The shortest route should be the most efficient route. At least, that's what the map suggests.
But LTC pharmacy delivery doesn't happen on a map.
A facility may stop accepting deliveries at 7:00 PM. Another may require an RN signature. One stop may take five minutes while another takes 25. And a STAT medication can change the route after the driver has already left.
For LTC pharmacies, the best route isn't necessarily the one with the fewest miles. It's the one that gets the medications where they need to go within the requirements of each delivery.
Traditional route planning focuses heavily on geography: put the stops in the order that minimizes miles and drive time.
That's important, but it doesn't account for what happens when the driver arrives.
LTC facilities can have different:
Imagine two facilities are only a few miles apart. Facility A accepts deliveries throughout the evening, while Facility B stops accepting them at 7:00 PM.
The shortest route may put Facility B last. The better route may require the driver to go there first, even if it adds mileage.
That route looks less efficient on the map.
But avoiding a missed delivery window is more important than saving a few miles.
Distance isn't the only thing that determines how long an LTC route takes.
Facility time matters too.
A driver may arrive at a facility and need to find the correct nurses' station, wait for an authorized employee, obtain a signature, or follow a specific handoff process.
If a stop expected to take five minutes takes 25, every delivery after it can be affected.
That becomes especially important when later facilities have their own receiving deadlines.
A route can therefore have very little traffic, reasonable mileage, and still finish late because the time spent inside the facilities wasn't accounted for.
This is why facility wait times can become a hidden LTC pharmacy delivery cost.
The route needs to reflect how long stops actually take—not how long they appear to take on a map.
Route efficiency also depends on when the medications are ready.
A route designed to leave at 2:00 PM won't perform the same way if it regularly leaves at 3:30 PM.
The facilities haven't moved. Their receiving windows haven't changed. But the driver now has 90 fewer minutes to complete the route.
That can force the delivery team to:
This is why pharmacy pickup times can set LTC routes up to fail.
A route can't be evaluated separately from the pharmacy workflow that feeds it.
If the route consistently starts later than planned, what looks like a routing problem may actually be a timing problem.
Even a well-planned LTC route can change once it is on the road.
A STAT medication may need to move immediately.
Now the question isn't simply, “What's the shortest route?”
It's:
How do we get the urgent medication delivered without unnecessarily disrupting everything else already scheduled?
The answer might be to insert the STAT into an existing route. It might require changing the route sequence. Or it may make more sense to send another driver.
This is why STAT and routine LTC pharmacy deliveries create different operational challenges.
Routine delivery benefits from planning and route density. STAT delivery requires responsiveness.
A strong delivery operation needs to support both.
Mileage still matters. So does drive time.
But neither tells the whole story.
For LTC pharmacies, route performance is affected by where the facilities are, when medications are ready, when facilities can receive them, how long each handoff takes, and what happens when an urgent order enters the operation.
That's why the shortest route isn't always the lowest-cost route either. A few additional miles may be far less expensive than a missed facility window, returned medication, redelivery, or hours of pharmacy staff time spent resolving a problem.
At GO2 Delivery, LTC pharmacy routes are built around the real requirements of the pharmacy and the facilities being served—not mileage alone.
The better question isn't:
“Are we driving the fewest miles possible?”
It's:
“Are our routes consistently completing the deliveries the way they need to be completed?”
If your LTC routes regularly run late, require last-minute changes, or create repeat delivery problems, GO2 can help you understand what's getting in the way.
The shortest route may not account for facility receiving hours, signature requirements, wait times, medication-ready times, or urgent deliveries. Sometimes additional mileage is necessary to complete every delivery successfully.
Facilities may have different receiving windows, access procedures, signature requirements, and handoff times. Those differences can determine which facilities need to be visited first and how much time should be allowed at each stop.
Mileage and drive time matter, but they should be considered alongside facility requirements, pickup timing, facility wait times, delivery-window performance, STAT demand, and whether routes are consistently completed as planned.