AMR autonomous mobile robots
Automate your internal logistics with the help of AMR GoPal robots. Save time and money with reliable, flexible solutions that you implement without revolutionizing your infrastructure.
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Automation of warehouse logistics
Automated internal logistics has never been so simple and cost-effective
GoPal’s solutions make it possible to automatically lift, transport and deliver pallets and components without the need for a major infrastructure overhaul. AMR robots operate 24/7/365, ensuring process continuity, cost savings and improved safety in warehouses, manufacturing plants and distribution centers.
With GoPal’s flexible configuration, you can handle both simple A-B routes and more complex production processes. GoControl FMS enables full fleet management and integration with WMS, ERP and open API systems. Implementation doesn’t require major changes – it only takes a few weeks to get the system working for your return on investment, which happens quickly – usually in as little as 6-18 months.
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Why invest in robotization?
Robotization of logistics is an investment that pays for itself quickly - often within 6-18 months.
When you choose GoPal, a solution from our Danish partner Robotize, you not only gain reliability and safety, but also local technical and training support. Cheaper alternatives often end up with downtime and costly service. GoPal simply works – stably, predictably and seamlessly.
What do you gain from GoPal?
Minimize human error and damage to goods
Unburden the team and redirect employees to higher value tasks
Scalability and easy system expansion
Enhanced work safety
Reduction of operating costs
Ability to analyze data and continuously improve processes
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Robotize autonomous warehouse robots
GoPal E22
The GoPal E22 autonomous mobile robot is designed to transport low- to medium-weight cargo (up to 500 kg) on europallets or half-pallets.
- Dimensions (L x W x H): 1400 x 860 x 340 mm
- Operating time (autonomy): 6-14 hours (or up to 20 km)*.
- Maximum speed: 2.4 m/s (8.6 km/h)*.
- Maximum load capacity: 500 kg
GoPal E24
Although visually similar to the GoPal E22 model, the GoPal E24 autonomous mobile robot has “bigger muscles” and is designed to transport heavier loads – up to 1,000 kg – on europallets, half-pallets or similar carriers.
- Dimensions (L x W x H): 1400 x 860 x 340 mm
- Operating time (autonomy): 6-14 hours (or up to 20 km)*.
- Maximum speed: 2.4 m/s (8.6 km/h)*.
- Maximum load capacity: 1000 kg
GoPal E24W
The GoPal E24W is an autonomous mobile robot designed to transport wide and very heavy loads (up to 1,200 kg) on industrial Euro pallets, standard Euro pallets, half pallets or similar pallets and cages.
- Dimensions (L x W x H): 1400 x 860 x 340 mm
- Operating time (autonomy): 6-14 hours (or up to 20 km)*.
- Maximum speed: 2.2 m/s (7.9 km/h)
- Maximum load capacity: 1200 kg
GoPal U22W
The GoPal U22W autonomous mobile robot is designed to transport low- to medium-weight cargo (up to 500 kg) on UK/US type pallets.
- Dimensions (L x W x H): 1400 x 1060 x 340 mm
- Operating time (autonomy): 6-14 hours (or up to 20 km)*.
- Maximum speed: 2.2 m/s (7.9 km/h)
- Maximum load capacity: 500 kg
GoPal U24W
The GoPal U24W autonomous mobile robot is designed to transport medium to heavy loads (up to 1,200 kg) on UK/US type pallets.
- Dimensions (L x W x H): 1400 x 1060 x 340 mm
- Operating time (autonomy): 6-14 hours (or up to 20 km)*.
- Maximum speed: 2.2 m/s (7.9 km/h)
- Maximum load capacity: 1200 kg
GoPal P35
The GoPal P35 autonomous mobile platform is designed to transport carts, cages, conveyors and similar carriers weighing up to 250 kg.
- Dimensions (L x W x H): 960 x 660 x 295 mm
- Operating time (autonomy): 8-14 hours (or up to 20 km)*.
- Maximum speed: 2.4 m/s (8.6 km/h)
- Maximum load capacity: 250 kg
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GoControl FMS Software
GoControl® - fleet management system for autonomous robots
GoControl Fleet Management System (FMS) is a web-based application that manages the entire ecosystem of GoPal solutions – from job queuing to system component status to real-time robot tracking and much, much more.
