Delivery Stops Per Hour Calculator
Route productivity from drive time and dwell time — stops per hour, the daily stop capacity, and which lever moves it.
Stops/hour = 60 ÷ (drive + dwell minutes). The dwell share tells you which lever to pull: above ~50%, the wins are at the curb (parking, proof capture, package staging); below it, they're in sequencing and density.
Sources & references
- Route productivity field studies (drive vs dwell decomposition)
- Parcel-operation loadout & van-staging best practice
Estimates for planning only — not financial advice. Last-mile costs vary widely with geography, density, vehicle type and labor model; validate against your own operating data before pricing or fleet decisions.
Every last-mile plan eventually reduces to one rhythm: how many minutes does a stop take, and how many stops does that allow per day? The arithmetic is bare — stops per hour is 60 divided by the sum of average drive-between-stops and average dwell-at-stop — but the two components respond to completely different management, and conflating them is how operations chase the wrong improvements. This calculator splits the rhythm, computes stops/hour and the route-day's stop capacity, and shows the dwell share — the diagnostic that says whether your productivity battle is fought on the road or at the curb.
About Delivery Stops Per Hour Calculator
DRIVE TIME between stops is a density and sequencing number: it falls with more orders per square mile (a commercial decision as much as an operational one), better route optimization, and window structures that don't force criss-crossing. DWELL is the curb game: parking proximity, walking distance, package findability in the van (staging by stop sequence at loadout pays all day), proof-capture speed, and the long tail of problem stops — gates, lobbies, missing unit numbers. The '30 seconds off dwell' line in the output makes the compounding visible: half a minute saved per stop across a 70-stop day is most of an extra hour, which is several more stops or an earlier finish, every single day. Use the capacity output to anchor honest planning: route sizes, delivery promises and fleet math all flow from stops-per-day, and the chronic last-mile failure is planning routes at aspirational productivity that the actual drive+dwell rhythm can't sustain — producing daily overruns that surface as SLA breaches and 'route overrun' failure codes. Measure your real averages from a week of route data (drivers' actual stop intervals, not the route plan's), put them in, and let the capacity number size the promise. Pair with the delivery route cost calculator (the same hours, costed), the fleet size calculator (capacity × vans = network throughput) and the SLA dashboard (where overplanned routes confess).
How to use Delivery Stops Per Hour Calculator
- 1Set each input — average drive time between stops, average dwell per stop (park, walk, proof), productive route hours per day, breaks + depot time inside the day — using your own figures.
- 2The estimate recomputes instantly as you type; no submit button, no waiting.
- 3Review the line-item breakdown to see how each component contributes to the total.
- 4Click “Copy quote” to paste the itemised result into an email, quote or audit note.
Why use Delivery Stops Per Hour Calculator?
- ✓Itemised line-by-line breakdown, not just a single opaque total
- ✓Copy-ready output for emails, quotes and audit notes
- ✓Recomputes live as you type — compare scenarios in seconds
- ✓Free and private — nothing you enter leaves your browser
Frequently asked questions
How many stops per hour is normal for delivery routes?+
Dense urban parcel work commonly runs 10–15 stops/hour (4–6 minutes per stop all-in); suburban routes 7–10; rural territory can fall below 5 as drive time stretches. Food and grocery run lower (handoffs, waits); B2B with dock deliveries lower still per stop but with larger drops. The per-stop minutes are more instructive than the headline: a 6-minute stop that's 2 drive + 4 dwell and one that's 4 drive + 2 dwell are the same productivity with opposite improvement plans. Measure your own split before borrowing anyone's benchmark.
How do I actually measure dwell time per stop?+
From timestamps you already have: the gap between consecutive proof-of-delivery captures, minus estimated drive time, across a week of routes gives a workable average — or ride along and time a sample (park-to-departure per stop). Watch the distribution, not just the mean: most stops cluster tight while a minority (apartments, gates, COD negotiation, lost-package searches in the van) run multiples of it, and the fix list comes from naming those outliers. Re-measure after any process change — dwell improvements are real but they decay as habits slip.
What reduces dwell time most at the curb?+
Van organization first: packages staged in stop order at loadout (shelf positions matching the route sequence) eliminates the per-stop search that quietly eats 30–60 seconds each. Then proof-capture speed (photo defaults, minimal taps), parking discipline (the nearest legal spot beats the perfect one you circled for), delivery instructions surfaced on the stop screen (gate codes, unit directions), and pre-sorted handhelds that don't make drivers type. None of these is glamorous; together they routinely buy 30–60 seconds per stop — which the calculator shows is worth several stops a day.
Why do planned routes overrun even when the math looked right?+
Usually because the plan used optimistic constants: routing software's drive times without parking reality, dwell assumptions from the best driver's best day, and no allowance for the failure tail (failed attempts still consume full stops), breaks, fueling and depot friction. The honest plan uses MEASURED averages — your real drive+dwell rhythm — and reserves 10–15% of the day for the unplanned. Routes built on the measured rhythm finish on time, which is the upstream fix for a surprising share of SLA breaches, overtime spend and 'route overrun' failure codes.
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