Buying an Industrial AGV isn’t like buying a normal piece of factory equipment.
You can’t simply look at a brochure, compare two prices, and choose the one with the most features.
An AGV has to work inside your factory.
It needs to move through your actual aisles, carry your actual materials, operate around your employees and machines, and keep up with your production requirements.
That’s why the right AGV for one factory may be completely wrong for another.
A battery manufacturing plant, for example, may need a very different AGV from a steel plant. A warehouse moving 500 kg pallets doesn’t have the same requirements as a heavy engineering company moving 100-tonne equipment.
So, before you start comparing AGV manufacturers, there are a few practical questions you should answer.
Let’s go through them.
1. Start With the Material You Need to Move
The first question isn’t:
“Which AGV should we buy?”
It’s:
“What exactly do we need to move?”
Make a list of the materials the AGV will transport.
For example:
- Pallets
- Battery cells
- Battery modules
- Battery packs
- Steel components
- Machinery
- Production fixtures
- Containers
- Automotive components
- Large industrial structures
Then look at the size and shape of those materials.
A load that is long and narrow may require a different AGV design than a compact, heavy load.
This information gives the manufacturer a starting point for designing the right vehicle.
2. Know Your Actual Load Capacity
This is probably the most important specification.
Don’t choose an AGV based only on the average weight of your material.
Find out the maximum weight the vehicle will need to carry.
For example:
| Application | Approximate Load Requirement |
| Small components | Under 1 tonne |
| Pallets and containers | 1–5 tonnes |
| Heavy production equipment | 5–20 tonnes |
| Heavy industrial components | 20–100 tonnes |
| Large machinery/structures | 100–300+ tonnes |
These are only examples. The actual AGV capacity should be selected based on your specific application.
If your factory occasionally handles a much heavier load, that needs to be considered during the design stage.
Don’t make the mistake of choosing an AGV that’s just powerful enough.
There should be an appropriate safety and operational margin based on the application.
3. Look at Your Factory Floor
An AGV may work perfectly in one factory and struggle in another simply because the floor layout is different.
Before choosing an AGV, look at:
- Aisle width
- Turning areas
- Floor condition
- Slopes
- Ramps
- Doorways
- Columns
- Production machines
- Pedestrian walkways
- Emergency exits
Also consider the floor itself.
Is it smooth?
Is it uneven?
Does it have expansion joints?
Will the AGV need to travel over different floor surfaces?
These details matter, particularly for heavy-duty applications.
4. Decide How the AGV Will Navigate
There are several ways an Industrial AGV can navigate through a factory.
LiDAR / Laser Navigation
The AGV uses laser-based sensors to understand its surroundings and determine its position.
This can provide flexibility when factory layouts change.
QR Code Navigation
QR markers are placed at specific points in the facility and the AGV uses them for positioning.
Magnetic Guidance
Magnetic strips or markers can guide the vehicle along predefined routes.
Natural Navigation
The AGV uses its sensors and digital map to understand the environment and navigate without relying entirely on physical guide paths.
There is no universal “best” navigation system.
The right choice depends on your factory layout, required flexibility, accuracy, environment, and application.
5. Think About People Sharing the Same Space
This is one of the most important questions.
Will the AGV operate in a completely automated area?
Or will employees, forklifts, cranes, and other vehicles use the same routes?
If people and AGVs share the factory floor, safety becomes a major design consideration.
Modern Industrial AGVs can use technologies such as:
- Safety laser scanners
- LiDAR
- Obstacle detection
- Emergency stops
- Warning lights
- Audible alarms
- Automatic speed reduction
- Safety zones
The safety system should be designed around the actual operating environment.
A busy factory floor requires a different approach from a restricted automation area.
6. Calculate How Much the AGV Will Travel
Here’s a simple question that is surprisingly important:
How far does the AGV need to travel every day?
Suppose an AGV needs to travel 500 metres per trip and complete 100 trips per day.
That’s 50 kilometres of daily travel.
Now consider:
- Number of trips
- Distance per trip
- Vehicle load
- Travel speed
- Operating hours
- Idle time
This information helps determine the battery capacity, charging strategy, and number of AGVs required.
