Choose an automatic guided vehicle manufacturer by checking how well its engineering process matches your material-handling requirements—not by comparing vehicle prices alone. We recommend defining the load, route, operating schedule, facility conditions, and required system connections before you request quotations. Then assess each manufacturer’s technical questions, customization approach, safety documentation, commissioning plan, and after-sales support. This process helps you compare proposals on the same basis and identify risks before placing an order.
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Start with the task you want the AGV system to perform. Describe where loads begin and end, how often transfers happen, who or what shares the route, and what currently limits the process. Include unusual conditions such as narrow passages, floor joints, ramps, dust, temperature variation, or frequent layout changes. A manufacturer can make a more relevant recommendation when it understands the operating problem rather than just the vehicle type you have in mind.
Record the load’s maximum weight, dimensions, center of gravity, and how it is picked up or carried. Map the travel route and note turning areas, crossings, doors, elevators, and stopping points. For example, a buyer might specify a 1,000 kg maximum payload and an 8-hour operating shift as project requirements; these are inputs for engineering review, not universal AGV standards. Also state whether the vehicle needs to move continuously, work in batches, or serve multiple stations.
Share realistic traffic and cycle information where available, but identify estimates as estimates. Tell suppliers about planned production growth or facility changes that may affect routes and fleet size. If you do not yet have complete measurements, say so and ask what additional survey or data the manufacturer needs. This helps prevent early assumptions from being mistaken for confirmed design conditions.
Different applications call for different vehicle layouts and guidance approaches. A towing vehicle may suit repeated movement of carts, while a unit-load vehicle may be better for moving individual pallets or containers. Some applications require a customized load interface, transfer mechanism, or connection to production equipment. Ask the manufacturer to explain why its proposed design fits your load and workflow, and what alternatives it considered.
Ask how the proposed navigation method works in your facility and what environmental or infrastructure conditions it depends on. Clarify whether route changes, reflective surfaces, temporary obstacles, or shared pedestrian areas affect system planning. Measure the usable aisle width—for example, 2.2 m—and have the manufacturer check turning and clearance requirements against the actual vehicle and load envelope. Do not rely on a vehicle’s general dimensions alone to confirm that it can safely travel through your site.
Discuss the expected duty cycle, charging approach, battery access, and planned operating windows. Request the assumptions behind any stated capacity or throughput estimate, including traffic conditions, travel distance, loading time, and charging allowances. A supplier should distinguish estimated project performance from results that have been validated for your specific layout. This makes it easier to identify where a site survey or pilot is appropriate.
A capable manufacturer should be able to explain how it moves from requirements to a proposed configuration. Look for clear questions about payload, route, interfaces, safety, charging, and facility constraints. Ask who is responsible for vehicle design, system planning, software configuration, and coordination with your other equipment suppliers. If important assumptions are missing from the proposal, request clarification before comparing the price.
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Ask for a written scope that identifies what is included in the quotation. Depending on the project, relevant items may include vehicles, charging equipment, fleet-control software, mapping or route setup, installation, commissioning, operator training, and documentation. Confirm which tasks remain with your team, such as site preparation, network access, facility modifications, or integration with production systems. Clear boundaries reduce the chance of discovering unexpected work after ordering.
Request a project schedule with its assumptions and dependencies. Check what information or approvals the manufacturer needs from you and when, and ask how design changes are handled. If the proposal includes a performance target, ask how it will be measured and what operating conditions apply. A specific acceptance method is more useful than an unqualified promise of performance.
Safety needs to be assessed for the complete application, including the vehicle, route, load, people, and connected equipment. Ask the manufacturer to provide applicable technical documents, explain the proposed risk-assessment process, and identify the safety measures included in the design. Confirm which standards or requirements apply to your location and project with the relevant specialists; requirements can vary by market and installation. Avoid treating a general safety statement as proof that a particular system meets every site requirement.
Ask how commissioning, troubleshooting, spare parts, software updates, and maintenance are handled. Clarify support hours, communication channels, response procedures, and what information is needed when reporting a fault. If your team will maintain the vehicles, ask what training and maintenance documentation are available. A practical support plan should match your operating hours and the consequences of equipment downtime.
For overseas procurement, clarify delivery terms, packaging, documentation, import responsibilities, and how technical questions will be handled across time zones. Ask who coordinates installation and commissioning if the manufacturer will not be on site. Confirm whether remote support is available and what connectivity or access it requires. These details are part of supplier fit, not administrative afterthoughts.
Use the same requirement sheet to evaluate each manufacturer. Compare the proposed vehicle type, payload assumptions, navigation, battery and charging approach, system scope, customization, delivery assumptions, and support. Separate one-time costs from ongoing costs, and identify optional items or exclusions. The lowest initial quotation may not represent the same equipment or project responsibilities as a broader proposal.
| Evaluation area | Questions to ask | Evidence to request |
|---|---|---|
| Application fit | Does the design match the load, route, and workflow? | Configuration proposal and stated assumptions |
| System scope | What equipment, software, and services are included? | Itemized quotation and responsibility list |
| Safety and validation | How will risks and project performance be assessed? | Relevant technical documents and acceptance plan |
| Support | How are commissioning, training, parts, and faults handled? | Support scope and maintenance information |
At Zhijieyou, we encourage buyers to begin with the handling task, site conditions, and project constraints so that an AGV proposal can be reviewed against the actual application. Share your load details, route layout, operating schedule, preferred interfaces, and target delivery window. Our team can use this information to discuss suitable vehicle configurations, identify open technical questions, and outline the information needed for a more complete proposal. Final suitability depends on confirming the project requirements and facility conditions.
The right automatic guided vehicle manufacturer is one that can connect its proposed vehicle and system scope to your real operating requirements—and explain the assumptions behind its recommendation. Define the application first, then compare engineering fit, safety planning, deliverables, validation, lifecycle support, and total project scope. Before requesting a final quotation, prepare a route drawing, load specification, operating schedule, and list of required integrations. Contact Zhijieyou with these details to start a focused discussion about your AGV project and the next steps for evaluating feasibility.
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