The questions buyers ask about AMR

Start with the moves, not the robot. If people spend hours pushing carts or driving forklifts between fixed points, and those moves repeat, AMRs usually fit. We map your product flow first and tell you where they pay off and where they do not.

When volumes are low and irregular, when a fixed conveyor already does the job cheaper, or when the floor is too constrained to run robots safely. We say so. An AMR fleet that sits idle is a worse outcome than no fleet.

By payload, by what the robot has to interface with (rollers, lifts, carts, pallets), and by your floor. We select across brands for the match, not the badge.

A vendor sells you their robots. An integrator designs the whole system: robot selection, periphery, software, and the integration into your WMS, ERP, and floor. We are a vendor-independent integrator, so the recommendation follows operational fit, not our hardware margin.

Yes. Mixed-brand fleets are normal for us. A vendor-independent fleet manager coordinates the robots across brands, and Flow+ Ctrl orchestrates the floor around them: missions, priorities, and the link into your WMS and ERP.

You keep what works. We add the right robots for the new tasks and orchestrate the whole fleet through one layer, so you are not locked to a single supplier roadmap or price list.

Robots from different suppliers default to working in silos and can deadlock in shared aisles. A vendor-independent fleet manager coordinates traffic across brands and clears those conflicts. Flow+ Ctrl works above it, orchestrating the floor: it takes the transport orders from your WMS or ERP, prioritises them, and dispatches each mission to the right fleet manager.

Through APIs. Flow+ Ctrl connects to your WMS or ERP over their API, receives or triggers transport orders, and reports status back, so the fleet runs inside your existing systems rather than beside them.

Yes. Flow+ Ctrl coordinates handovers with your PLCs over OPC UA, so the robots stay in sync with conveyors, doors, and stations. It works alongside your PLC and SCADA, it does not replace them.

Flow+ Ctrl queues the transport orders it receives with priority logic, matches each one to a capable robot group, and dispatches the mission to the right fleet manager.

Exception handling is where pilots fail and scale bites. It comes down to good traffic management and experience, not one piece of software. We have worked through the fleet conflicts, blocked paths, and edge cases on large deployments, and we tune the fleet traffic rules to keep them from happening.

Five steps. Analysis: on-site walkthrough, product-flow mapping, WMS and ERP review. Concept: fleet sizing, robot selection, periphery scoping, pricing. Build: Flow+ Ctrl configured, integration developed, robots commissioned. Go-live: cutover, operators trained, minimal downtime. Operate: SLA support.

Typically three to six months in total, across analysis, concept, build, and a phased go-live. The exact duration depends on the scale and complexity of your project.

Solid wireless coverage across the operating area, floors the robots can drive on and navigate, and space for charging points. We check all of this on site during analysis, so nothing catches you out at install.

Most deployment trouble comes from WMS incompatibility, network gaps, floor readiness, and coordinating multiple suppliers. We map all of these out before we start, so they do not derail the project later.

Payback typically runs around one to three years, depending on the shifts you run and the labour and forklift moves replaced. We model it for your floor during the concept phase rather than quoting an industry average.

As few as you need for the first flow. The point of an AMR fleet is that you add robots as volumes rise rather than oversizing on day one.

You expand by adding robots, not by rebuilding. Flow+ Ctrl absorbs the new units into the same orchestration, so growth is a ramp, not a new project.

We design the system to meet the standards that apply to your site: CE marking under the Machinery Regulation (EU) 2023/1230, and ISO 3691-4 for driverless industrial trucks.

Each robot runs safety scanners that hold a protective zone around it, so it slows and stops before it reaches people or equipment. During analysis we review the whole workplace to confirm the fleet runs safely next to your team.

The robot manufacturer, the integrator, and the operator each carry part of the safety responsibility. As your integrator we assess the site and design the system to be safe.

SLA support and service-hour packs. We keep the fleet running for years after go-live, because a fleet that is hard to maintain is a fleet that gets switched off.

The fleet keeps working with the robots that are available, and problems surface early rather than at the end of a shift. When something needs hands on site, our SLA covers the response.

AMRs take the repetitive transport moves, so people move to the work that needs judgement. The usual outcome is fewer manual moves and fewer forklift trips crossing operator paths, which also makes the floor safer.

We commission the fleet with your operators and train them to work with it. Day to day, the floor team supervises tasks, not robots.