7. Don’t Forget About Battery and Charging
Your AGV is only useful when it’s available to work.
That’s why battery planning should be part of the project from the beginning.
Depending on your operation, you may consider:
Conventional Charging
The AGV goes to a charging station when its battery needs to be replenished.
Opportunity Charging
The AGV charges during planned idle periods.
Automatic Charging
The vehicle can automatically move to a charging station and begin charging without manual intervention.
The best approach depends on your production schedule.
If your factory operates continuously, charging strategy becomes even more important.
8. Decide Whether You Need One AGV or a Fleet
One AGV may be enough for a simple transportation route.
But what happens when production grows?
You might eventually need:
- 2 AGVs
- 5 AGVs
- 10 AGVs
- 20+ AGVs
If you expect your operation to grow, choose a system that can scale.
Fleet management software can help coordinate multiple vehicles by managing:
- Tasks
- Routes
- Traffic
- Priorities
- Charging
- Vehicle availability
This prevents individual AGVs from working independently and creating unnecessary congestion.
9. Consider Integration With Your Existing Systems
This is where an AGV can move from being “automated equipment” to becoming part of a smart factory.
Ask whether your AGV needs to communicate with:
- MES
- ERP
- WMS
- PLC
- Warehouse systems
- Production machines
- IoT platforms
For example:
A production system identifies that a material is required.
↓
The system creates an AGV task.
↓
The fleet manager assigns an available AGV.
↓
The AGV collects the material.
↓
The material is delivered to the production line.
↓
The system receives confirmation.
That is a much more powerful setup than simply pressing a button to start an AGV.
10. Think About the Future, Not Just Today
Imagine you buy an AGV for your current production requirements.
Two years later, your factory expands.
Production increases by 50%.
You add another production line.
Suddenly, your AGV system isn’t large enough.
This is why future planning matters.
Ask yourself:
- Will production increase?
- Will the factory layout change?
- Will we add more AGVs?
- Will we need heavier loads later?
- Will we integrate more automation?
- Will we need additional routes?
A scalable system can save you from having to redesign the entire automation setup later.
11. Standard AGV or Custom Industrial AGV?
This is another important decision.
For straightforward applications, a standard AGV may be sufficient.
But some industrial environments aren’t straightforward.
You may need a vehicle that can:
- Carry unusually large loads
- Operate in narrow spaces
- Travel long distances
- Handle unusual floor conditions
- Work outdoors
- Move oversized components
- Integrate with specialised machinery
In these situations, a custom Industrial AGV may make more sense.
The goal shouldn’t be to buy the most customised vehicle possible.
The goal should be to customise only what your application actually requires.
12. What If You Need to Move 100 or 300 Tonnes?
This changes the conversation completely.
A factory moving extremely heavy loads may need a Heavy Duty AGV rather than a conventional industrial vehicle.
Heavy-duty AGVs can be designed for applications involving:
- 50-tonne loads
- 100-tonne loads
- 200-tonne loads
- 300-tonne loads
- Specialised oversized loads
At these capacities, the manufacturer needs to consider much more than the vehicle’s motor.
Important factors include:
- Load distribution
- Wheel configuration
- Traction
- Braking
- Steering
- Floor loading
- Turning radius
- Battery capacity
- Safety systems
- Load dimensions
For heavy-duty applications, a detailed site assessment is essential.
13. Don’t Choose an AGV Based Only on Price
This is probably the biggest buying mistake.
Two AGVs may look similar on paper but have completely different capabilities.
One quotation might include:
- Vehicle
- Navigation
- Safety system
- Software
- Installation
- Training
- Commissioning
Another supplier may quote only the vehicle.
Suddenly, the cheaper AGV isn’t necessarily cheaper.
When comparing suppliers, look at the Total Cost of Ownership (TCO).
Consider:
- Purchase price
- Software
- Installation
- Charging infrastructure
- Maintenance
- Spare parts
- Energy consumption
- Training
- Integration
- Technical support
A slightly higher initial investment can sometimes provide much better long-term value.
14. Ask the AGV Manufacturer the Right Questions
Before making a purchase, ask the manufacturer:
About the vehicle
- What is the maximum load?
- What are the vehicle dimensions?
- What is the maximum speed?
