A strong first automation stage
AGV pallet trucks work best when the company wants to start from a simpler process with a clear business case.
Horizontal transport
One of the most rational solutions for companies that want to enter intralogistics automation through a simpler process that is still measurable and operationally important.
A project for companies that want to organize repetitive pallet movement quickly and build a base for later automation stages.
The strongest fit is where trips repeat frequently and clearly affect the operation.
KPIs, route logic and the first launch scope can be defined faster.
After one stable process, it is easier to build a wider AGV architecture.
If the organization wants to start from a process that is simpler, more predictable and faster to assess, AGV pallet trucks usually give the best balance between speed of deployment and business value.
AGV pallet trucks work best when the company wants to start from a simpler process with a clear business case.
The biggest effect comes from flows that supply buffers, production, picking or shipping in a predictable rhythm.
A simpler process makes it easier to define KPIs, route architecture and the first rollout model.
After stabilizing one area, it becomes easier to decide whether to expand the fleet, integrations or more advanced operations.
This section now sits higher on the page, making it easier to compare pallet AGV models by payload, working parameters and best process fit.
| Parametr | HT-15 AGV Compact pallet AGV for repetitive floor-level transport. View product | AMR (Autonomous Mobile Robot) AMR (Autonomous Mobile Robot) for compact line supply loops. View product | TU-10 AGV AMR (Autonomous Mobile Robot) for longer routes and larger transport sets. View product | DOLLY-30 AGV AGV for dolly carriers and dedicated internal transport carts. View product |
|---|---|---|---|---|
| Vehicle type | Pallet AGV | AMR (Autonomous Mobile Robot) | AMR (Autonomous Mobile Robot) | Dolly carrier AGV |
| Rated payload | 1500 kg | 400 kg | 500 / 1000 kg | 300 kg |
| Navigation | Laser SLAM | Laser SLAM | Laser SLAM | Laser SLAM |
| Working height / platform | 205 mm | No lift | Platform 60 ?1 mm | Gripper 70-90 mm |
| Travel speed | 1.4 m/s | ?1.5 m/s | up to 1.5 m/s | 0.8 / 1.4 m/s |
| Best fit | floor-level pallet transport | compact supply loops | longer routes and bigger sets | dedicated carriers and dollies |
A faster scope does not mean a random deployment. We still design the process, safety and task logic as one coherent system.
We start from pallet trips with high frequency and a clear impact on the operation.
We define pick-up and drop-off points, priorities, exceptions and safe traffic conditions.
The system receives clear rules about when tasks are triggered and how it reacts to process changes.
After the first stage, it is easier to add more routes or extend automation to other areas of the site.
This solution often shows the first value of automation best: organized traffic, fewer simple manual trips and better timing of supply tasks.
We start from the repetitive flow that is easiest to measure and stabilize, and only then define the technical scope of the first rollout.
AGV pallet trucks are well suited for a launch on one simple and highly repetitive transport relation.
The impact on on-time trips and team utilization is often visible earlier than in more complex architectures.
A less complex process means a clearer project scope and easier exception handling.
Processes with many similar pallet movements are ideal for showing the first visible effect of automation.
Stable routes and regular tasks reduce chaos and improve work rhythm in connected areas.
The organization learns the new working model on a process that is simpler to stabilize and evaluate.
After a successful launch it is easier to decide whether to scale the system or move into more advanced warehouse operations.
Processes with many similar pallet movements are ideal for showing the first visible effect of automation.
Stable routes and regular tasks reduce chaos and improve work rhythm in connected areas.
The organization learns the new working model on a process that is simpler to stabilize and evaluate.
After a successful launch it is easier to decide whether to scale the system or move into more advanced warehouse operations.
Even in a faster rollout we still have to design traffic zones, exceptions, carrier readiness and clear rules for cooperation between people and the system.
Even a simpler process requires well-designed traffic rules, crossing points and reactions to deviations.
Safety requirements stay a full part of the project even when we talk about a faster and simpler deployment.
Stable operation depends on well-organized pick-up, drop-off and exception handling points.
The team must know how to cooperate with the system and how to react to non-standard situations.
For AGV pallet trucks, the priorities are repeatability, traffic safety and readiness for a fast first process launch.
A strong fit for repetitive pallet flow between fixed locations and stable task logic.
A rollout model that is easier to start, measure and develop further.
Safe behaviour in areas shared with people and manual transport.
Integration with process logic so transport is triggered by real operational needs.
A stable base for future routes, vehicles or wider automation architecture.
This solution is often the first automation stage, so the rollout and support model should be clear, disciplined and focused on a fast operating result.
A clear starting workshop around one repetitive process and measurable rollout value.
Connection with WMS, MES, ERP or local task logic so the vehicle follows the real process.
Go-live built around traffic rules, handover discipline and exception handling.
Stabilization of the first scope and support for expanding to further routes.
A service model matched to process criticality and expected response time.
After one process is stabilized, it becomes easier to decide whether the next step should cover broader pallet flow or more demanding warehouse operations.
A direction for companies that want to organize a larger share of pallet flow after the first rollout.
The next step for sites that need more demanding warehouse operations beyond floor-level transport.
Yes. They are often the best first stage because the process is clear and the operating impact can be measured quickly.
Most often repetitive trips between inbound, buffers, production and shipping that repeat many times every shift.
In many projects yes. The key is to pick the process that shows value quickly and creates a stable first reference.
That is often the best moment to assess the first AGV stage and build the project in a safe, staged model.