Automatic Return to Depot for Advanced Route Planning and Scheduling

What this means for distribution businesses

Most route plans look great on paper until you realize they ignored the 45-minute drive back to the warehouse. For a courier running 80 drops across Manchester, that missing return leg means overtime costs hit you every Friday when drivers run late. A grocery distributor coordinating morning and afternoon runs needs accurate return times to know whether a second wave of deliveries is feasible. With automatic return-to-depot calculations, your route times reflect reality: total fuel burn, total driver hours, and total cost per route all include the journey home. Building materials operators dispatching flatbeds from regional yards can finally see true route economics, and pharmaceutical distributors managing temperature-sensitive cargo get accurate end-of-day timing for cold chain compliance.

What this means for field service businesses

A plumbing company scheduling emergency callouts across Birmingham needs to know when each technician will actually finish their day, including the drive back to base. Without return-to-depot factored in, your overtime calculations are wrong and your end-of-day vehicle checks get skipped. HVAC businesses running boiler servicing routes in winter need precise finish times to schedule evening emergency cover. Pest control operators managing quarterly inspection rounds can plan realistic daily workloads when the system accounts for that final 30-minute drive back. For solar installation teams coordinating multi-van operations from a central depot, knowing true route duration means fewer surprises at timesheet review.

How it works

• Toggle return-to-depot on or off per route or globally across all planning
• The optimizer includes depot return distance and time in all route metrics
• Total route cost, duration, and overtime calculations reflect the full working day
• Works with flexible start and end locations when drivers begin or finish at home
• Return trips factor into workload balancing across the fleet