The system provides full control over material flow and optimizes the use of robots in the enterprise. With a clear interface, operators can easily supervise the operation of the entire fleet, diagnose problems and manage tasks in real time.
GoControl also supports integration with external systems (e.g., ERP/WMS), allowing for even more automated and seamless logistics processes.
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GoPal accessories and components
To realize the full potential of GoPal robots, we offer a wide range of accessories to facilitate integration into manufacturing and logistics processes.
Some of the solutions available include.
- Lifting stations (mobile or columns) that automatically adjust the height of pallets to match a specific process step.
- Conveyor stations (conveyor stations) allow direct transfer of loads between the robot and the production line.
- Modular pallet stations make optimal use of space thanks to the pallet indexing function.
- The system is complemented by call buttons, pallet sensors, traffic lights and other devices that enhance automation, security and control of the entire GoPal fleet.
GoPal’s accessories make it easy to adapt the system to existing layouts of production halls and warehouses, without the need for a major infrastructure overhaul.
With their modular design and readiness to integrate with ERP, MES or WMS systems, these accessories support scalability and operational continuity – regardless of industry.
It’s an investment in flexibility, safety and efficiency that allows you to fully automate your material flow and prepare your plant for the future.
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Expansion with additional functionality
Palomat AMR pallet management system
Palomat AMR is an automatic empty pallet management system that works with mobile robots. The device acts as a pallet warehouse that automatically stacks pallets and separates them into individual pieces.
This allows the AMR robot to pick or put away pallets without operator intervention. The system provides constant access to pallets and eliminates manual handling, which increases safety and order in logistics processes.
Palomat acts as a pallet buffer between production, warehouse and internal transport. The solution makes it possible to create a fully automated pallet flow in the plant.
Nord Modules cargo transfer module
Nord Modules’ Quick Mover is a transport module for AMR robots that enables automatic pick-up and drop-off of loads without operator intervention.
With its lifting mechanism, the robot can work directly with conveyors, production lines and workstations. The solution allows the automatic transfer of materials between different points in the production or logistics process. Quick Mover eliminates the need for manual handling and increases the fluidity of material flow in the plant.
The system can be easily integrated into existing transportation infrastructure and production and logistics management systems. This makes AMR robots an integral part of intralogistics automation.
ROEQ transport systems for AMR robots
ROEQ conveyor systems extend the capabilities of AMR robots to automatically transport forklifts and various types of loads in manufacturing and warehouse environments.
By using robot-mounted transport modules and special carts (carts), it is possible to create a flexible system for transporting materials between workstations. The AMR robot can automatically pick up a cart with a load, transport it to the indicated location and put it back in the designated zone.
The solution allows you to automate the transportation of components, semi-finished and finished products in your plant. The ROEQ system is a modular solution that can be easily adapted to different production and logistics scenarios.
What are AMR robots?
AMRs (Autonomous Mobile Robots) are autonomous mobile robots that autonomously move around a warehouse or manufacturing plant and transport materials without an operator.
They use a digital map of their surroundings, sensors and a robot fleet management system, so they can carry out transportation tasks in a fully autonomous manner.
How do AMR robots work?
AMR robots navigate based on space mapping and navigation systems using sensors and security scanners.
As a result, they can detect obstacles, avoid people and other vehicles, and dynamically optimize transport routes in real time.
How do AMR robots differ from AGVs?
AMR robots operate autonomously and can change their route independently depending on the situation in the environment.
AGV robots, on the other hand, move along predetermined routes (e.g., lines or markers) and have limited ability to react to changes in the operating environment.
Therefore, AMRs are a more flexible solution in dynamic production and warehouse environments.
Where are AMR robots being used?
AMR robots are primarily used in intralogistics, including:
- supplying production lines
- transport between workstations
- warehouses and logistics centers
- Handling pallets, containers and production components.
What does the implementation of AMR robots look like?
The process of implementing AMR robots typically includes analysis of logistics processes, preparation of a solution concept, and pilot testing (PoC).
Once the effectiveness of the system is confirmed, proper implementation, integration with plant infrastructure and IT systems follows.
