This type of AGV hitches to payloads such as carts and other logistic trains. Tow tractor or 'tugger' AGVs offer towing capacities of up to several tons. And since they can move several carts at one time they offer high throughput. An example use case of a tugger AGV is the transfer of parts to an assembly line.

Many tractor AGVs are actually automated versions of human-driven vehicles. These may also offer hybrid operation, allowing a worker to take over and drive if required.

You might also hear tow tractor AGVs being called: tractor AGVs, tugger AGVs, towing AGVs.

Toyota Forklift in the USA currently offers two tractor AGVs, one of which is the Core Tow Tractor Automated Forklift.

3. Unit load AGVs

Unit load AGVs carry their cargo on top. They are available with different transfer devices, such as conveyors and lift platforms, and are found most often in production and warehouse facilities.

Unit load AGVs are available in many sizes - including custom-designed configurations - and are capable of carrying a diverse range of payloads. They are used to transport everything from light goods and pallets to robotic arms, truck tires and multi-ton steel coils.

You might also hear unit load AGVs being called: unit load carrier AGVs, unit load deck AGVs, and turtle AGVs.

DTA of Spain produces large-capacity unit load AGVs that are used to transport extremely heavy payloads such as 25-ton steel coils.

4. Forked AGVs

Forked AGV simply refers to any automated guided vehicle with forks. These vehicles perform similar types of tasks to automated forklifts: lifting and transporting materials and goods, most often pallets.

An important distinction: while automated forklifts (also called automated guided forklifts or AGFs) are robotic versions of existing, manually-driven forklift trucks, forked AGVs are not. Instead, they are designed from the ground up for automated operation only. Therefore, forked AGVs do not offer hybrid operation (they cannot be manually driven if needed).

Numerous types of forked AGV are available, from pallet truck AGVs to counterbalance, reach truck and very narrow aisle (VNA) models. While forked AGVs cost significantly more than their manual forklift equivalents, their efficiency benefits often lead to a significant return on investment being achieved, often in as little as one or two years.

You might also hear forked AGVs being called: fork AGVs, forklift AGVs, and pallet truck AGVs.

The Nipper intelligent pallet truck is a popular forked AGV by F3-Design of the Netherlands.

Which type of AGV is best for your business?

That depends. The type of AGV which is best for your business depends on the work you do. And while we've outlined the four most common types of AGVs, there are a lot of variations within these categories.

To get expert, no-obligation advice, get in touch with our team. Or, browse our Vehicle Finder to find an AGV supplier near you.

7 Types of Automated Guided Vehicles (AGVs)

Today, warehouses and factories use high-tech tools to work faster and better. One such tool gaining popularity is the Automated Guided Vehicle (AGV). AGVs are robots that help with different jobs in these places.

There are different types of AGVs, like Cart AGVs, smart AMRs, and tough Outdoor AGVs. Each one is made for specific tasks.

In this article, we'll learn all about AGVs. We'll see what makes them special, get useful advice, and find interesting facts to help you pick the right AGV for your needs.

But first, let's start with:

What is an AGV?

An Automated Guided Vehicle (AGV) moves materials around without needing a person to drive it. AGVs follow specific paths set out for them, which can be marked on the floor or guided by more high-tech means like lasers or cameras. They're great for doing the heavy lifting, from bringing raw materials where they need to go to carrying finished products to their final spots.

Using AGVs means fewer mistakes and accidents, as they're programmed to do their job precisely every time. They fit right into any place that makes or stores things, helping get materials from point A to point B quickly and safely. By taking over the boring or tricky moving tasks, AGVs free up people to focus on other important work, making the whole operation run smoother and faster.

How Does an AGV Work?

AGVs have a brain, which is really just a computer, that tells them where to go and what to do. They follow a set path laid out in their environment, which can be marked on the floor with tape, wire, or magnets, or they might use lasers, cameras, or GPS if they're more high-tech.

When you tell an AGV to move something from point A to point B, it uses its built-in sensors to see the world around it, making sure it doesn't bump into anything or anyone on its way. These sensors help the AGV to stop if something crosses its path unexpectedly, keeping things safe.

AGVs are part of a bigger system that's all about making things run smoother and faster, without making mistakes. They can be told what to do from a central computer, which keeps track of everything they're carrying and where everything needs to go. This smart coordination helps factories and warehouses get more done with less effort, reducing costs and making the workplace safer and more efficient.

What are the Main Differences Between an AGV and an AMR?

AGVs and AMRs are both types of robots that help move things around in places like factories or warehouses. The big difference between them comes down to how they find their way.

AGVs follow a set path that you lay out using tapes, wires, or magnets on the floor. This makes AGVs really good for jobs where they do the same route over and over again. But if something blocks their way or if you want to change their route, you'll have to make those adjustments yourself.

AMRs, however, are more like self-driving robots. They use cameras and sensors to see what's around them and figure out the best way to get to where they need to go. This means AMRs can dodge obstacles, decide on new paths by themselves, and don't need you to change the environment for them to work well. They're great for places where things are always moving around, and you need a robot that can keep up with the changes.

