We use cookies to track usage and preferences. Home Products Industries Research About News Contact

Multidrop Route Planner Software

Multidrop Software

MJC²'s multidrop route planning software is designed for large multi-depot delivery operations which need to plan and route vehicles dynamically.

Our vehicle routing and logistics planning tools automatically optimize the delivery plan based on real-time information about customer demands and resource availability.

Multidrop planning software drives fuel savings, less driving time and lower costs, while increasing flexibility and customer service. Our software has saved up to 20% of transport costs for large operations by optimizing routes and resource utilisation.

Multidrop Planning & Scheduling

Our multidrop software can be used in a wide range of logistics and distribution operations:

Integration with GPS and smartphone-based tracking systems allows real-time monitoring of multidrop routes and planned vs actual reporting and analysis.

Routing & Delivery Constraints

The multidrop algorithms are configurable, to allow required business rules to be modelled and ensuring adherence to operational and customer constraints:

  • Delivery time windows per site and by product type
  • Routing constraints, congestion zones and low emission zones
  • Driver hours, breaks, overtime rules and shift patterns
  • Loading/picking/assembly constraints at the depot
  • Vehicle size, type, temperature(s) and capacity
  • Driver training and customer service requirements

Our multidrop planning software is designed for complex networks with challenging requirements and stringent service expectations, increasing agility and efficiency in the distribution operation.

 

News

Advanced optimization algorithms for integrated green logistics planning.

News

Conflict-free routing in large-scale multimodal logistics networks.

News

Inland waterway logistics - sustainable synchromodal transport optimization.

News

Synchromodal logistics for sustainable global supply chains.

PAGE-ID: mjc2n0144