Fleet Systems

Proven, comprehensive solution for
automated internal transport handling

Transport robot

Battery station

Management software

What is Fleet System?

A mobile robot navigates through a warehouse grid between shelves, following a marked path

A fleet system is a complete set of transport robots, fully ready for operation in various applications.

Discover the solution

Autonomous HetBot mobile robot navigating independently in a warehouse between shelves with goods.

Autonomous Transport

Autonomous Mobile Robots (AMRs) are intelligent vehicles designed for close-range cargo transport in warehouses and manufacturing plants. They operate fully autonomously without an operator, using virtual environment maps, sensors, and advanced software to avoid obstacles and optimize routes.

HetBot software interface displayed on a computer, tablet, and smartphone - used for managing tasks and factory mapping.

Intuitive Software

Intuitive software allows easy programming and modification of tasks without requiring advanced technical knowledge - even users without engineering experience can quickly learn to operate it.

Industrial worker operating a robot via tablet, without requiring any modifications to the facility’s infrastructure.

Non-Invasive Implementation

They do not require installation of magnetic tapes or line painting - they navigate independently thanks to advanced control algorithms and space mapping. Robots don’t need special safety zones - they can safely collaborate with humans thanks to multi-level security systems.

High-bay warehouse with pallets and transport systems, illustrating flexible integration of robots into existing environments.

Flexibility

Easy configuration and quick deployment - the robots are ready to work within a few hours, and you can make route and task changes yourself. Their modular design lets you quickly adapt each robot to different tasks and payloads. You can scale and expand the system as your company grows. An open interface allows installation of custom top-end modules (e.g., grippers, lifts, shelving), and integration with WMS, ERP, or MES systems is supported.

Automated trolleys

Details

H100

Specification

Lift Capacity

100 kg

Dimensions

75 x 52 x 31 cm

Speed

1.2 m/s

Minimum Corridor Width

1 m

Features

  • Obstacle avoidance
  • Safe operation around people
  • Automatic movement
Image of H100Image of H100

H250

Specification

Lift Capacity

250 kg

Dimensions

75 x 52 x 31 cm

Speed

1 m/s

Minimum Corridor Width

1 m

Features

  • Obstacle avoidance
  • Safe operation around people
  • Automatic movement
Image of H250Image of H250

P600

Specification

Lift Capacity

600 kg

Dimensions

130 x 85 x 28 cm

Speed

1.2 m/s

Customizations

  • Compatibility: Euro and US pallets
  • Warning lights
  • 360° obstacle detection and avoidance
Image of P600Image of P600

P1200

Specification

Lift Capacity

1 200 kg

Dimensions

130 x 85 x 28 cm

Speed

0.8 m/s

Customizations

  • Compatibility: Euro and US pallets
  • Warning lights
  • 360° obstacle detection and avoidance
Image of P1200Image of P1200

F2000

Specification

Lift Capacity

> 2 000 kg

Dimensions

1.6 x 0.85 x 2.2 m

Speed

1.4 m/s

Maximum Incline

6%

Customizations

  • Warning lights
  • Wide-range 360° obstacle perception
  • Manual movement option
Image of F2000Image of F2000

Robot Accessories

Fixed Shelf

  • Permanently mounted on the AMR
  • Adapted for: KLT and Euro containers
  • Dimensions: standard 1.2 m height
  • Number of shelves: standard 3
  • Customizations: - Additional lighting, - Option to add a warning lamp, - Option to install an additional obstacle avoidance sensor

Mobile Shelf

  • Independent, transported by the AMR
  • Automatic detection and docking to the AMR
  • Load capacity: 250 kg
  • Structure: customizable to client needs
  • Customizations: - Possibility of manual and automatic movement, - Asynchronous operation: ability to free the AMR for parallel tasks

Multibat Auto

  • Autonomous battery exchange station
  • ARM battery exchange speed: 3 min
  • Supports up to 31 batteries simultaneously (expandable)
  • Battery lifespan: 6,000 cycles
  • Station dimensions: 120 x 85 x 80 cm

Multibat Manual

  • Manual battery charging station
  • Supports up to 4 batteries simultaneously (expandable)
  • Charging status indication: LED
  • Battery charging time: standard 3h
  • Battery lifespan: 6,000 cycles
  • Station dimensions: 52 x 50 x 46 cm

AMR Profitability Calculator

Check if automation is worth implementing at your company's current development stage

Would you like help finding the best solution?

Schedule a consultation

Do you want to implement a custom project?

Explore customization options

Our Solutions

Our SolutionsComprehensive service: from production through customization, installation, and training to support

Implementation

Alternative SolutionsNon-modifiable product installed by a third party, long wait times for service

Our SolutionsOnly a drivable floor is needed - routes are mapped via computer

Required Infrastructure

Alternative SolutionsRequires tape or costly magnetic lines installed precisely where the robot moves

Our SolutionsRobot can operate in any defined way: autonomously in cycles, manually triggered by a button, or via a touchscreen kiosk

Flexible Interaction

Alternative SolutionsRobot performs only one task triggered in a way that cannot be customized by the user

Our SolutionsRobot charges in under 3 minutes

Battery Charging

Alternative SolutionsRobot charges in 80-120 minutes

Our SolutionsUniversal charger for the entire robot fleet

Charging Station

Alternative SolutionsDifferent charger types depending on robot model

Our SolutionsLocal resources, local stock, instant response

Origin

Alternative SolutionsUnreliable specifications, lack of spare parts

Our SolutionsSolutions can be tailored to customer needs

Solution Flexibility

Alternative SolutionsNo or very limited ability to adapt the solution to customer needs