How to Improve Route Efficiency for Service Technicians with Software
You improve route efficiency for service technicians by letting software optimize the order of the day's visits automatically, assigning urgent tasks to the technician who's already closest, and adjusting the route as the day goes rather than locking it in each morning. Without these three things, route efficiency typically ends up depending on an individual planner's experience, rather than actual distances and time spent.
How to improve route efficiency in practice
See how route planning software works technically, if you want to understand the mechanism behind it. Here are the concrete actions that move the needle most on route efficiency day to day.
Let the software optimize the order automatically
Set route planning to calculate the order that requires the least driving on its own, instead of a planner putting the route together manually every morning.
Assign urgent tasks to the nearest technician
When an urgent task comes in mid-day, route efficiency is highest when it's assigned to the technician who's already closest, rather than automatically to whoever has the most free time in their calendar.
Avoid locking in the route a full day in advance
A route planned in the morning and never adjusted for the rest of the day quickly loses its efficiency as soon as a task takes longer than expected, or a customer moves an appointment.
Track actual distance driven, not just what was planned
Continuously compare the planned route with what's actually driven. That shows whether route efficiency is improving over time, or whether old habits are creeping back in.
Common mistakes that hurt route efficiency
Planning around fixed districts instead of actual location
Fixed districts or routes can seem manageable, but they don't account for where technicians actually are at a given moment, which often leads to unnecessary driving.
Holding urgent tasks until the day's route is finished
When urgent tasks are added to the end instead of being worked into the ongoing route, technicians often end up driving the same way back and forth multiple times.
Lacking data on what's actually being driven
Without tracking actual distance driven, it's hard to tell whether changes to planning are genuinely improving route efficiency, or just feel like they are.
Frequently asked questions about route efficiency for service technicians
How do we measure route efficiency?
Compare kilometers driven and time between tasks with what an optimized route would have produced. The bigger the gap, the more there is to gain from better route planning.
How much can we realistically improve route efficiency?
It depends on how many stops technicians have per day, and how much current planning relies on fixed districts rather than actual location. The more daily stops, the greater the potential typically is.
Does it require technicians to change their workflow significantly?
No. The technician still receives their tasks in the mobile app as usual, just in an order that's calculated instead of guessed.
Does it work for a small team with few technicians too?
Yes, but the gain is typically greatest the more daily stops and technicians that need to be coordinated across task management at once.
