Navigation software ez-way

Enhance safety and efficiency with ez-Way® navigation software for custom mobile robots

 

Ez-Way® is a control and navigation software solution for mobile robots equipped with SWD® safety drive wheels, ensuring smooth, efficient, and safe operations.

 

 

 

Installed directly on each machine, ez-Way® handles mobile robot management, real-time localization, navigation, and mission execution.

 

 

 

Purpose

 

As a development accelerator for your mobile robotics projects, ez-Way® streamlines deployment and enhances robotic capabilities. Robots running ez-Way® can operate fully autonomously when no fleet manager is required.

 

  • Local mission manager
  • User access control

 

They can also be integrated with any third-party fleet management system compliant with the VDA 5050 standard:

 

  • Available through various publishers
  • VDA 5050-compliant*
  • Suitable for heterogeneous AGV fleets

*VDA 5050 is a standardized interface protocol for communication between autonomous vehicles and fleet management systems in industrial environments.

 

 

 

Key Benefits

 

  • Autonomizes platforms equipped with SWD® components
  • Connects to fleet and factory management via VDA 5050 API
  • Supports multiple navigation modes: free navigation, line tracking, manual control

 

 

Navigation Modes

 
 
 

 

 

Virtual Line TrackingPhysical Line TrackingCombined Navigation Modes
  • Map-based navigation
  • Real line tracking
  • Switch between virtual/physical
  • SLAM-based localization
  • Magnetic/optical markers
  • Seamless multi-sensor integration
  • Uses safety LiDAR data
  • Dedicated sensor usage
  • Path defined by FMS
  • Path set by FMS
  • Infrastructure-guided path
  • Tailored for each trajectory

 

 

All technical details, datasheets, and configuration options are available via the link below.

Click for more product information.

Contact us if you have any questions.

Contact us

No results found

Contact us

Besnard FlorianResponsable Produits Electrification de Véhicules et Robotique Mobile
English, French