Lifts Per Hour, Explained: What Route Density Really Tells You
Lifts per hour is the number of container lifts a route completes per paid hour — the standard measure of route density. It tells you how much work a driver gets done, but not whether that work makes money. Read alongside margin, it’s essential; read alone, it’s easily misleading.
What is lifts per hour?
Lifts per hour is the number of container lifts (or stops) a route completes per paid hour on the road. It’s the standard measure of route density — how much work a driver gets done in the time they’re out — and it’s the most-watched operational number in collection.
It’s useful because it’s immediate and comparable: you can line up drivers, routes, and days and see who’s moving and who’s stuck. Residential automated side-load routes run high; commercial front-load routes do fewer lifts but each one is worth more. That difference is exactly why density has to be read in context.
What’s a healthy benchmark?
It depends entirely on the line of business, so the honest answer is to benchmark a route against comparable routes rather than a universal number. Automated residential routes do many lifts per hour; commercial and roll-off do far fewer at much higher revenue per lift. Comparing the two on raw lifts/hour tells you nothing.
The right comparison is like-for-like: residential against residential, in similar density and geography. Then the outliers mean something — a route well below its peers may have a sequencing problem, a truck problem, or a route that’s simply spread too thin.
Why density isn’t the same as profit
Because a busy route can still lose money. Lifts per hour measures how hard the route works, not whether the work pays. A dense residential route full of underpriced legacy accounts can run high on density and negative on margin, while a “slow” commercial route clears a healthy profit on a handful of well-priced lifts.
That’s why density and margin belong side by side. Optimize lifts per hour and you get a faster route; optimize margin and you get a profitable one. The two only point the same direction once pricing and disposal cost are accounted for — the distinction we draw in route profitability vs. route efficiency.
Common questions
What’s a good lifts-per-hour number?
There isn’t a universal one — it depends heavily on residential vs. commercial vs. roll-off and on route density. Benchmark like-for-like routes against each other; the outliers are what matter, not a headline figure.
Is higher always better?
No. Higher density is good operationally, but a high-density route can still be unprofitable if the accounts are underpriced or disposal is expensive. Pair lifts per hour with route margin before drawing conclusions.
Where does the data come from?
Lift and stop counts come from the routing or onboard system; paid hours come from payroll or telematics. Joining them consistently by route is what turns a raw count into a comparable density metric.
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