Loaded RPM vs. All-Mile RPM

Two different denominators

Loaded RPM = gross load revenue ÷ loaded miles. All-mile RPM = gross load revenue ÷ all miles attributable to that load decision.

All miles may include pickup deadhead, loaded travel and a justified repositioning leg. Define the trip boundary consistently; do not silently add or omit miles to improve the result.

Worked example: $1,800 hotshot load

Assume $1,800 gross revenue, 600 loaded miles and 70 pickup deadhead miles. Loaded RPM = $1,800 ÷ 600 = $3.00. All-mile RPM = $1,800 ÷ 670 ≈ $2.69.

At a hypothetical $1.31 operating cost per all mile, 670 miles cost about $877.70 before other separately modeled charges. The difference is not guaranteed take-home pay: dispatch fees, owner compensation, taxes and repositioning may still apply.

What happens when you add repositioning?

If the delivery leaves the truck 130 empty miles from the next viable pickup, the evaluated total becomes 800 miles. The same $1,800 now produces $2.25 per all mile.

Avoid assigning the same empty leg to two loads. Decide whether you are analyzing a single shipment, a multi-load trip or an entire lane cycle, then reconcile totals.

How to compare two offers

Compare the same assumptions for both offers: gross pay, pickup deadhead, loaded distance, expected repositioning, tolls, dispatch percentage, equipment restrictions and timing.

A lower loaded RPM can still be the stronger business decision if it reduces total miles, improves the next pickup position or lowers operating exposure.

Use the right metric for the decision

Loaded RPM is useful for understanding the freight rate. All-mile RPM is useful for understanding truck utilization. Neither is net profit by itself; pair them with actual operating costs and owner-pay targets.