How long does it take to deploy AMR robots?
Implementation time depends on the scale of the project and the degree of integration with existing systems.
Simple projects can be implemented in a matter of weeks, while more elaborate systems involving multiple robots and logistics processes may require 3 to 6 months.
How many AMR robots are needed in the system?
The number of robots depends on many factors, such as the number of transports, the length of routes or the intensity of logistics processes.
Therefore, a material flow analysis (flow analysis) is performed before implementation. Many projects start with 1-3 robots, and the system is then gradually scaled up.
Do AMR robots require changes in infrastructure?
Typically, no. AMR robots can operate in an existing warehouse or manufacturing environment and do not require the installation of tracks, guides or lines in the floor.
In some projects, additional components such as pick-up and drop-off stations are installed.
Can AMR robots be integrated with ERP or WMS systems?
Yes. AMR systems can be integrated with ERP, WMS and MES systems.
This automatically links material transport to actual production and logistics processes in the company.
What kind of cargo can AMR robots transport?
Depending on the configuration, AMR robots can transport different types of cargo, including:
- pallets
- cartons
- production components
- logistics containers
- transport carts (carts).
Are AMR robots safe to work with humans?
Yes. AMR robots are equipped with safety systems such as laser scanners, obstacle detection sensors and emergency stop systems.
This allows them to work safely in a mixed environment where people and forklifts are also moving around.
Can AMR robots work 24/7 and can the system be expanded in the future?
Yes. AMR robots are designed for continuous operation and can automatically commute to charging stations.
AMR systems are also scalable – more robots can be added, functionality can be expanded, and new logistics processes can be integrated as the company grows.
Download
Information brochure and comparison of robot models
PL version
EN version
Why choose AMR mobile robots?
Every HKK Group-branded mobile robot available works by intelligently mapping the space, eliminating the need for markers or guide rails. The device detects obstacles and safely avoids people and equipment. The use of transport robots reduces internal delivery times and the risk of errors. It’s a solution that combines efficiency with complete user safety.Flexible and scalable transportation robots
Systems based on AMR mobile robots can be easily adapted to the specifics of any warehouse or manufacturing plant. Their modular design allows quick adaptation to new processes or changes in the layout of the hall. Autonomous mobile AMR robots cooperate with WMS and ERP systems, automatically downloading data on transport tasks. This guarantees smooth operation and full control over material flow.Read more >>
Save time and costs with autonomous mobile robots (AMR)
AMR robots eliminate the need to transport loads manually, significantly increasing the efficiency of operations. The transport robot can operate around the clock, charge built-in batteries automatically and perform repetitive tasks with the utmost precision. The reduction in forklifts and manual labor translates directly into lower infrastructure maintenance costs and reduced risk of accidents.Intelligent AMR – robots of the future
Modern autonomous mobile robots (AMRs) from Robotize use artificial intelligence and advanced navigation algorithms. They analyze the environment in real time, react to changes and optimize travel routes. AMR mobile robots can avoid collisions, avoid obstacles and operate in a dynamic warehouse environment without supervision. It’s a technology that guarantees stability and process continuity.Benefits of deploying AMR autonomous mobile robots
Investing in AMR mobile robots from HKK Group is a decision that brings a quick return and long-term benefits for the entire organization. By implementing them, you gain full control over internal transportation and optimize logistics processes. Key benefits provided by autonomous mobile robots (AMR):- Reducing transportation and internal handling costs,
- Better organization of work through automation of repetitive tasks,
- Increasing worker safety and eliminating human error,
- Uninterrupted operation of the system 24/7 without the need for supervision,
- Quickly scale and flexibly adapt to the needs of the plant,
- Minimal infrastructure requirements and simple implementation.
Get a head start with HKK Group
Bet on proven autonomous mobile robots (AMR) and automate transportation in your company. Contact us to learn how AMR robots can increase the efficiency, safety and profitability of your processes. Digitization of business processes and implementing robotics is a must for any company that wants to stay competitive!07/
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Sulisław Słomski
Account Manager - Automation Solutions
Wojciech Stachowiak
Head of Automation Solutions Department
Maciej Szulc
Account Manager - Automation Solutions