📊
Route Optimization Simulator
See how much time, fuel, and cost you're wasting with your current routing — in under 60 seconds.
DeliveryField Sales
Try it →Free Tool
·Not a calculator — a simulation of realityField Operations Day Simulator
Simulate a real delivery or field service day. See exactly where your operation breaks — time-window violations, cascade delays, capacity overruns — before they cost you.
Uses deterministic constraint modelling with non-linear cascade failure. Same inputs = same simulation every time.
✓ No sign-up✓ Free forever✓ Deterministic results✓ Models cascade failure
Configure your day
Operations
Constraints
Time windows
Customer delivery slots
Capacity limits
Vehicle load constraints
Execution Reality
Simulation uses a seeded algorithm — same inputs always produce the same result. Includes non-linear cascade modelling: delays compound after ~60% of stops.
This tool is provided free of charge for illustrative and planning purposes only. Dynamics Mobile reserves the right to modify, restrict, or discontinue access — including usage limits and features — at any time without prior notice. Results are estimates and should not be used as the basis for production or business-critical decisions. For questions or commercial use, contact us.
From simulation to live operations
Dynamics Mobile prevents cascade failure in real time
This simulation models the failure patterns we see every day across real delivery and field service operations. Dynamics Mobile's Route Wizard module continuously recalculates routes during execution — detecting delay accumulation and re-sequencing stops before the cascade starts. It integrates directly with Microsoft Dynamics 365 so every change is reflected instantly across dispatch, mobile, and ERP.
Field operations — common questions
What causes cascade delays in field operations?
Cascade delays occur when small, individual delays accumulate until they exceed the buffers built into a route plan. After roughly 60% of stops are completed, any new delay can no longer be absorbed — it pushes every subsequent stop's arrival outside its time window. Manual planning has no mechanism to detect or recover from this in real time.
How do time windows affect route efficiency?
Time windows add hard constraints to a route — each stop must be visited within a specific period. Even a 10-minute delay early in the day can create a chain reaction that violates 3–5 subsequent windows. The more stops and the tighter the windows, the more fragile the plan becomes to real-world variability.
What is the difference between route optimization and dynamic re-routing?
Route optimization plans the most efficient sequence before the day starts. Dynamic re-routing detects delays, failures, and exceptions during execution and recalculates the remaining route in real time. Dynamic re-routing is what prevents cascade failure — it catches the problem at stop 8, not at stop 25.
How much does delivery route failure cost per day?
The direct cost depends on fleet size, labor rates, and SLA penalties, but a typical 2-vehicle, 40-stop operation operating at 70% efficiency loses €120–€200/day in overtime, failed-delivery rescheduling, and SLA violations. This simulator calculates an estimate based on your specific parameters.