Runs a defined route
The vehicle travels a mapped path to stopping points you have agreed, rather than being driven ad hoc.
Mobile material transport.
A transport robot carries totes, trays, or a trolley between fixed points on a route you define. It suits movement that happens many times a shift between the same places.
What does a mobile material transport system do?
A mobile transport system moves a defined load between agreed pick-up and drop-off points. Its value depends on a repeatable hand-off at both ends of the route.
Carries a presented load
The load is placed on the vehicle at one end and collected at the other, by a person or by equipment at the stop.
Shares the floor with people
The route is planned so the vehicle, foot traffic, and forklifts can use the same aisles under an agreed safety assessment.
What is inside a mobile material transport system?
A mobile transport system combines the vehicle, load carrier, route plan, charging, and hand-offs at each stop. The arrangement follows the load, route, traffic, and operating pattern.
Vehicle and top module
The vehicle and the deck, roller top, or shelf that carries your load.
Site map and route plan
The mapped area, stopping points, junction rules, and any door or lift interaction.
Charging and call points
Where the vehicle charges, and how a stop requests a pick-up or signals a drop-off.
How the system is specified
The vehicle and site equipment are selected from the load, route, hand-offs, traffic, floor, and required runs. Those details determine the practical system.
- Vehicle class
- Chosen after the load and route are reviewed. A tote transport vehicle and a pallet-capable vehicle are different machines.
- Payload and load dimensions
- Set by what is moved: tote, tray, or trolley, with its weight and footprint.
- Route and stopping points
- Distance, the number of stops, and how many runs per shift the route has to sustain.
- Floor and aisle requirement
- Surface condition, aisle width, ramps, and door or lift access along the route.
- Safety and integration
- The assessment for shared aisles, plus call points and any signals exchanged with the areas served.
When mobile transport is a good fit
Check the load, pick-up and drop-off method, route, traffic, floor, charging, and the response to a blocked vehicle.
- Route
- Which movement repeats every shift, and how far is it?
- Load
- What is carried, and how is it placed on and taken off the vehicle?
- Floor
- Is the surface level and clear, and how wide are the aisles?
- People
- Who calls the vehicle and who clears a blocked aisle?
FAQs
Common questions about planning a repeat material-transport route.
How is the route set up?
The area is mapped once, then stopping points and travel rules are defined in software. Changing a stop later does not mean changing the floor.
Can it use a lift or pass through doors?
It can where the lift or door can be interfaced and the timing works. This is reviewed as part of the route, not assumed.
What happens if something blocks the aisle?
The vehicle stops and waits, or re-plans around the obstruction if there is room. Someone on site still needs to clear a persistent blockage.
How many vehicles will I need?
That comes from the run count per shift and the round-trip time on your route. Both are established during the review.
Other systems in this category
Compare other ways to move material around a warehouse.
Return on investment
Use your production figures to explore a simple planning estimate.
Contact Uru Robotics.
Find out whether mobile material transport is right for your operation.