Choose an AGV supplier by testing how well it can match a proposed vehicle and control system to your actual material flow—not by comparing vehicle prices alone. Start with your loads, routes, traffic conditions, required throughput, and facility constraints, then ask each supplier to explain its solution, implementation plan, and after-sales support against the same requirements. A suitable supplier should be willing to identify open questions and limitations before you commit. This process helps you compare proposals on operational fit, delivery risk, and long-term serviceability.
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Before contacting suppliers, define the material-handling problem in observable terms. Note what is being moved, where it starts and ends, how often it moves, and which tasks currently depend on manual handling or fixed equipment. Also identify the business outcome you want, such as reducing repetitive transport, improving traceability, or connecting work areas more consistently.
Collect the details that shape an AGV project: load dimensions and weight, pickup and drop-off methods, travel paths, floor conditions, doorways, ramps, pedestrian crossings, and operating hours. Record exceptions as well as the normal route, including blocked aisles, shift changes, and peak periods. A supplier cannot assess a route reliably from a facility drawing alone if the drawing does not show actual traffic and process constraints.
Use measurements to make supplier proposals comparable. For example, an illustrative project brief might specify a maximum payload of 1,000 kg, a clear aisle width of 2,400 mm, and a peak requirement of 20 trips per hour. These are example planning values, not recommended specifications; your values should come from the load, layout, and production plan at your site.
Separate firm requirements from preferences. A required transfer interface or a restricted operating area may be non-negotiable, while a particular navigation method may be open to discussion. This distinction allows suppliers to propose alternatives without obscuring whether the essential operating needs are met.
Ask each AGV supplier to map your transport tasks to a proposed vehicle type and explain how loads are picked up, carried, and released. The solution may involve a towing vehicle, a unit-load carrier, a forklift-style AGV, or another configuration, depending on the load and transfer process. Do not assume that a vehicle suitable for one route or load is suitable for every task in your facility.
Request a clear description of the proposed operating flow, including traffic rules, stations, operator interactions, and what happens when a route is unavailable. If your operation includes industrial transfer carts or existing material-handling equipment, ask how these will interface with the AGV workflow. The supplier should distinguish what is included in its proposal from equipment or integration work that your team must provide.
Ask how the supplier will assess routes and handle people, other vehicles, crossings, doors, and shared work zones. The important question is not simply which navigation technology is used, but whether the supplier can explain how the system will operate in your environment and what facility changes may be needed. Request assumptions about floor conditions, network availability, access control, and traffic patterns in writing.
Discuss safety as a project requirement, not as a late-stage accessory. Ask the supplier to describe the risk-assessment process, protective functions, operating boundaries, and responsibilities for site preparation and validation. Requirements vary by application and location, so confirm applicable obligations with qualified project stakeholders rather than relying on a general sales statement.
Determine how the AGV will communicate with your warehouse management system, manufacturing execution system, production equipment, or existing fleet controls, if integration is required. Ask which data, signals, and interfaces are included, who supplies them, and how exceptions are managed. A proposal that says “integration available” is not enough to establish the scope or responsibility.
Request a simple system architecture and a list of required interfaces. Clarify whether your IT team will need to provide network access, server resources, or cybersecurity approvals. If the first phase is intended to operate independently, ask how the supplier would support a later expansion without promising compatibility that has not been assessed.
Ask for the project sequence from design review through installation, commissioning, operator training, and handover. A credible plan identifies required site information, customer responsibilities, decision points, and the method for addressing changes. Compare the assumptions behind proposed schedules rather than treating a quoted delivery date as a complete implementation plan.
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Agree on practical acceptance criteria before purchase. These may cover specified routes, load-transfer steps, operating modes, documentation, and training, depending on the project. Acceptance should be based on requirements agreed by both parties, not on vague language such as “works as expected.”
Ask what support is available after handover and how service requests are handled. Clarify the support channel, service coverage area, spare-parts approach, software update process, and what is included in any maintenance agreement. Do not assume that a supplier’s manufacturing or export capability automatically means it can provide the response model your site needs.
Discuss maintainability with the people who will operate and service the system. Ask for user and maintenance documentation, training scope, troubleshooting guidance, and a list of customer-maintained items. If the operation depends on a particular service response, include that requirement in the commercial discussion and contract review.
Score suppliers against the same categories and evidence, rather than relying on presentation quality or a single headline specification. A simple weighted scorecard can help your team surface trade-offs; assign weights based on project priorities and document why each score was given. The table below is a starting point, not a universal ranking system.
| Evaluation area | Questions to ask | Evidence to request |
|---|---|---|
| Application fit | Does the proposed vehicle match the load, transfer method, and route? | Load and route assumptions; proposed operating flow |
| Facility readiness | What layout, floor, network, or process changes are needed? | Site survey scope; documented prerequisites |
| Integration | Which systems and interfaces are included? | Architecture; interface list; responsibility matrix |
| Implementation | How will installation, testing, and handover be managed? | Project plan; training and acceptance criteria |
| Lifecycle support | How will maintenance, parts, and service requests be handled? | Support scope; documentation; service terms |
A low initial quotation may exclude integration, facility preparation, training, commissioning, or ongoing support. Compare the full scope and identify exclusions before evaluating total cost. Ask suppliers to separate equipment, engineering, software, installation, and service costs where applicable.
If suppliers receive different load data or route assumptions, their proposals may not be comparable. Provide a common brief and ask each supplier to list assumptions and unresolved questions. This also helps reveal where additional site measurement or process analysis is needed.
Designing only for the simplest route can leave the system poorly matched to shift peaks, temporary obstructions, product changes, or planned facility modifications. Explain how often routes or loads may change and ask what those changes would require. Avoid paying for expansion features without a defined need, but do not ignore known changes that affect the initial design.
Build a short project pack with a facility layout, route descriptions, load data, operating schedule, transfer-point photos, and a list of current process issues. Mark any data that is estimated so suppliers can identify what needs verification. If possible, involve operations, engineering, maintenance, IT, and safety stakeholders in the review.
For shortlisted suppliers, arrange a technical review focused on your actual workflow rather than a generic product presentation. Ask them to walk through one normal transport cycle and one exception, such as a blocked route or unavailable station. Record the answers and update the scorecard so that decisions remain traceable across departments.
At Zhijieyou, we can review your material-handling requirements and discuss whether an AGV or related industrial transfer solution may fit the application. To make an initial discussion useful, share the payload and load dimensions, origin and destination points, route layout, expected transport frequency, operating schedule, and required system interfaces. We can then clarify the information needed to assess solution scope and identify questions that should be resolved before a formal proposal.
When requesting a quotation, ask us to state the proposed configuration, project assumptions, customer-side responsibilities, implementation scope, and available support clearly. If a requirement has not been verified, it should be treated as an open item rather than presented as a confirmed capability. This approach helps both sides align expectations before procurement.
The right AGV supplier is the one that can connect your documented workflow to a clearly scoped solution, explain site and integration requirements, and define implementation and support responsibilities. Begin with measured operating needs, compare proposals using a shared scorecard, and resolve exceptions, acceptance criteria, and lifecycle support before placing an order. Your next step is to prepare a project brief and invite qualified suppliers to review the same information. Contact Zhijieyou with your application details to start a practical discussion about your warehouse or manufacturing transport requirements.
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