Can an ADV replace an AGV in a manufacturing environment?

In some cases, yes. ADVs offer more flexibility and do not require physical infrastructure. However, in high-throughput, fixed-route manufacturing environments, AGVs may offer speed and reliability advantages. The right choice depends on the specific operation.

Are AGVs cheaper than autonomous delivery vehicles?

The total cost comparison depends on the specific vehicles, infrastructure requirements and operational context. AGVs require physical infrastructure installation that adds to deployment cost. ADVs have higher per-vehicle technology cost but lower infrastructure requirements. A total cost of ownership analysis is recommended.

Can AGVs and ADVs operate in the same facility?

Yes, in principle. However, co-operation between AGVs and ADVs in the same space requires careful planning to avoid conflicts. WOX recommends a detailed site assessment for any mixed-technology deployment.

Comparison 2026-07-13 7 min read

Autonomous Delivery Vehicle
vs AGV

Automated guided vehicles (AGVs) and autonomous delivery vehicles (ADVs) are both used for internal logistics — but they work very differently. Understanding the distinction helps organisations choose the right technology for their specific operation.

What Is an AGV?

An automated guided vehicle (AGV) is a vehicle that follows a fixed physical path — typically defined by magnetic tape, wires embedded in the floor, or optical markers. AGVs are reliable and well-established in manufacturing and warehouse environments, but they require significant infrastructure investment and cannot adapt to changes in the operating environment without physical modification.

What Is an Autonomous Delivery Vehicle?

An autonomous delivery vehicle (ADV) uses sensors, maps and onboard AI to navigate freely within a defined area — without fixed physical infrastructure. It can follow different routes, respond to obstacles and adapt to changes in the environment. This flexibility makes ADVs suitable for a wider range of environments, including outdoor campuses, hospitals and airports.

Key Differences

The fundamental difference is infrastructure dependency. AGVs require physical guidance infrastructure — tape, wires or markers — that must be installed, maintained and modified when routes change. ADVs use digital maps and sensors, requiring no physical guidance infrastructure. This makes ADVs faster to deploy, easier to reconfigure and suitable for environments where physical infrastructure installation is impractical.

AGVs require physical guidance infrastructure; ADVs do not

ADVs can operate outdoors; most AGVs are indoor-only

ADVs can navigate around obstacles; AGVs typically stop and wait

AGVs are typically faster in high-throughput, fixed-route environments

ADVs are more flexible and easier to reconfigure as operations change

When to Choose an AGV

AGVs are well-suited to high-throughput, fixed-route environments where the operating area is stable and the investment in physical infrastructure is justified. Manufacturing production lines, large distribution centres with fixed conveyor layouts and environments where speed and throughput are the primary requirements are typical AGV use cases.

When to Choose an Autonomous Delivery Vehicle

ADVs are better suited to environments where flexibility, outdoor operation or mixed pedestrian and vehicle traffic is required. Hospitals, universities, airports, hotels and industrial parks — where routes change, outdoor operation is needed or pedestrian safety is a priority — are typical ADV use cases. ADVs are also faster to deploy and easier to reconfigure as operational needs evolve.

WOX Relay in Context

WOX Relay is an autonomous delivery vehicle designed for controlled-environment operation in airports, hospitals, universities, industrial parks and similar sites. It does not require physical guidance infrastructure, operates outdoors and indoors, and can navigate around obstacles. It is managed through the WOX Fleet Platform, which provides real-time visibility and mission management.

Summary

AGVs and autonomous delivery vehicles serve similar logistics purposes but work very differently. AGVs follow fixed physical paths and are well-suited to high-throughput, stable environments. ADVs use sensors and AI to navigate freely, making them more flexible, faster to deploy and suitable for a wider range of environments — including outdoor campuses, hospitals and airports.

FAQ