Most laboratories are built around data.
They measure:
But one laboratory discovered there was a significant blind spot.
They weren't measuring the performance of the logistics operation responsible for moving specimens every day.
At first, they didn't think it was a problem.
Until someone asked a few simple questions.
During a discussion about laboratory operations, a laboratory manager was asked:
"What's your on-time delivery percentage?"
She paused.
She wasn't sure.
Next question.
"What's your average transportation turnaround time?"
Another pause.
Again, she didn't know.
One final question.
"What's your cost per delivery?"
She smiled.
"I definitely don't know that."
This wasn't an inexperienced laboratory.
It was a well-managed operation with strong leadership and established processes.
The challenge wasn't a lack of operational excellence.
The challenge was a lack of visibility.
As the conversation continued, something became clear.
The laboratory wasn't intentionally ignoring transportation performance.
They simply didn't have meaningful data.
Their internal drivers weren't producing performance metrics.
Their courier provider wasn't consistently providing useful reporting.
No one had ever combined transportation information into dashboards that leadership could actually use.
Without reliable information, there was no way to answer basic operational questions.
When transportation performance isn't measured, organizations often rely on assumptions.
They assume:
Sometimes those assumptions are correct.
Sometimes they aren't.
Without visibility, there's no way to know.
Once the laboratory realized they lacked transportation visibility, the questions began to change.
Instead of asking:
"Did today's pickups get completed?"
Leadership began asking:
Those questions shifted the conversation from transportation activity to transportation performance.
Performance improves when it can be measured.
Transportation is no different.
Once laboratories begin tracking meaningful logistics metrics, they can identify:
Visibility doesn't eliminate problems.
It makes them easier to identify and solve.
Not every transportation metric provides the same value.
Some of the most useful include:
The total time required to move a specimen from pickup request to laboratory delivery.
How consistently transportation commitments are being met.
Understanding which collection sites generate the most transportation activity helps support operational planning.
Comparing route activity over time helps identify opportunities for improvement.
One of the most overlooked transportation metrics.
Without understanding the true cost of each pickup or delivery, it's difficult to evaluate efficiency.
Once transportation performance became visible, leadership could begin making decisions based on facts instead of assumptions.
Instead of wondering where delays occurred...
They knew.
Instead of guessing which locations generated the greatest transportation demand...
They had the data.
Instead of assuming operations were running efficiently...
They could verify it.
Visibility transformed transportation from a support function into a measurable operational system.
One of the simplest ideas in operations management is also one of the most powerful.
What gets measured gets improved.
Transportation is no exception.
When laboratories begin tracking meaningful logistics metrics, they gain opportunities to:
The goal isn't collecting more data.
It's collecting the right data.
Many laboratories ask:
"Did today's deliveries get completed?"
A better question is:
"What do today's transportation metrics tell us about our operation?"
That's where continuous improvement begins.
Laboratories invest heavily in measuring clinical performance.
Transportation deserves the same level of visibility.
Because specimen logistics influences everything that follows.
The laboratories that consistently improve their operations aren't necessarily the ones with the most resources.
They're the ones with the clearest understanding of how their logistics network is actually performing.
Visibility creates accountability.
Accountability creates improvement.
And improvement ultimately benefits laboratories, providers, and the patients they serve.
Transportation directly affects turnaround times, specimen integrity, laboratory efficiency, and patient care. Measuring performance helps laboratories identify opportunities to improve operations.
Key metrics include turnaround time, on-time performance, pickup volume by location, route performance, cost per delivery, and chain-of-custody compliance.
Transportation data is often spread across internal teams and third-party providers, making it difficult to create meaningful operational visibility.
Dashboards provide leadership with real-time insights into logistics performance, allowing them to monitor trends, identify delays, and make informed operational decisions.
Transportation turnaround time measures the total time required to move a specimen from pickup request to laboratory delivery.
Understanding cost per delivery helps laboratories evaluate operational efficiency and identify opportunities to improve transportation performance.
Visibility allows organizations to identify inefficiencies, monitor performance trends, strengthen accountability, and support continuous operational improvement.
The first step is establishing a system that captures meaningful logistics data and presents it in a way leadership can easily understand and act upon.