Every Mobileouf package covers the full chain of heavy-duty AGV deployment: load engineering, floor integration, fleet coordination, and operator training. The goal is a transport system that runs on your concrete floor without rework.
We size each AGV chassis, drive unit, and lifting frame to your actual pallet weights and dimensions. Before any hardware is ordered, we verify floor flatness, ramp angles, and aisle widths so the robot can move rated loads without stalling or tipping.
Our team lays out magnetic tape, reflector, or LiDAR-based routes depending on your traffic pattern. We map pick zones, charging stations, and crossing points, then tune speed profiles so the fleet keeps a steady flow even during shift changes.
We configure the central dispatch software that assigns tasks, manages intersections, and prevents collisions between robots. The system connects to your existing warehouse management tools, so pallet requests arrive as real work orders, not manual inputs.
Each unit gets laser scanners, emergency stop circuits, and audible warnings tuned to your floor noise levels. We also define exclusion zones around racking and pedestrian lanes, then test every scenario before the first live pallet run.
Your floor staff learns daily startup, battery swapping, and fault recovery procedures. Maintenance crews get wiring diagrams, spare part lists, and a scheduled service plan so uptime stays predictable after we leave the site.
We run a documented acceptance test with your team: loaded cycles, emergency stops, and route repeatability. Once the numbers match the agreed spec, we hand over the system with full documentation and a direct line to our support desk.
Not sure which package fits your floor layout? Talk to our integration team or request a site walkthrough before committing to a configuration.
Straight answers on what each Mobileouf package includes, how deployment works, and what to prepare before your first AGV arrives.
The Starter package covers one AGV unit with magnetic tape navigation, a basic charging dock, and the core fleet controller software. It is designed for a single corridor or a fixed route between two zones. You get on-site commissioning for two days and remote support for the first month, which is enough to validate the concept before scaling.
Growth adds LiDAR-based navigation, so the robot can handle dynamic paths and avoid obstacles without physical tape changes. It also includes a second vehicle, a central traffic management module, and integration with your existing WMS through a standard API. This package suits warehouses that already have multiple picking zones and need the fleet to adapt to changing floor layouts.
Yes. Every package includes a training session for your floor supervisors and maintenance staff. The Starter package covers basic daily checks and manual override procedures. Growth and Enterprise packages include a deeper two-day workshop on route editing, fault diagnosis, and safety protocol reviews, so your team can handle routine issues without waiting for remote support.
Upgrades are possible and fairly straightforward. The hardware is modular, so adding LiDAR sensors or extra charging docks can be done on site. The main consideration is the fleet controller software, which needs a license update. We recommend planning for the Growth package from the start if you expect your pallet volume to increase within two years, as retrofitting is more expensive than starting with the right tier.
The robots work best on concrete floors with a flatness tolerance of about 5 mm over a 3-meter span. Cracks wider than 10 mm or expansion joints with raised edges should be repaired before deployment. If your floor has significant slopes or uneven sections, we can adjust the suspension and speed profiles, but this is evaluated during the site survey that is part of every package.
A single-zone Starter setup usually goes live in two to three days, including mapping, charging station installation, and test runs. Growth and Enterprise deployments take longer because they involve multiple vehicles and WMS integration, typically one to two weeks. The timeline depends on how many picking zones you have and whether the floor markings are ready before our team arrives.
Deployment formats for heavy-duty AGV fleets across Malaysian warehouse floors
One transport robot assigned to a fixed pallet route. Includes on-site mapping, load testing with your actual cargo, and operator training for two shifts. Best for verifying floor conditions and charging cycles before scaling.
Request pilot detailsThree to five AGVs coordinated along shared lanes with priority rules and manual override zones. Covers traffic management, docking alignment, and integration with existing barcode or RFID gates. Suited for medium-throughput storage halls.
Discuss corridor setupTen or more robots operating across separate zones with central dispatch, battery swap scheduling, and live load tracking. Includes a dedicated commissioning week and a maintenance plan tied to your shift calendar. Built for continuous pallet flow.
Plan fleet rolloutAGVs sharing space with forklifts and manual trolleys. Adds speed ramps, audible alerts, and geofenced slow zones near packing stations. Includes a risk walkthrough and a documented handover for your safety team.
Review mixed-traffic rulesFeedback from logistics managers, operations leads, and plant supervisors who run Mobileouf units on their floors every shift.