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Inovatica AGV products

Autonomous forklifts and mobile robots.

Choose a vehicle for horizontal transport, storage or high-bay handling. Filter models by specification and compare them side by side.

HT-15 Inovatica AGV

AGV pallet truck

HT-15

Transport of open pallets between production, buffers and the warehouse.

Maximum load capacity: 1500 kg

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ST-1430 Inovatica AGV

Pallet handling AGV

ST-1430

Pallet pickup and placement on low and medium rack levels. Explore the ST-1430 gallery and technical specifications.

Maximum load capacity: 1400 kg

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TU-4 Inovatica AGV

AMR platform

TU-4

Regular deliveries to workstations and transport of grouped loads between production stages.

Maximum payload: 400 kg

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TU-6 Inovatica AGV

AMR platform

TU-6

Moving custom load carriers through areas with limited space.

Rated load capacity: 600 kg

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TU-10 Inovatica AGV

AMR platform

TU-10

Moving loads and assemblies over longer routes within your facility.

Maximum load capacity: 500 / 1,000 kg*

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ST-1450 Inovatica AGV

Pallet handling AGV

ST-1450

Pallet pickup and placement on racks. Selection depends on configuration.

Specifications: View configurations

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Selection for your process

From the load
to the right model.

Carrier type, load weight, placement height and aisle width determine vehicle selection. Fleet size depends on task volumes, route distances and time for load transfers and charging.

Before deployment, we define safety requirements and integration with WMS, MES or ERP through Fleet Manager. Estimate costs and savings with the ROI calculator.

Before choosing a vehicle

From the first route to a working system.

Compare the models and check the process, integration and support requirements.

Which process should we automate first?

Start with a regular pallet or carrier flow where delays affect production or warehouse operations. Record trip volumes, shift patterns, waiting times and exceptions. Agree measurable goals such as supply continuity, completed transports and operator time released for other work.

Process analysis and deployment
Can we begin with one route and expand later?

Yes. Define a first route with clear handover points and responsibilities, then test normal operation and exceptions. After stabilising it, use task, blockage and vehicle-utilisation data to decide whether to add routes, vehicles or integrations. Plan charging and maintenance alongside the required operating hours.

Coordination and fleet monitoring
How do we choose between a forklift and an AMR platform?

Check how the load is picked up and handed over, its weight and dimensions, rack height, aisle width and the carrier standard. A pallet truck, stacker, high-bay vehicle and mobile platform solve different handling tasks. Use the model comparison above; pallet recognition and obstacle handling must be checked for the selected vehicle and operating conditions.

Pallet trucks, platforms and dolly transport
How does the transport system connect to WMS, MES or ERP?

Define which system creates tasks and owns locations, priorities and completion states. Agree acknowledgements, error handling and recovery when communication is interrupted. Fleet management coordinates transport against those rules; the interface and scope of each integration are agreed for the installation.

Fleet Manager and system integration
What needs to be prepared at the site?

Assess routes, floors, clearances, transfer points, carriers, connectivity and charging locations. Risk assessment must include people, manual forklifts, crossings, blocked routes, stops and recovery scenarios. Agree traffic rules, operator training and acceptance tests before commissioning.

Safety and mixed traffic
How do we assess costs and the return on investment?

Compare the full system cost with the current process: vehicles, integration, infrastructure, commissioning and ongoing support. Estimate benefits from measured trip volumes, shifts and downtime. Time released for other work is not automatically a cash saving; test the assumptions before setting a payback target.

Read the complete ROI guide
What support is available after commissioning?

Agree warranty terms, manufacturer and integrator responsibilities, post-warranty service and future system development. Where an SLA is needed, specify support scope and response times for the site’s operating schedule. These conditions form part of the deployment agreement.

Warranty, service and SLA
What can the next stage of automation include?

The next step may be more horizontal routes, multi-stop AMR tasks, storage and retrieval or high-bay handling. Select it from the first stage’s operating data and business need. Check vehicle capability, handover interfaces, safety and available fleet capacity again before expanding.

Explore high-bay handling