So, if you need a robot for simple, unchanging tasks, an AGV could be right for you. But if you're looking for something that can adapt to different situations on its own, you might want to consider an AMR.

Now, let's dive into the details:

7 Types of AGVs:

1. Cart AGV: 

Cart AGVs are like the hard workers of moving stuff in warehouses and factories. They have a flat surface to put things on and are really good at carrying stuff of different sizes and weights. They can handle items from a few kilograms to several tons. These AGVs are also smart; they can see obstacles and avoid them using technology like LiDAR, which makes sure they move safely even when things change around them.

Tip: If you want to make the most of a Cart AGV, think about how big and heavy your stuff is. Pick an AGV that can carry the right weight, and make sure it can move around your place without any problems.

Contact us to discuss your requirements of what is an agv. Our experienced sales team can help you identify the options that best suit your needs.

Cart AGV (agvnetwork)

2. Forklift AGV: 

When you need to move big, heavy stuff on pallets or in boxes, robot forklifts are a great choice. These AGVs work a lot like regular forklifts, with arms to lift and carry really heavy things. They can carry loads from about 1,000 kilograms to over 10,000 kilograms, making them perfect for warehouses and places where things are sent out. When you use them with Warehouse Management Systems (WMS), it helps plan the best way to load stuff, find the right route, and keep track of everything in the warehouse. This makes warehouses work better.

Tip: Think about how heavy the things you usually move are. Pick a Forklift AGV that can handle that weight. Also, check if it has safety features to avoid accidents.

Forklift AGV

3. Towing AGV: 

When you need to move many carts or equipment at once, Towing AGVs are a big help. They're made to pull other things behind them, making it easy to move stuff around. These AGVs can connect to and disconnect from the things they're towing all by themselves, which makes them flexible and adaptable. To choose the right Towing AGV, you need to think about how many carts or equipment you want to tow and how heavy they are.

Tip: Think about how many carts or equipment you need to move and how heavy they are. Make sure the Towing AGV can handle all that weight. Also, check if it can connect to your carts or equipment.

Towing AGV (jbtc)

4. Unit Load AGV: 

Unit Load AGVs are pros at moving things like pallets or containers. They're often seen in warehouses, distribution centers, and factories, where they make moving stuff around more efficient. These AGVs can carry different weights, from a few kilograms to several tons, and they fit right into your existing racks or storage systems. Some even use RFID technology to automatically know what's on the pallets or in the containers, which helps with keeping track of things.

Tip: Think about how big and heavy the materials you need to move is. Pick a Unit Load AGV that can handle that weight and works with your storage setup. Check if it has ways to keep the load stable for safe transport.

Unit Load AGV (agvnetwork)

5. AMR (Autonomous Mobile Robot): 

Autonomous Mobile Robots (AMRs) are super versatile in AGV technology. They use smart sensors, mapping, and AI to move around on their own, even in changing places. AMRs can do lots of jobs, like moving things and picking orders. To pick the right AMR, think about what you need it to do, like general moving or special tasks. Check how well it can navigate, how long the battery lasts, and if it works with your software.

Tip: Think about what you need the AMR to do and how well it needs to move. Check its navigation skills, battery life, and software compatibility. This way, it fits well into your system.

AMR

6. Outdoor AGV: 

Outdoor AGVs are made to work in challenging places like construction sites, ports, or outdoor storage yards. They are strong and can carry heavy things, even in bad weather. Some use GPS to find their way in large open areas. When choosing an Outdoor AGV, think about the outdoor tasks you need it for, how much weight it can carry, how tough it is, and if it can handle rough weather.

Tip:Decide what outdoor jobs you have, like moving heavy stuff or handling containers. Check if the Outdoor AGV can carry the weight you need and handle tough conditions. Also, make sure it can move on rough terrain.

Outdoor AGV (sick)

7. Mobile Picking Robot:

Mobile Picking Robots are special AGVs for filling orders and picking things in warehouses or online stores. They have robot arms or grippers to grab individual items or small packages very precisely. They use smart machine vision and AI to pick things accurately and fast. To pick the right Mobile Picking Robot, think about the size and weight of the things you're picking. Check if it can carry the weight, how it grabs things, and if it works with your inventory system and current processes.

Tip: Think about the size and weight of the items you're picking. Make sure the Mobile Picking Robot can carry the weight, grab things well, and fit into your existing work system.


Mobile Picking Robot (Robotics 24/7, )

Conclusion:

AGVs, or smart robots, are here to make your warehouse or factory work smoother. They come in various types, each designed for specific tasks'like moving heavy loads or picking orders with precision. This article helped you understand AGVs: their types, functions, and how to choose the right one for your needs. Now you know whether you need a heavy-lifter for outdoor tasks or a quick picker for your orders. Choosing the right AGV means aligning it with what you need most, ensuring your operations become more efficient, safe, and ahead of the curve. Ready to pick the perfect AGV?

Do you want to compare different AGVs?

 

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