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Dynamics Mobile·25 May 2026·5 min read
Route Optimization for Business Central: Cut Delivery Costs Without Leaving Your ERP

Route Optimization for Business Central: Cut Delivery Costs Without Leaving Your ERP

What Is Route Optimization?

Route optimization is the process of calculating the most efficient sequence and path for a vehicle to visit a set of stops, minimising total distance, time, or cost while respecting constraints such as delivery time windows, vehicle capacity, driver hours, and road restrictions.

The classic version of this problem — known as the Vehicle Routing Problem (VRP) in operations research — is computationally complex at scale. Modern route optimization engines solve practical versions of this problem in seconds, factoring in dozens of constraints simultaneously to produce routes that human planners working with maps and spreadsheets could never match.

Why Route Optimization Matters for Delivery Operations

The business impact of route optimization is measurable and significant:

  • Fuel cost reduction: Optimised routes typically reduce total mileage by 10–30% compared to manually planned routes

  • More stops per vehicle per day: Tighter routes mean more deliveries per shift without adding vehicles or drivers

  • On-time delivery rate: Optimised time-window compliance reduces failed deliveries and customer complaints

  • Driver overtime reduction: Routes that fit within shift constraints eliminate expensive overtime and compliance issues

  • Vehicle utilisation: Load-optimised routes fill each vehicle appropriately, reducing the number of vehicles needed per day

Route Optimization in Business Central: How It Works

Dynamics Mobile Fleet Control adds route optimization directly into Business Central. The workflow runs as follows:

  1. Orders flow in automatically: Sales orders, delivery notes, or service jobs in BC are automatically pulled into the route planning engine — no export, no CSV, no re-entry.

  2. Constraints are configured once: Delivery time windows (per customer), vehicle capacities, driver shift start/end times, and vehicle restrictions (height, weight, access zones) are set up once and applied automatically to every route calculation.

  3. Routes are generated with one click: The optimiser runs in seconds and returns a set of vehicle routes, sequenced for minimum distance/time and fully respecting all constraints.

  4. Planners review and adjust: Dispatchers can accept the optimised routes, manually adjust individual stops on a drag-and-drop map, or lock high-priority stops before re-running the optimiser.

  5. Drivers receive routes on mobile: Approved routes are pushed to driver apps with turn-by-turn navigation, delivery notes, and ePOD capture.

  6. Live tracking and ETA updates: As drivers execute, dispatchers see real-time progress on the live map. Customers receive automated ETA notifications.

  7. Completion syncs to BC: Every ePOD captured feeds back into BC automatically — updating delivery status, triggering invoice posting, and recording stock adjustments.

Route Mapping for Planning and Territory Management

Route mapping goes beyond individual trip planning to support longer-term territory and call plan management. In Dynamics Mobile, sales and delivery managers use route mapping to:

  • Visualise customer distribution geographically and identify coverage gaps

  • Balance territory workloads across drivers or reps

  • Design weekly call plans for van sales teams

  • Identify out-of-territory calls that inflate mileage costs

Routing Software: Standalone vs. Business Central-Native

The routing software market offers dozens of specialised tools — Route4Me, OptimoRoute, Circuit, WorkWave, Onfleet. All are purpose-built for routing. The key question for Business Central users is: what happens at the ERP boundary?

  • Standalone routing software requires orders to be exported from BC and imported into the routing tool each day

  • Completed delivery data must be exported back to BC for invoicing and stock updates

  • Any mid-day order changes require manual re-synchronisation between the two systems

  • Maintenance costs, fuel costs, and driver costs are tracked in the routing tool but not in BC unless manually reconciled

Dynamics Mobile Fleet Control eliminates all of these handoffs by running the routing engine inside Business Central — one system, one data model, zero integration overhead.

Route Optimization for Different Operation Types

Multi-Drop Distribution

Daily route optimization for distributors with 10–200 stops per vehicle, planned overnight from the previous day's orders.

Van Sales (Pre-sale + Delivery)

Route mapping for van sales operations — optimising the call sequence by territory, factoring in customer visit frequency and priority.

Field Service Scheduling

Time-window optimisation for field service teams — matching technician locations and skills to job locations within SLA windows.

Last-Mile Logistics

High-density urban routing with tight customer time windows, real-time traffic adjustment, and automated customer ETA notifications.

Route Optimization — FAQ

What is route optimization?

Route optimization calculates the most efficient sequence and path for a vehicle to visit multiple stops, minimising distance, time, or cost while respecting delivery windows, vehicle capacity, driver hours, and road restrictions. Dynamics Mobile Fleet Control includes route optimization built natively into Business Central.

What is route mapping software used for?

Route mapping software visualises customer or delivery locations geographically, supports territory planning, and helps planners design efficient multi-stop routes. In Dynamics Mobile, route mapping is integrated with the route optimization engine and live driver tracking.

What is the best routing software for Business Central users?

Dynamics Mobile Fleet Control is purpose-built for Business Central and eliminates the ERP integration problem inherent in standalone routing tools. For pure routing without ERP integration needs, Route4Me, OptimoRoute, and Circuit are commonly evaluated — but none offer native BC data synchronisation.

How much can route optimization reduce delivery costs?

Optimised routes typically reduce total mileage by 10–30% compared to manually planned routes, with corresponding reductions in fuel cost and driver hours. The exact saving depends on the current state of route planning — operations moving from spreadsheet planning to optimised software typically see the largest gains.

Does route optimization work with time windows?

Yes. Dynamics Mobile Fleet Control supports customer-specific delivery time windows as a hard or soft constraint in route optimisation. Routes are calculated to respect all windows — and alerts are raised when a window is at risk during execution.