- What is the turning radius?
About navigation
- Which navigation technology is being used?
- Can the route be changed?
- How accurate is positioning?
About safety
- How does the AGV detect obstacles?
- How does it interact with people?
- What happens during an emergency?
About battery
- How long can it operate?
- How long does charging take?
- Is automatic charging available?
About software
- Is fleet management included?
- Can it integrate with MES or WMS?
- Can the system monitor AGV performance?
About support
- Who will install the system?
- Who handles commissioning?
- What training is provided?
- What after-sales support is available?
- Are spare parts available in India?
These questions can save you from expensive surprises later.
15. Choose an AGV Manufacturer That Understands Your Industry
An AGV manufacturer should understand more than the vehicle.
They should understand your application.
For example, a battery manufacturing plant has very different requirements from a steel plant.
A warehouse has different requirements from a heavy engineering facility.
The manufacturer should ideally be able to understand:
- Your production process
- Material flow
- Factory layout
- Safety requirements
- Load characteristics
- Automation requirements
That application knowledge can make a significant difference to the success of an AGV project.
Why Choose Semco Robotics for Your Industrial AGV?
At Semco Robotics, the focus is on developing AGV solutions around the actual requirements of the customer’s operation.
Instead of treating every factory as the same, the solution can be designed around factors such as:
- Load capacity
- Material dimensions
- Factory layout
- Navigation requirements
- Travel distance
- Safety requirements
- Production workflow
- Software integration
- Future scalability
For heavy industrial applications, Semco Robotics also develops Heavy Duty AGV solutions designed to handle demanding material transportation requirements.
Whether the requirement involves standard industrial material movement or extremely heavy loads, the objective is the same:
Build an automation solution that works in the real factory—not just on paper.
A Simple Checklist Before Buying an Industrial AGV
Before contacting an AGV manufacturer, prepare these details:
☑ Maximum load weight
☑ Load dimensions
☑ Pickup location
☑ Delivery location
☑ Daily number of trips
☑ Travel distance
☑ Factory layout
☑ Floor conditions
☑ Operating hours
☑ Number of workers sharing the route
☑ Existing forklifts and equipment
☑ Required navigation method
☑ Battery/charging requirements
☑ MES/ERP/WMS integration requirements
☑ Future production expansion plans
Having this information ready makes the quotation process much faster and more accurate.
Final Thoughts
Choosing the right Industrial AGV isn’t about finding the vehicle with the longest list of features.
It’s about finding the vehicle that fits your factory.
The right AGV should be able to carry your materials, navigate your facility, operate safely around your employees, work for the required hours, communicate with your existing systems, and adapt as your production grows.
Take the time to understand your material flow before making a decision.
And don’t be afraid to ask an AGV manufacturer to visit your facility and study the application.
Because when it comes to industrial automation, the best solution is rarely the one that looks best in a brochure.
It’s the one that works reliably on your factory floor every day.
Frequently Asked Questions
What is the most important factor when choosing an Industrial AGV?
Load capacity is one of the most important factors, but factory layout, navigation, safety, travel distance, battery requirements, and integration are equally important when designing the complete solution.
How do I know what AGV capacity I need?
Start with the maximum weight and dimensions of the material you need to transport. The AGV should then be selected based on the actual operating conditions and required safety margin.
Can an Industrial AGV work around people?
Yes. AGVs can be equipped with safety scanners, LiDAR, obstacle detection, emergency stops, and other safety technologies designed for shared industrial environments.
Should I buy a standard or customised AGV?
Standard AGVs can work well for straightforward applications. Customisation may be more appropriate when you have unusual load dimensions, high load capacities, complex routes, or specialised integration requirements.
Can an Industrial AGV integrate with MES?
Yes. Depending on the system architecture, AGVs can communicate with MES, ERP, WMS, PLC, and other factory automation systems.
How much does an Industrial AGV cost in India?
There is no single price. Cost depends on load capacity, navigation, battery, safety systems, software, integration, installation, and the overall application requirements.
Can AGVs carry 100 or 300 tonnes?
Yes. Specialised Heavy Duty AGVs can be engineered for very high-capacity applications, including 100-tonne, 200-tonne, and 300-tonne load requirements.