AGV Fleet for Heavy-Load Pallet Transport in Automotive Supply
Illustrative scenario based on real deployment patterns. Not sourced from a specific company.
Warehouse Profile
- Facility size
- 35,000 sqm warehouse and production area
- Load requirement
- Pallets up to 1,500 kg, some up to 3,000 kg
- Current setup
- Counterbalance forklifts, 12 full-time drivers
- Deployment type
- Brownfield
The Situation
Heavy pallet transport between goods-in, production lines, and dispatch requires powerful forklifts that are incompatible with AMR-class robots. Forklift driver shortages are severe. Safety incidents involving forklifts and pedestrians in high-traffic production zones are a recurring operational and regulatory concern.
Automation Approach
An AGV fleet configured for heavy counterbalance pallet transport uses optical or magnetic navigation along defined routes. Semi-dynamic routing allows flexibility near active production zones. Forklifts are retained for irregular tasks — oversized loads, outdoor yard movements, and emergency use. AGVs handle 70–80% of regular pallet movements autonomously.
Expected Outcomes
- Forklift driver headcount requirement reduced by 6–8 FTEs
- Zero AGV-pedestrian safety incidents in automated zones
- 24/7 transport capacity in AGV-assigned zones
- ROI driven primarily by labour cost reduction and safety incident elimination
Is This Scenario Right for You?
- Deployment
- Brownfield — fixed-route AGVs integrate well
- Load specification
- Suitable for 500 kg–5,000 kg payloads depending on model
- WMS requirement
- Required for task dispatch integration
- Budget range
- EUR 1.2M–3M depending on fleet size and load spec
- Payback estimate
- 3–5 years
Relevant Vendor Types
AGV specialists: Jungheinrich (automated forklifts), Toyota Material Handling (AGV range), KUKA (heavy-load platforms). Swisslog for integrated AGV + WMS.
Browse the Supplier Discussion GuideFrequently Asked Questions
When should a warehouse choose AGV over AMR?
AGVs are preferred when: (a) payloads exceed 600–800 kg, (b) routes are fixed and predictable with few layout changes, (c) the environment has narrow aisles or outdoor sections that limit AMR sensor performance, or (d) the operation involves automated forklift tasks (pallet picking from floor level). AMRs are preferred when layout flexibility is needed or when loads are lighter and routes more variable.
What safety standards apply to AGVs operating near people?
AGVs are regulated under ISO 3691-4 (driverless industrial trucks) in Europe, which defines safety zones, speed limits, and detection requirements. In mixed human-AGV zones, AGVs must have safety laser scanners that detect people and trigger speed reduction or stop. Fixed-route AGVs in production environments also fall under the EU Machinery Directive (2006/42/EC).
Readiness Considerations
- Floor load-bearing capacity must be confirmed by structural survey. Heavy AGVs combined with full loads can exceed standard floor ratings.
- Route layout must be stable long-term. AGV navigation infrastructure changes require physical reconfiguration.
- WMS or ERP task dispatch integration is required for automated AGV assignments. Manual task allocation reduces efficiency significantly.
Supplier Questions to Ask
- QWhat payload certification applies to your AGV models for our specific heaviest loads?
- QHow are routes reconfigured if the facility layout changes within the 5-year operational period?
- QWhat safety zone configuration is required in mixed human and AGV zones under ISO 3691-4?
- QWhat are the maintenance intervals and spare parts availability for the drive and navigation systems?
Assumptions to Validate
- Current forklift driver FTE count including indirect costs such as training, licensing, and management.
- Safety incident frequency and cost, including near-misses. This often strengthens the ROI case more than labour savings alone.
- Route stability over the planned AGV operational life. Layout changes are a cost risk if frequent.
- Whether forklifts are truly replaceable for 70 to 80 percent of movements or only a lower proportion.
When This May Not Be the Right Time
- Routes change frequently due to production layout flexibility requirements. AGV reconfiguration cost accumulates.
- Heavy outdoor yard movements are the primary use case. Most AGV systems are not rated for outdoor surfaces.
- WMS or ERP task dispatch is not available and manual AGV assignment is the proposed operating model.
Related Scenarios
Does this scenario match your situation?
Answer 21 quick questions about your warehouse and receive a personalised Warehouse Automation Preparation Brief covering your readiness summary, automation areas worth evaluating, supplier questions, and business-case assumptions. About 5 minutes.